STEMAIDE Rover-Kit
The STEMAIDE Rover Kit takes young learners on an exciting journey into mobile robotics and mechanical engineering.
Designed for:
Upper Primary Basic School (Basic 4 to Basic 9, ages 9–14).
Students assemble a sturdy 2-wheeled robot car, connecting electric motors, high-grip rubber wheels, and rechargeable battery packs.
Using visual, beginner-friendly coding, they teach their Rover how to navigate mazes, dodge walls automatically, and respond to wireless remote control from a smartphone or tablet.
All operating 100% offline without needing internet access!
Specifications
inventory_2 What's in the Box
- Robot Brain & Muscle Shield – A powerful computer brain paired with a special 'muscle shield' that gives the robot the electrical power needed to drive wheels forwards, backwards, and spin in circles.
Twin Electric Motors & Grip Wheels – Two high-speed electric motors connected to custom gearboxes and high-traction rubber tires designed to grip school floors without slipping.
- Autonomous Obstacle & Wall Sensors – Bat-vision sonar and infrared 'eyes' that let the robot see walls, classroom furniture, and drop-offs before it crashes.
- Wireless Bluetooth & Rechargeable Battery – An invisible wireless radio link plus a long-lasting rechargeable lithium battery pack that keeps the robot running strong without trailing wires.
menu_book Curriculum Alignment
Module 1: Mechanical Assembly
Building the chassis, wiring the twin motors, and understanding gear ratios.
Module 2: Motor Control & Navigation
Using visual coding to program forward, reverse, and pivot maneuvers.
Module 3: Sensory Perception
Integrating bat-vision sonar and infrared sensors to program autonomous wall-dodging algorithms.
Module 4: Wireless Robotics
Setting up Bluetooth telemetry and coding a custom remote-control interface for smartphone operation.
help Frequently Asked Questions
- Self-Driving Maze Navigator – Code the Rover to find its own way out of a cardboard labyrinth by sensing walls and making smart turning decisions.
- Smart Agricultural Farm Assistant – Program a farm rover that drives along crop rows, stopping automatically when it encounters a farm obstacle or animal.
- Bluetooth Disaster Rescue Vehicle – Use an offline smartphone joystick to steer the Rover through an obstacle course to deliver emergency supplies in a simulated rescue zone- Self-Driving Maze Navigator – Code the Rover to find its own way out of a cardboard labyrinth by sensing walls and making smart turning decisions.
Related Projects
No related projects found for this kit yet.