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Innovating Education with Robotics
Enhance educational institutions with comprehensive STEM programs in robotics, AI, and hands-on innovation labs, preparing learners for global competitions and future-ready careers.
100+
No of courses
2
No of Products
0+
No of Franchises
Key Factors
Our STEM and Robotics courses are carefully curated to guide learners from beginner to pro, ensuring every student, educator, and institution can find the right path to grow.
MiBOT Learning Management System
Artificial Intelligence Projects
Building and Coding Robots
Teamwork & Collaboration
Innovation & Creativity
Explore Our Courses
Dive into our world of robotics to master skills that matter.
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A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
Explore Courses
Explore Courses
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
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Schools can partner with MiBOT Ventures to integrate Robotics and STEM education into their curriculum through customized Robotics Lab setups, access to STEM and Robotics kits, and teacher training programs. MiBOT also conducts robotics workshops, coding competitions, and innovation challenges for students, helping institutions create a future-ready learning environment. By collaborating with MiBOT, schools can provide students with hands-on experience in robotics, coding, and STEM skills that prepare them for tomorrow’s tech-driven world. Yes, MiBOT Ventures offers franchise opportunities for schools, companies, and entrepreneurs who want to bring STEM and Robotics education to their community or business. As a MiBOT franchise partner, you get access to our patented robotics software (MiBOT D&D), LMS , STEM and Robotics kits, structured training programs, and full support to establish Robotics Labs, Experience Centres, and workshops. Partnering with MiBOT enables institutions, businesses, and entrepreneurs to promote 21st-century skills like coding, AI, ML, and robotics, while creating sustainable growth in the rapidly expanding edutech sector.
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MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG
Age : 14+ | No of Courses : 14
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
EP AICG promotes STEM learning with easy to build robots and a block coding curriculum. Designed for beginners starting their coding journey, it encourages teamwork among 2–4 students through collaborative projects. The kit includes 4 robot builds focused on natural disaster missions, integrating hands on lessons that teach AI concepts and real world problem solving.
MiBOT EP AICG Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE
Age : 14+ |No of Courses : 14
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
EP AISE brings Python programming to life through an immersive robotics curriculum centred on space missions. Designed for collaborative learning, this kit encourages teamwork and problem solving essential skills in STEM education. With 5 versatile robot builds, including vehicle and legged models, students enhance their coding abilities while tackling exciting, real world space challenges.
MiBOT EP AISE Components List
Structural Components:
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
This kit includes 74 pieces for versatile robot construction, comprising 60 building pieces, 6 bionic connectors, 4 mecanum wheels, and 4 rubber wheels.
MiBOT EP AICE supports both MiBOT D&D visual coding and Python programming. It is compatible with Micro:bit, Arduino, and Raspberry Pi, and includes an open Python SDK for custom robot development.
Programming Method:
Sensors:
Equipped with a ToF sensor and a camera for precise distance measurement and visual recognition.
Controller Unit:
Powered by a GPU + NPU main control box for advanced processing and AI capabilities.
Actuators:
Features 4 servo motors and 4 gear motors to enable smooth and precise robot movements.
MiBOT EA ZIS
Age : 12+ | No of Courses : 96
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
MiBOT EA ZIS
Age : 12+ | No of Courses : 96
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
MiBOT EA ZIS Components List
Structural Components:
Includes 708 high-quality pieces, comprising building blocks and accessories
Supports Python coding, speech recognition, image learning, and AI visual recognition for interactive STEM education and advanced robotics programming.
Programming Method:
Sensors:
Advanced sensors including ultrasonic, color, touch, AI vision, gyroscope, infrared, laser, gesture, and temperature for accurate data and smart robotics.
Controller Unit:
Cortex-M4 processor with built-in Bluetooth 4.2, HD LCD display, multiple sensor/motor ports, 16MB memory, MP3 player, and rechargeable battery for reliable performance.
Actuators:
High-torque large and medium motors, mini servo motors with metal gears for precise, smooth robotic movement and control.
Includes 708 high-quality pieces, comprising building blocks and accessories
Supports Python coding, speech recognition, image learning, and AI visual recognition for interactive STEM education and advanced robotics programming.
Programming Method:
Sensors:
Advanced sensors including ultrasonic, color, touch, AI vision, gyroscope, infrared, laser, gesture, and temperature for accurate data and smart robotics.
Controller Unit:
Cortex-M4 processor with built-in Bluetooth 4.2, HD LCD display, multiple sensor/motor ports, 16MB memory, MP3 player, and rechargeable battery for reliable performance.
Actuators:
High-torque large and medium motors, mini servo motors with metal gears for precise, smooth robotic movement and control.
MiBOT EA ZCE
Age : 12+ | No of Courses : 10
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
MiBOT EA ZCE
Age : 12+ | No of Courses : 10
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
MiBOT EA ZCE Components List
Structural Components:
The kit includes 563 high-quality pieces. These components are made with advanced production technology and strict quality control, ensuring delicate, soft, and safe handling.
Compatible with Python, enabling advanced coding and real-world STEM applications.
Programming Method:
Sensors:
Includes 1 color sensor for detecting cube face colors and 1 touch sensor to trigger operations, enabling accurate scanning and interactive control in the AI Rubik’s Cube solving process.
