Category: Robot chassis

A set of four Tamiya wheels with a width of 16 mm and a diameter of 36 mm. Pololu 65

2-5/8" plastic Red wheel Futaba servo hub

Tamiya 70172 Universal Plate L (210x160mm)

Tamiya axle kit with a diameter of 3 mm. Includes hexagonal and round shafts as well as the necessary bolts and nuts. Pololu 78

Tamiya 70193 Slim Tire SA set of four Tamiya wheels with a width of 3.5 mm containing two wheels with a diameter of 36 mm and two wheels with a diameter of 55 mm. Pololu 1686et (4 tires)

Pololu Robot Chassis RRC01A Transparent Gray

Pololu Robot Chassis RRC01A Solid Red

Set for building a mobile robot chassis with Swedish wheels. The platform consists of three levels on which you can place controllers, sensors and control modules. DFRobot ROB0124

These lightweight aluminum brackets make it easy to mount and integrate the Sharp GP2Y0A02, GP2Y0A21, and GP2Y0A41 Distance Sensors into your project. The brackets are strong enough to hold their position, but they can also be bent by hand to different angles if the application calls for it.

(ROB0025) Baron-4WD Mobile Platform

Pololu RP5/Rover 5 Expansion Plate RRC07B (Wide) Transparent Gray

Pololu RP5 Expansion Plate RRC07A (Narrow) Solid Black

These extended aluminum gearmotor brackets let you securely mount our larger Pololu plastic gearmotors (228:1 offset, 120:1 offset, 200:1 90-degree, and 120:1 90-degree) to your project. The extended “neck” on these brackets allows for a large variety of mounting options. These brackets are sold in pairs, and each bracket comes with two 1″ long #2-56 screws for securing motors to the bracket.

Crawler platform equipped with DC motors. Made of aluminum alloy, it allows you to move efficiently on any surface. Assembly kit. DFRobot ROB0128

A set of two black plastic brackets for mounting micro Pololu motors. Mounting screws and nuts are included. Pololu 989

Pololu 2675

A set of two 90x10mm white Pololu wheels. Fits D-shaped shaft with a diameter of 3mm. Pololu 1439

Six-wheeled mobile robot chassis designed for projects that require driving on demanding terrain. It uses a driver based on ESP32 and a set of IMU sensors. It can be easily expanded with additional elements, e.g. a robotic arm, camera or LIDAR. Waveshare UGV02 (EU)