All Products

SKU: DF-ROB0025

INTRODUCTION The DFRobot 4WD Arduino-Compatible Platform w/Encoders is widely used on the world's self-developed control panel platform. This drive method has a strong obstacle and climbing ability with high strength aluminum alloy body. It features thick acrylic m...

SKU: WS-25376

Full metal body · Onboard ESP32-WROOM-32 · Multiple host support The WAVE ROVER is a rugged, all-metal 4WD robot chassis for makers, students and researchers who want a capable mobile platform without building one from scratch. Its entire codebase is open source, it ships with an onboard ESP32 co...

SKU: DF-ROB0004

The HCR (Home Care Robot) Mobile Robot Platform is a two-wheel-drive robot chassis with a three-level structure, designed for building indoor service and research robots. The kit includes two DC motors with integrated encoders, two rubber wheels, an omni-directional caster wheel, three collision ...

SKU: DF-ROB0003

The DFRobot 4WD Arduino Mobile Platform is intended for use with the DFRobot ROMEO Microcontroller and includes 4x drive motors, 4x wheels and a complete chassis with mounting hardware. The included second level allows you to add more electronics and define a modular layout. The rectangular...

SKU: DF-ROB0124

The HCR (Home Care Robot) is a full-metal open-source mobile robot research platform designed for robotics research and service robot application development. Equipped with three high-torque omni wheels with encoders, it is capable of omnidirectional translational and rotational motion. The plat...

SKU: WS-25076

The Waveshare UGV02 is a 6-wheel, 4WD off-road mobile robot chassis designed for robotics development and autonomous navigation projects. With flexible rubber tyres, independent suspension, and four driven wheels, it handles rough terrain, heavy loads, and shock absorption with ease. The chassis...

SKU: DF-SEN0305-2 · MPN: SEN0305-2

This kit combines the HUSKYLENS AI machine vision sensor with DFRobot's Devastator Tank Mobile Robot Platform and the Romeo V2 Arduino robot board. It is designed for building vision-enabled robots without needing to write complex image-processing algorithms from scratch.HUSKYLENS can recognise f...

SKU: DF-ROB0117

The Cherokey 4WD Basic Arduino Robot Kit is a perfect wheeled robot platform to build your own robot and to get started with Arduino Robot. With just a few simple steps of assembling the hardware and tuning the software, and you'll learn all about Arduino, robotics, sensors, bluetooth comm...

SKU: DF-ROB0102

The Cherokey 4WD arduino mobile robot is a versatile mobile robot jeep compatible with the most popular microcontrollers like DFRduino UNO R3 - Arduino Compatible, Mega2560 (arduino microcontroller board), Romeo V2(an Arduino Robot Board (Arduino Leonardo) with Motor Driver)...etc. Cherokey e...

SKU: DF-ROB0111

The MiniQ 4WD Cross Country is a compact, fully assembled Arduino-compatible mobile robot designed for education and learning. Built around an ATmega32U4 (Arduino Leonardo) controller, it features 4-wheel drive with higher ground clearance (25 mm) for improved off-road capability on uneven terrai...

SKU: DF-FIT1042 · MPN: FIT1042

The M0601 is a compact direct-drive hub motor for intelligent robots, AGVs, AMRs and other mobile platforms. It combines a brushless DC motor, servo driver and high-precision encoder into a 102mm diameter unit, reducing the need for external drivers and complex wiring.Motion control is handled wi...

SKU: DF-FIT0520

A 6V brushed DC motor with a 20:1 metal gearbox and an integrated quadrature encoder. The encoder provides 11 counts per revolution of the motor shaft, corresponding to 224.4 counts per revolution of the gearbox output — giving precise speed and position feedback for closed-loop motor control. T...

SKU: DF-ROB0021

The HCR Mobile Robot Kit is a two wheel drive mobile robot platform with three levels (if you want, you can use only the parts you need, or make a two level robot). The mobile robot kit contains two motors, two wheels, an omni-directional wheel, and hardware accessories such as metal plates...

SKU: DF-FIT0277

The DFRobot 12V Low Noise DC Motor (Model 28PA51G) is a quiet, high-torque geared motor with a built-in two-phase hall encoder. Designed for applications where noise is a concern, it produces approximately 57–68 dBA under no-load conditions — making it well suited for indoor robotics and equipmen...

SKU: WS-26837 · MPN: 26837

The RaspRover is an open-source, four-wheel-drive AI robot platform powered by a dual-controller architecture. A Raspberry Pi 4B or 5 (not included) handles high-level AI processing and computer vision, while an onboard ESP32 manages motor control and sensor data in real time. Built with an all-...

SKU: SF-ROB-31141 · MPN: ROB-31141

Add motion and feedback to small robotics builds with this single DC gearmotor and integrated Hall effect speed encoder. Instead of simply driving a motor open-loop, your microcontroller can count encoder pulses to track wheel rotation and speed for more accurate navigation and speed control.The ...

SKU: KS-KS0428

The Keyestudio Mini Tank Robot V2.0 is a tracked robotics platform for learning Arduino programming, sensor integration, and smart robot construction. It supports obstacle avoidance, line following, IR remote control, Bluetooth app control, ultrasonic following, and facial emoticon display — all ...

SKU: LB-LS1017-280

The GA25-370 is a compact 12V DC gear motor with metal gears and a built-in speed encoder for closed-loop control. Running at 280 RPM, it provides a good balance of speed and torque for small robotics and automation projects. Key Features Built-In Speed Encoder – Real-time speed feedback for P...

SKU: DF-DFR0592

The DC Motor Driver HAT is a Raspberry Pi add-on board that drives up to two DC motors via I2C. Built around the TB6612FNG motor driver chip with 1.2 A continuous current per channel (2 A peak), it supports both standard DC motors and motors with encoders through the on-board encoder interface. ...

SKU: AF-3782

Simple snap-on encoder wheels for TT gearbox motors. These injection-moulded plastic discs attach to the opposite end of the motor shaft from your wheel, letting you measure rotation speed using a photo interrupter sensor to count the ticks as the encoder spins. An easy, low-cost way to add spee...