Actuators:
Equipped with 2 large motors and 1 medium motor that work together to rotate, align, and solve the Rubik’s Cube with precision and speed.
The kit includes 563 high-quality pieces. These components are made with advanced production technology and strict quality control, ensuring delicate, soft, and safe handling.
Compatible with Python, enabling advanced coding and real-world STEM applications.
Programming Method:
Sensors:
Includes 1 color sensor for detecting cube face colors and 1 touch sensor to trigger operations, enabling accurate scanning and interactive control in the AI Rubik’s Cube solving process.
Actuators:
Equipped with 2 large motors and 1 medium motor that work together to rotate, align, and solve the Rubik’s Cube with precision and speed.
MiBOT EA 319
Age : 12+ | No of Courses : 16
The MiBOT EA 319 is designed for learners aiming to deepen their STEM knowledge and coding skills. This advanced kit teaches how to select appropriate sensors for different environments and develop sophisticated programming techniques such as nested statements. It includes a wide variety of precise connectors, gears, and functional parts, enabling the construction of complex robotic models for challenging tasks.
The MiBOT EA 319 is designed for learners aiming to deepen their STEM knowledge and coding skills. This advanced kit teaches how to select appropriate sensors for different environments and develop sophisticated programming techniques such as nested statements. It includes a wide variety of precise connectors, gears, and functional parts, enabling the construction of complex robotic models for challenging tasks.
MiBOT EA 319 Components List
Structural Components:
It includes 323 high-quality components designed for versatile and flexible robot building.
Programming Method:
Compatible with C, Python, and an intuitive action editor for flexible coding options.
Sensors:
Includes touch, 5-in-1 grayscale, ultrasonic, and image sensors for advanced environmental interaction.
Controller Unit:
Features a 240MHz processor, 4MB flash memory, 224KB RAM, 0.96-inch color display, 3 buttons, 16 I/O ports, dual operation modes, built in Bluetooth, and a speaker.
Actuators:
Equipped with 4 closed-loop motors, RGB lighting, and 2 precise servo motors.
It includes 323 high-quality components designed for versatile and flexible robot building.
Programming Method:
Compatible with C, Python, and an intuitive action editor for flexible coding options.
Sensors:
Includes touch, 5-in-1 grayscale, ultrasonic, and image sensors for advanced environmental interaction.
Controller Unit:
Features a 240MHz processor, 4MB flash memory, 224KB RAM, 0.96-inch color display, 3 buttons, 16 I/O ports, dual operation modes, built in Bluetooth, and a speaker.
Actuators:
Equipped with 4 closed-loop motors, RGB lighting, and 2 precise servo motors.
MiBOT EA 519
Age : 12+ | No of Courses : 32
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
MiBOT EA 519
Age : 12+ | No of Courses : 32
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
MiBOT EA 519 Components List
Structural Components:
520 high quality components for versatile robotic builds.
Programming Method:
Supports C, Python, and action editor for flexible coding options.
Sensors:
Color, ultrasonic, temperature & humidity, gesture, touch, single grayscale sensors, and rotary encoder for precise detection.
Controller Unit:
Powerful 240MHz clock speed, 4MB flash memory, and 224KB RAM for efficient processing.
Actuators:
4 closed-loop motors, 2 RGB color lights, and 2 dot matrix displays for dynamic interaction.
MiBOT EA ZIS
Age : 12+ | No of Courses : 96
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
MiBOT EA ZIS
Age : 12+ | No of Courses : 96
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
MiBOT EA ZIS Components List
Structural Components:
Includes 708 high-quality pieces, comprising building blocks and accessories
Supports Python coding, speech recognition, image learning, and AI visual recognition for interactive STEM education and advanced robotics programming.
Programming Method:
Sensors:
Advanced sensors including ultrasonic, color, touch, AI vision, gyroscope, infrared, laser, gesture, and temperature for accurate data and smart robotics.
Controller Unit:
Cortex-M4 processor with built-in Bluetooth 4.2, HD LCD display, multiple sensor/motor ports, 16MB memory, MP3 player, and rechargeable battery for reliable performance.
Actuators:
High-torque large and medium motors, mini servo motors with metal gears for precise, smooth robotic movement and control.
Includes 708 high-quality pieces, comprising building blocks and accessories
Supports Python coding, speech recognition, image learning, and AI visual recognition for interactive STEM education and advanced robotics programming.
Programming Method:
Sensors:
Advanced sensors including ultrasonic, color, touch, AI vision, gyroscope, infrared, laser, gesture, and temperature for accurate data and smart robotics.
Controller Unit:
Cortex-M4 processor with built-in Bluetooth 4.2, HD LCD display, multiple sensor/motor ports, 16MB memory, MP3 player, and rechargeable battery for reliable performance.
Actuators:
High-torque large and medium motors, mini servo motors with metal gears for precise, smooth robotic movement and control.
MiBOT EA ZCE
Age : 12+ | No of Courses : 10
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
MiBOT EA ZCE
Age : 12+ | No of Courses : 10
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
MiBOT EA ZCE Components List
Structural Components:
The kit includes 563 high-quality pieces. These components are made with advanced production technology and strict quality control, ensuring delicate, soft, and safe handling.
