Rover 5 Robot with 4 Motors

The Rover 5 Robot Chassis is one of the most robust and versatile robot platforms available for serious hobbyists, robotics students, and professional makers. Designed as a heavy-duty tank-style chassis , the Rover 5 is built to handle demanding indoor and outdoor environments , making it the ideal foundation for autonomous robots, surveillance platforms, search-and-rescue prototypes, and educational robotics projects . At the heart of the Rover 5 are four independently controlled DC gear motors , each capable of producing a stall torque of 10 Kg/cm . The motors are paired with integrated planetary gearboxes and Hall-effect quadrature encoders , allowing for precise speed and position control — a critical feature for closed-loop motion control , odometry , and autonomous navigation algorithms . With independent control of all four motors , the Rover 5 can perform skid-steer turning , on-the-spot rotation , and highly maneuverable movements , even on uneven surfaces. A unique feature of the Rover 5 is its adjustable gearbox angle , which can be set in 5° increments . This allows builders to change the ground clearance and the angle of the tank treads to suit different terrains, payload heights, or sensor mounting requirements. Users can also replace the rubber tank treads with traditional wheels for a different driving experience or higher speed on flat surfaces. The chassis features thick, durable rubber tank treads that provide excellent grip on grass, gravel, carpet, dirt, and indoor flooring. A built-in 6× AA battery holder is integrated into the chassis, simplifying the power setup. The robust steel and aluminum construction gives the platform a weight of over 2.5 pounds (1.13 kg) without batteries, providing stability, durability, and the ability to carry significant payloads including motor drivers, controllers, sensors, cameras, and even small robotic arms. Designed to integrate easily with Arduino, Raspberry Pi, ESP32, STM32 , and other microcontroller platforms, the Rover 5 is the perfect base for complex robotics builds that demand power, precision, and adaptability . Specifications Type: Heavy-Duty Tank-Style Robot Chassis Number of Motors: 4 independent DC motors Motor Stall Torque: 10 Kg/cm per motor Encoders: 4 × Hall-effect quadrature encoders (one per motor) Gearbox: Integrated with adjustable angle in 5° increments Drive System: Tank treads (rubber) — interchangeable with wheels Battery Holder: Built-in for 6 × AA batteries Chassis Weight: Over 2.5 lbs (?1.13 kg) without batteries Construction Material: Steel and aluminum frame with rubber treads Compatibility: Arduino , Raspberry Pi , ESP32 , STM32 , and other MCUs Recommended Drivers: Dual H-bridge motor drivers (e.g., L298N , TB6612FNG , or VNH2SP30 ) Applications Autonomous Mobile Robots for navigation, mapping, and SLAM projects Outdoor Exploration Robots for grass, gravel, and dirt terrain Surveillance and Inspection Platforms with onboard cameras Search-and-Rescue Robot Prototypes Educational Robotics at high school, university, and research levels STEM and Maker Lab Robotics Projects Robotics Competitions (Robocon, FIRST Tech Challenge, university contests) Custom Telepresence Robots with mounted screens or cameras Mobile Robotic Platforms for AI and Machine Learning experiments Agricultural Inspection Robots for greenhouse or field navigation Prototype Delivery Robots for short-distance transport tasks Heavy Payload Robots carrying sensor arrays, robotic arms, or laptops