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Description
6x I-Joint Module
8x T-Joint Module
2x G Terminal Module
1x F Control Module
1x P Control Module
1x M Control Module
1x F Module Base
4x Flat Wheel Module
4x Mecanum Wheel
2x Universal Wheel
4x I Module Holder
4x Orthogonal Module
1x Mini-Universal Wheel
8x Snake Wheel for T
1x Snake Wheel for F
4x Bionic Foot
2x Biped Panel
1x Microphone
1x Camera
1x Infrared Tracking Sensor
1x Sound Sensor
1x Gesture Detection Sensor
1x Color Sensor
1x LED Matrix
1x RGB Light
1x Ultrasonic Sensor
1x Remote Control Sensor
1x Sensor Controller
1x Sensor Plate (32x16)
1x Sensor Fixing Block
1x Sensor Fixing Plate for M
1x Sensor Controller Fixing Plate for M
1x Camera Fixing Plate (with Modular Buckle Interface)
1x Camera Fixing Sucker
1x F Map
1x Vision Experimental Map
3x Color Block
2x Color Band
1x DC Charger
1x Camera Shelf
1x Acrylic Plate (30-40cm)
1x Wiring for Sensor Controller
6x Wiring for Sensors
ModMi for Research - Designed for Learning and Experimentation through Secondary Development
The Desktop Modular Intelligent Robotic System is composed of an array of fundamental modules. These modules include joint modules, end effector modules, control modules, and additional auxiliary modules
Each module is self-contained and features standardized mechanical and electrical interfaces. Connecting different modules can be achieved in just 3 seconds. This allows users to create customized robotic systems according to their preferences, such as manipulators, bipedal walking robots, bipedal climbing robots, two-wheeled mobile robots, and autonomous mobile robots. The Mini Bot offers a diverse range of programming methods, including teach-in programming, graphical programming, and code programming. By integrating AI, students' creativity and imagination can be effectively stimulated and nurtured