Compatible with Python, enabling advanced coding and real-world STEM applications.
Programming Method:
Sensors:
Includes 1 color sensor for detecting cube face colors and 1 touch sensor to trigger operations, enabling accurate scanning and interactive control in the AI Rubik’s Cube solving process.
Actuators:
Equipped with 2 large motors and 1 medium motor that work together to rotate, align, and solve the Rubik’s Cube with precision and speed.
The kit includes 563 high-quality pieces. These components are made with advanced production technology and strict quality control, ensuring delicate, soft, and safe handling.
Compatible with Python, enabling advanced coding and real-world STEM applications.
Programming Method:
Sensors:
Includes 1 color sensor for detecting cube face colors and 1 touch sensor to trigger operations, enabling accurate scanning and interactive control in the AI Rubik’s Cube solving process.
Actuators:
Equipped with 2 large motors and 1 medium motor that work together to rotate, align, and solve the Rubik’s Cube with precision and speed.
MiBOT EA 319
Age : 12+ | No of Courses : 16
The MiBOT EA 319 is designed for learners aiming to deepen their STEM knowledge and coding skills. This advanced kit teaches how to select appropriate sensors for different environments and develop sophisticated programming techniques such as nested statements. It includes a wide variety of precise connectors, gears, and functional parts, enabling the construction of complex robotic models for challenging tasks.
The MiBOT EA 319 is designed for learners aiming to deepen their STEM knowledge and coding skills. This advanced kit teaches how to select appropriate sensors for different environments and develop sophisticated programming techniques such as nested statements. It includes a wide variety of precise connectors, gears, and functional parts, enabling the construction of complex robotic models for challenging tasks.
MiBOT EA 319 Components List
Structural Components:
It includes 323 high-quality components designed for versatile and flexible robot building.
Programming Method:
Compatible with C, Python, and an intuitive action editor for flexible coding options.
Sensors:
Includes touch, 5-in-1 grayscale, ultrasonic, and image sensors for advanced environmental interaction.
Controller Unit:
Features a 240MHz processor, 4MB flash memory, 224KB RAM, 0.96-inch color display, 3 buttons, 16 I/O ports, dual operation modes, built in Bluetooth, and a speaker.
Actuators:
Equipped with 4 closed-loop motors, RGB lighting, and 2 precise servo motors.
It includes 323 high-quality components designed for versatile and flexible robot building.
Programming Method:
Compatible with C, Python, and an intuitive action editor for flexible coding options.
Sensors:
Includes touch, 5-in-1 grayscale, ultrasonic, and image sensors for advanced environmental interaction.
Controller Unit:
Features a 240MHz processor, 4MB flash memory, 224KB RAM, 0.96-inch color display, 3 buttons, 16 I/O ports, dual operation modes, built in Bluetooth, and a speaker.
Actuators:
Equipped with 4 closed-loop motors, RGB lighting, and 2 precise servo motors.
MiBOT EA 519
Age : 12+ | No of Courses : 32
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
MiBOT EA 519
Age : 12+ | No of Courses : 32
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
MiBOT EA 519 Components List
Structural Components:
520 high quality components for versatile robotic builds.
Programming Method:
Supports C, Python, and action editor for flexible coding options.
Sensors:
Color, ultrasonic, temperature & humidity, gesture, touch, single grayscale sensors, and rotary encoder for precise detection.
Controller Unit:
Powerful 240MHz clock speed, 4MB flash memory, and 224KB RAM for efficient processing.
Actuators:
4 closed-loop motors, 2 RGB color lights, and 2 dot matrix displays for dynamic interaction.
MiBOT EA ZIS
Age : 12+ | No of Courses : 96
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
MiBOT EA ZIS
Age : 12+ | No of Courses : 96
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
The MiBOT EA ZIS is an innovative educational robot designed to blend programming, artificial intelligence, and robotics competitions into one powerful STEM learning tool. Perfect for students from third grade to junior high school, it features a high performance processor, multiple sensors, and essential AI algorithms. Through hands on, project based courses, learners develop coding skills, deepen their understanding of AI, and engage in interactive robotics challenges making it ideal for building future ready STEM expertise.
MiBOT EA ZIS Components List
Structural Components:
Includes 708 high-quality pieces, comprising building blocks and accessories
Supports Python coding, speech recognition, image learning, and AI visual recognition for interactive STEM education and advanced robotics programming.
Programming Method:
Sensors:
Advanced sensors including ultrasonic, color, touch, AI vision, gyroscope, infrared, laser, gesture, and temperature for accurate data and smart robotics.
Controller Unit:
Cortex-M4 processor with built-in Bluetooth 4.2, HD LCD display, multiple sensor/motor ports, 16MB memory, MP3 player, and rechargeable battery for reliable performance.
Actuators:
High-torque large and medium motors, mini servo motors with metal gears for precise, smooth robotic movement and control.
Includes 708 high-quality pieces, comprising building blocks and accessories
Supports Python coding, speech recognition, image learning, and AI visual recognition for interactive STEM education and advanced robotics programming.
Programming Method:
Sensors:
Advanced sensors including ultrasonic, color, touch, AI vision, gyroscope, infrared, laser, gesture, and temperature for accurate data and smart robotics.
Controller Unit:
Cortex-M4 processor with built-in Bluetooth 4.2, HD LCD display, multiple sensor/motor ports, 16MB memory, MP3 player, and rechargeable battery for reliable performance.
Actuators:
High-torque large and medium motors, mini servo motors with metal gears for precise, smooth robotic movement and control.
MiBOT EA ZCE
Age : 12+ | No of Courses : 10
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
MiBOT EA ZCE
Age : 12+ | No of Courses : 10
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
Experience innovative learning with MiBOT EA ZCE, the AI-powered Rubik’s Cube solving robot designed for precision and speed. Utilizing advanced AI algorithms, it quickly scans and solves the cube, making complex problem solving accessible and engaging. Suitable for all ages, this intelligent robot enhances coding skills, logical reasoning, and spatial awareness. Perfect for STEM education, classroom demonstrations, and AI projects, MiBOT EA ZCE offers a hands-on approach to mastering robotics and artificial intelligence concepts.
MiBOT EA ZCE Components List
Structural Components:
The kit includes 563 high-quality pieces. These components are made with advanced production technology and strict quality control, ensuring delicate, soft, and safe handling.
Compatible with Python, enabling advanced coding and real-world STEM applications.
Programming Method:
Sensors:
Includes 1 color sensor for detecting cube face colors and 1 touch sensor to trigger operations, enabling accurate scanning and interactive control in the AI Rubik’s Cube solving process.
Actuators:
Equipped with 2 large motors and 1 medium motor that work together to rotate, align, and solve the Rubik’s Cube with precision and speed.
The kit includes 563 high-quality pieces. These components are made with advanced production technology and strict quality control, ensuring delicate, soft, and safe handling.
Compatible with Python, enabling advanced coding and real-world STEM applications.
Programming Method:
Sensors:
Includes 1 color sensor for detecting cube face colors and 1 touch sensor to trigger operations, enabling accurate scanning and interactive control in the AI Rubik’s Cube solving process.
Actuators:
Equipped with 2 large motors and 1 medium motor that work together to rotate, align, and solve the Rubik’s Cube with precision and speed.
MiBOT EA 319
Age : 12+ | No of Courses : 16
The MiBOT EA 319 is designed for learners aiming to deepen their STEM knowledge and coding skills. This advanced kit teaches how to select appropriate sensors for different environments and develop sophisticated programming techniques such as nested statements. It includes a wide variety of precise connectors, gears, and functional parts, enabling the construction of complex robotic models for challenging tasks.
The MiBOT EA 319 is designed for learners aiming to deepen their STEM knowledge and coding skills. This advanced kit teaches how to select appropriate sensors for different environments and develop sophisticated programming techniques such as nested statements. It includes a wide variety of precise connectors, gears, and functional parts, enabling the construction of complex robotic models for challenging tasks.
MiBOT EA 319 Components List
Structural Components:
It includes 323 high-quality components designed for versatile and flexible robot building.
Programming Method:
Compatible with C, Python, and an intuitive action editor for flexible coding options.
Sensors:
Includes touch, 5-in-1 grayscale, ultrasonic, and image sensors for advanced environmental interaction.
Controller Unit:
Features a 240MHz processor, 4MB flash memory, 224KB RAM, 0.96-inch color display, 3 buttons, 16 I/O ports, dual operation modes, built in Bluetooth, and a speaker.
Actuators:
Equipped with 4 closed-loop motors, RGB lighting, and 2 precise servo motors.
It includes 323 high-quality components designed for versatile and flexible robot building.
Programming Method:
Compatible with C, Python, and an intuitive action editor for flexible coding options.
Sensors:
Includes touch, 5-in-1 grayscale, ultrasonic, and image sensors for advanced environmental interaction.
Controller Unit:
Features a 240MHz processor, 4MB flash memory, 224KB RAM, 0.96-inch color display, 3 buttons, 16 I/O ports, dual operation modes, built in Bluetooth, and a speaker.
Actuators:
Equipped with 4 closed-loop motors, RGB lighting, and 2 precise servo motors.
MiBOT EA 519
Age : 12+ | No of Courses : 32
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
MiBOT EA 519
Age : 12+ | No of Courses : 32
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
It is designed for advanced STEM learning and robotics education. This kit empowers learners to master sophisticated robotics functions using tailored sensors and an AI vision module. With 37 diverse structural parts and 10 transmission components, users can construct intricate models that replicate real life machinery and tools. It fosters innovation, critical thinking, and technical expertise in robotics development.
MiBOT EA 519 Components List
Structural Components:
520 high quality components for versatile robotic builds.
Programming Method:
Supports C, Python, and action editor for flexible coding options.
Sensors:
Color, ultrasonic, temperature & humidity, gesture, touch, single grayscale sensors, and rotary encoder for precise detection.
Controller Unit:
Powerful 240MHz clock speed, 4MB flash memory, and 224KB RAM for efficient processing.
Actuators:
4 closed-loop motors, 2 RGB color lights, and 2 dot matrix displays for dynamic interaction.
MiBOT EI 119
Age : 8+ | No of Courses : 48
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119
Age : 8+ | No of Courses : 48
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 Components List
Structural Components:
Includes 602 precision engineered parts for building complex and creative robotic models.
Supports advanced coding in Python, and C, providing flexibility for learners at different skill levels.
Programming Method:
Sensors:
Equipped with infrared (IR) and touch sensors for enhanced interactivity and responsiveness.
Controller Unit:
Features a powerful ARM Cortex M3 32bit processor with 13 integrated I/O interfaces, enabling versatile hardware integration.
Actuators:
Powered by a smart motor for dynamic and realistic robot motion.
Includes 602 precision engineered parts for building complex and creative robotic models.
Supports advanced coding in Python, and C, providing flexibility for learners at different skill levels.
Programming Method:
Sensors:
Equipped with infrared (IR) and touch sensors for enhanced interactivity and responsiveness.
Controller Unit:
Features a powerful ARM Cortex M3 32bit processor with 13 integrated I/O interfaces, enabling versatile hardware integration.
Actuators:
Powered by a smart motor for dynamic and realistic robot motion.
MiBOT EI 43
Age : 8+ | No of Courses :12
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
MiBOT EI 43
Age : 8+ | No of Courses :12
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
MiBOT EI 43 Components List
Structural Components:
135 durable robotics components for building multiple STEM based models.
Screen free coding using a tactile coding pad to teach core programming and logic skills.
Programming Method:
Sensors:
Ultrasonic sensor for object detection and distance measurement in robotics projects.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, LED indicators, speaker, and 780mAh rechargeable battery.
Actuators:
Includes 2 smart motors for precise, responsive robotic movement.
135 durable robotics components for building multiple STEM based models.
Screen free coding using a tactile coding pad to teach core programming and logic skills.
Programming Method:
Sensors:
Ultrasonic sensor for object detection and distance measurement in robotics projects.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, LED indicators, speaker, and 780mAh rechargeable battery.
Actuators:
Includes 2 smart motors for precise, responsive robotic movement.
MiBOT EI 1940
Age : 8+ | No of Courses : 16
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
MiBOT EI 1940
Age : 8+ | No of Courses : 16
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
MiBOT EI 1940 Components List
Structural Components:
More than 390 structural parts for building complex robotic models
Programming Method:
Compatible with C and Python programming languages for versatile coding education
Sensors:
Advanced 5-in-1 grayscale sensor for accurate line tracking and detection
Controller Unit:
Powered by a 32-bit Cortex M4, with 3 control buttons, 8 I/O ports, and a built in 780mAh rechargeable battery.
Actuators:
Three intelligent motors for precise and smooth movement
More than 390 structural parts for building complex robotic models
Programming Method:
Compatible with C and Python programming languages for versatile coding education
Sensors:
Advanced 5-in-1 grayscale sensor for accurate line tracking and detection
Controller Unit:
Powered by a 32-bit Cortex M4, with 3 control buttons, 8 I/O ports, and a built in 780mAh rechargeable battery.
Actuators:
Three intelligent motors for precise and smooth movement
MiBOT EI ZAA
Age : 8+ | No of Courses : 16
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
MiBOT EI ZAA
Age : 8+ | No of Courses : 16
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
MiBOT EI ZAA Components List
Structural Components:
Includes 77 high quality building blocks with precise structure and a soft touch, plus over 378 accessories for versatile robot construction.
Programming Method:
Uses 59 types of command cards in 9 categories; kids select, arrange, and scan cards to program robots intuitively without a computer.
Sensors:
Features an OID module with modular design, high sensitivity, and accurate identification for easy command card scanning.
Controller Unit:
Powered by an ESP32 main control chip with 5 I/O ports, internal lithium battery, and a 5x7 dot matrix screen for clear visual output.
Actuators:
Comes with a medium motor offering large torque, biaxial output, quiet and durable performance, along with LED and button modules for interactive feedback.
Includes 77 high quality building blocks with precise structure and a soft touch, plus over 378 accessories for versatile robot construction.
Programming Method:
Uses 59 types of command cards in 9 categories; kids select, arrange, and scan cards to program robots intuitively without a computer.
Sensors:
Features an OID module with modular design, high sensitivity, and accurate identification for easy command card scanning.
Controller Unit:
Powered by an ESP32 main control chip with 5 I/O ports, internal lithium battery, and a 5x7 dot matrix screen for clear visual output.
Actuators:
Comes with a medium motor offering large torque, biaxial output, quiet and durable performance, along with LED and button modules for interactive feedback.
MiBOT EI 119
Age : 8+ | No of Courses : 48
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119
Age : 8+ | No of Courses : 48
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 Components List
Structural Components:
Includes 602 precision engineered parts for building complex and creative robotic models.
Supports advanced coding in Python, and C, providing flexibility for learners at different skill levels.
Programming Method:
Sensors:
Equipped with infrared (IR) and touch sensors for enhanced interactivity and responsiveness.
Controller Unit:
Features a powerful ARM Cortex M3 32bit processor with 13 integrated I/O interfaces, enabling versatile hardware integration.
Actuators:
Powered by a smart motor for dynamic and realistic robot motion.
Includes 602 precision engineered parts for building complex and creative robotic models.
Supports advanced coding in Python, and C, providing flexibility for learners at different skill levels.
Programming Method:
Sensors:
Equipped with infrared (IR) and touch sensors for enhanced interactivity and responsiveness.
Controller Unit:
Features a powerful ARM Cortex M3 32bit processor with 13 integrated I/O interfaces, enabling versatile hardware integration.
Actuators:
Powered by a smart motor for dynamic and realistic robot motion.
MiBOT EI 43
Age : 8+ | No of Courses :12
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
MiBOT EI 43
Age : 8+ | No of Courses :12
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
MiBOT EI 43 Components List
Structural Components:
135 durable robotics components for building multiple STEM based models.
Screen free coding using a tactile coding pad to teach core programming and logic skills.
Programming Method:
Sensors:
Ultrasonic sensor for object detection and distance measurement in robotics projects.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, LED indicators, speaker, and 780mAh rechargeable battery.
Actuators:
Includes 2 smart motors for precise, responsive robotic movement.
135 durable robotics components for building multiple STEM based models.
Screen free coding using a tactile coding pad to teach core programming and logic skills.
Programming Method:
Sensors:
Ultrasonic sensor for object detection and distance measurement in robotics projects.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, LED indicators, speaker, and 780mAh rechargeable battery.
Actuators:
Includes 2 smart motors for precise, responsive robotic movement.
MiBOT EI 1940
Age : 8+ | No of Courses : 16
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
MiBOT EI 1940
Age : 8+ | No of Courses : 16
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
MiBOT EI 1940 Components List
Structural Components:
More than 390 structural parts for building complex robotic models
Programming Method:
Compatible with C and Python programming languages for versatile coding education
Sensors:
Advanced 5-in-1 grayscale sensor for accurate line tracking and detection
Controller Unit:
Powered by a 32-bit Cortex M4, with 3 control buttons, 8 I/O ports, and a built in 780mAh rechargeable battery.
Actuators:
Three intelligent motors for precise and smooth movement
More than 390 structural parts for building complex robotic models
Programming Method:
Compatible with C and Python programming languages for versatile coding education
Sensors:
Advanced 5-in-1 grayscale sensor for accurate line tracking and detection
Controller Unit:
Powered by a 32-bit Cortex M4, with 3 control buttons, 8 I/O ports, and a built in 780mAh rechargeable battery.
Actuators:
Three intelligent motors for precise and smooth movement
MiBOT EI ZAA
Age : 8+ | No of Courses : 16
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
MiBOT EI ZAA
Age : 8+ | No of Courses : 16
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
MiBOT EI ZAA Components List
Structural Components:
Includes 77 high quality building blocks with precise structure and a soft touch, plus over 378 accessories for versatile robot construction.
Programming Method:
Uses 59 types of command cards in 9 categories; kids select, arrange, and scan cards to program robots intuitively without a computer.
Sensors:
Features an OID module with modular design, high sensitivity, and accurate identification for easy command card scanning.
Controller Unit:
Powered by an ESP32 main control chip with 5 I/O ports, internal lithium battery, and a 5x7 dot matrix screen for clear visual output.
Actuators:
Comes with a medium motor offering large torque, biaxial output, quiet and durable performance, along with LED and button modules for interactive feedback.
Includes 77 high quality building blocks with precise structure and a soft touch, plus over 378 accessories for versatile robot construction.
Programming Method:
Uses 59 types of command cards in 9 categories; kids select, arrange, and scan cards to program robots intuitively without a computer.
Sensors:
Features an OID module with modular design, high sensitivity, and accurate identification for easy command card scanning.
Controller Unit:
Powered by an ESP32 main control chip with 5 I/O ports, internal lithium battery, and a 5x7 dot matrix screen for clear visual output.
Actuators:
Comes with a medium motor offering large torque, biaxial output, quiet and durable performance, along with LED and button modules for interactive feedback.
MiBOT EI 119
Age : 8+ | No of Courses : 48
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119
Age : 8+ | No of Courses : 48
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 is designed to deepen understanding of robotics and smart systems. It teaches how robots sense their surroundings, introduces fundamental AI concepts, and builds strong programming logic. Learners progress through engaging courses in C and Python, developing advanced coding skills through a hands on, interactive approach.
MiBOT EI 119 Components List
Structural Components:
Includes 602 precision engineered parts for building complex and creative robotic models.
Supports advanced coding in Python, and C, providing flexibility for learners at different skill levels.
Programming Method:
Sensors:
Equipped with infrared (IR) and touch sensors for enhanced interactivity and responsiveness.
Controller Unit:
Features a powerful ARM Cortex M3 32bit processor with 13 integrated I/O interfaces, enabling versatile hardware integration.
Actuators:
Powered by a smart motor for dynamic and realistic robot motion.
Includes 602 precision engineered parts for building complex and creative robotic models.
Supports advanced coding in Python, and C, providing flexibility for learners at different skill levels.
Programming Method:
Sensors:
Equipped with infrared (IR) and touch sensors for enhanced interactivity and responsiveness.
Controller Unit:
Features a powerful ARM Cortex M3 32bit processor with 13 integrated I/O interfaces, enabling versatile hardware integration.
Actuators:
Powered by a smart motor for dynamic and realistic robot motion.
MiBOT EI 43
Age : 8+ | No of Courses :12
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
MiBOT EI 43
Age : 8+ | No of Courses :12
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
The MiBOT EI 43 is a 12-in-1 STEM robotic learning kit that lets kids code screen free using a tactile coding pad, no tablets or computers needed. Designed with 29 types of high quality, screwless bricks and components, this educational robotics kit helps children build a variety of models while learning basic mechanics. It’s structured design and sequential logic activities enhance fine motor skills, spatial thinking, and problem solving making abstract STEM and coding concepts fun, hands on, and easy to grasp. Perfect for early learners exploring robotics and screen free programming.
MiBOT EI 43 Components List
Structural Components:
135 durable robotics components for building multiple STEM based models.
Screen free coding using a tactile coding pad to teach core programming and logic skills.
Programming Method:
Sensors:
Ultrasonic sensor for object detection and distance measurement in robotics projects.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, LED indicators, speaker, and 780mAh rechargeable battery.
Actuators:
Includes 2 smart motors for precise, responsive robotic movement.
135 durable robotics components for building multiple STEM based models.
Screen free coding using a tactile coding pad to teach core programming and logic skills.
Programming Method:
Sensors:
Ultrasonic sensor for object detection and distance measurement in robotics projects.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, LED indicators, speaker, and 780mAh rechargeable battery.
Actuators:
Includes 2 smart motors for precise, responsive robotic movement.
MiBOT EI 1940
Age : 8+ | No of Courses : 16
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
MiBOT EI 1940
Age : 8+ | No of Courses : 16
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
The MiBOT EI 1940 is an ideal robotics kit for intermediate STEM learners, helping kids explore complex mechanical systems and sharpen their coding and problem solving skills. With over 58 structural parts and a wide variety of gears, students can build advanced robotic models that foster creativity and engineering thinking. Designed to enhance logical reasoning and task analysis, this hands on STEM kit supports deeper learning in robotics and coding through engaging, build based exploration.
MiBOT EI 1940 Components List
Structural Components:
More than 390 structural parts for building complex robotic models
Programming Method:
Compatible with C and Python programming languages for versatile coding education
Sensors:
Advanced 5-in-1 grayscale sensor for accurate line tracking and detection
Controller Unit:
Powered by a 32-bit Cortex M4, with 3 control buttons, 8 I/O ports, and a built in 780mAh rechargeable battery.
Actuators:
Three intelligent motors for precise and smooth movement
More than 390 structural parts for building complex robotic models
Programming Method:
Compatible with C and Python programming languages for versatile coding education
Sensors:
Advanced 5-in-1 grayscale sensor for accurate line tracking and detection
Controller Unit:
Powered by a 32-bit Cortex M4, with 3 control buttons, 8 I/O ports, and a built in 780mAh rechargeable battery.
Actuators:
Three intelligent motors for precise and smooth movement
MiBOT EI ZAA
Age : 8+ | No of Courses : 16
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
MiBOT EI ZAA
Age : 8+ | No of Courses : 16
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
The MiBOT EI ZAA consists of advanced electronic components and interactive command cards for an engaging robotics learning experience. Kids can program robots easily by scanning command cards, with no computer required, making coding intuitive and fun. High quality, easy to assemble blocks form the structure, while components like motors, dot matrix displays, buzzers, LEDs, and buttons bring the robot to life with movement, sound, and lighting.
MiBOT EI ZAA Components List
Structural Components:
Includes 77 high quality building blocks with precise structure and a soft touch, plus over 378 accessories for versatile robot construction.
Programming Method:
Uses 59 types of command cards in 9 categories; kids select, arrange, and scan cards to program robots intuitively without a computer.
Sensors:
Features an OID module with modular design, high sensitivity, and accurate identification for easy command card scanning.
Controller Unit:
Powered by an ESP32 main control chip with 5 I/O ports, internal lithium battery, and a 5x7 dot matrix screen for clear visual output.
Actuators:
Comes with a medium motor offering large torque, biaxial output, quiet and durable performance, along with LED and button modules for interactive feedback.
Includes 77 high quality building blocks with precise structure and a soft touch, plus over 378 accessories for versatile robot construction.
Programming Method:
Uses 59 types of command cards in 9 categories; kids select, arrange, and scan cards to program robots intuitively without a computer.
Sensors:
Features an OID module with modular design, high sensitivity, and accurate identification for easy command card scanning.
Controller Unit:
Powered by an ESP32 main control chip with 5 I/O ports, internal lithium battery, and a 5x7 dot matrix screen for clear visual output.
Actuators:
Comes with a medium motor offering large torque, biaxial output, quiet and durable performance, along with LED and button modules for interactive feedback.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110 Components List
Structural Components:
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120 Components List
Structural Components: Includes 131 versatile parts for easy robotic model building and STEM learning. Offers screen free coding with an intuitive pen and 52 interactive cards, ideal for learning programming basics through play. Programming Method: Sensors: Equipped with a precision ultrasonic sensor for measuring distance and detecting objects. Controller Unit: Equipped with tricolor LEDs, built in speaker, dual closed loop motors, 1500mAh rechargeable battery, and dual USB Type-C ports for fast connectivity. Actuators: Powered by an interactive motor for dynamic robotic movement and STEM learning. give as list
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930 Components List
Structural Components:
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110 Components List
Structural Components:
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120 Components List
Structural Components: Includes 131 versatile parts for easy robotic model building and STEM learning. Offers screen free coding with an intuitive pen and 52 interactive cards, ideal for learning programming basics through play. Programming Method: Sensors: Equipped with a precision ultrasonic sensor for measuring distance and detecting objects. Controller Unit: Equipped with tricolor LEDs, built in speaker, dual closed loop motors, 1500mAh rechargeable battery, and dual USB Type-C ports for fast connectivity. Actuators: Powered by an interactive motor for dynamic robotic movement and STEM learning. give as list
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930 Components List
Structural Components:
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110 Components List
Structural Components:
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120 Components List
Structural Components: Includes 131 versatile parts for easy robotic model building and STEM learning. Offers screen free coding with an intuitive pen and 52 interactive cards, ideal for learning programming basics through play. Programming Method: Sensors: Equipped with a precision ultrasonic sensor for measuring distance and detecting objects. Controller Unit: Equipped with tricolor LEDs, built in speaker, dual closed loop motors, 1500mAh rechargeable battery, and dual USB Type-C ports for fast connectivity. Actuators: Powered by an interactive motor for dynamic robotic movement and STEM learning. give as list
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930 Components List
Structural Components:
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110
Age : 3+ | No of Courses : 16
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
Kids can build up to 16 different models using building blocks, motors, sensors, and switches. Every build helps them think critically, solve problems, get creative, and build confidence in STEM skills. This hands on robotics kit makes learning feel like play as children explore how things work through real world building experiences.
MiBOT EB 2110 Components List
Structural Components:
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
Includes 137 durable, easy to assemble parts for building functional robotic systems.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Equipped with sound, touch, photo sensitive, and infrared sensors for interactive and responsive learning experiences.
Controller Unit:
Integrated with colorful LEDs and magnetic input/output interfaces, powered by a built in 430mAh rechargeable lithium battery.
Actuators:
Features red and green LEDs, smart motors (including speed regulating motors), buzzer, record and play module, extension cable, and logic components (AND, OR, NOT) to support complex behaviors and logic flows.
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120
Age : 3+ | No of Courses : 93
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
The MiBOT EB 2120 is an advanced STEM robotics kit designed to guide young learners from basic builds to intelligent machines. Kids explore motors, gear systems, Bluetooth control, and custom sound features while using advanced sensors like OCR, ultrasonic, grayscale, touch, and photo sensitive sensors. Perfect for hands on STEM education, coding, and robotics learning
MiBOT EB 2120 Components List
Structural Components: Includes 131 versatile parts for easy robotic model building and STEM learning. Offers screen free coding with an intuitive pen and 52 interactive cards, ideal for learning programming basics through play. Programming Method: Sensors: Equipped with a precision ultrasonic sensor for measuring distance and detecting objects. Controller Unit: Equipped with tricolor LEDs, built in speaker, dual closed loop motors, 1500mAh rechargeable battery, and dual USB Type-C ports for fast connectivity. Actuators: Powered by an interactive motor for dynamic robotic movement and STEM learning. give as list
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930
Age : 3+ | No of Courses : 16
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
The MiBOT EB 1930 features over 135 structural parts that allow young learners to build up to 16 unique robotic models. Ideal for ages 4 and up, this kit boosts problem solving, creative thinking, and engineering skills through playbased learning. With its screen free coding system using a tactile coding pad, kids learn core programming concepts, logic, and sequencing all without the need for a tablet or computer.
MiBOT EB 1930 Components List
Structural Components:
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
Includes 135 durable parts for building versatile interactive robotic models.
Programming Method:
Uses screen free, tactile coding blocks to introduce programming logic in an intuitive, hands on way.
Sensors:
Features advanced 5-in-1 grayscale sensor for line following, object detection, and interactive robotics.
Controller Unit:
Powered by a 32-bit processor with dual 5V closed loop motors, built in speaker, indicator lights, and a 780mAh rechargeable battery.
Actuators:
Equipped with a high performance intelligent motor for precise, responsive robotics movement.
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MiBOT D&D – Coding Made Simple
Shape your robot’s behavior with simple drag-and-drop coding
800+
No of courses
18
No of Products
5+
No of Franchises
750+
No of Curriculum
MiBOT D&D – our own patented creation that transforms the way learners explore coding and robotics.
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Supports 10+ multilingual languages for global accessibility.
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Bridges the gap between block based coding and advanced programming.
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Perfect for students, schools, universities, and franchise partners.
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Integrated with robotics kits and learning modules for hands-on practice.
With MiBOT D&D, coding is no longer intimidating, it’s an interactive experience that empowers learners to explore, create, and innovate with confidence.
Meet our team
A comprehensive selection of courses designed to empower you with the skills you need to thrive in the dynamic world of web development.
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Vivek Dilip
CEO & Co-Founder
Kalaikovan Antony
CTO & Co-Founder
Archana Iyengar
CMO
Yogesh Dubey
Director
Laxman NasarpuriDubey
Advisor
Arvind Balagopalan
Advisor
Over 1000+ Client Trust Us
Clarity gives you the blocks & components you need to create a truly professional website, landing page or admin panel for your SaaS.
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Position / Role
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Position / Role
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