Yahboom Mini Wheeled Robot Car Chassis Kit 4WD Aluminum Alloy 19.5 x 14.2 x 4.5 cm, 310 Encoder Motors

Overview

The Yahboom Mini Wheeled Robot Car robot car chassis kit uses a compact aluminum-alloy, single-layer chassis designed for robot car races with field size limits. With a chassis width of 14.2 cm (less than 15 cm) and an overall size under 25 cm in length, it is suitable for small-format DIY mobile robot platforms. Multiple mounting holes are reserved to support expansion boards, sensors, camera PTZ assemblies, and communication devices.

Key Features

• All aluminum alloy frame; workmanship: silver, oxide sandblasted
• Reserved installation holes to meet personalized expansion needs
• Four-wheel drive chassis structure; platform notes: two-wheel drive/four-wheel drive optional
• Uses 310 encoder reduction motors; encoder type: 13-wire AB phase Hall encoder (3.3–5V)
• 48 mm rubber tires; 310 motor shaft uses a “flower shaft” design to increase friction and reduce tire detachment risk
• 3D model files of the chassis are provided (as stated by the supplier)

Specifications

What’s Included

• Aluminum alloy chassis (single-layer)
• 310 motors x 4
• Rubber tires x 4

Applications

• Compact robot car races and training projects with chassis width limits
• DIY mobile robot platform for adding sensors, camera PTZ, and communication devices using reserved mounting holes

Optional Control & Expansion (Not Included)

Different optional kit configurations are referenced for this chassis platform: Separate chassis; Chassis + Motor driver board (4-channel encoder motor drive board x 1); Chassis + MSPM0 board + Motor driver board + Expansion board (4-channel encoder motor drive board x 1, MSPM0 development board x 1, MSPM0 robot expansion board x 1). For selection help, contact https://rcdrone.top/ or email support@rcdrone.top.

MSPM0 master control (MSPM0G3507) – referenced specs

MSPM0 robot expansion board – referenced interfaces & features

• Interfaces: 4-channel encoder motor drive interface; serial port interface; K210 vision module interface; IIC interface; 8-channel tracking module interface; servo interface; customized button; switch; 5–12V power input interface; power output interface; buzzer; electromagnetic module interface; 4-channel tracking module interface; 3-channel tracking module interface; CCD module interface; 40Pin GPIO pin header
• Features: designed for MSPM0G3507 development board; supports 5–12V wide voltage power supply and power output; onboard 40-pin GPIO header; power anti-reverse connection protection circuit; onboard buzzer and four custom buttons; reserved IIC and serial expansion (supports connecting BT 5.0 and OLED display); reserved 3-channel/4-channel/8-channel tracking interfaces; reserved CCD visual patrol line and electromagnetic patrol line interfaces; reserved 4-channel encoder motor drive module communication interface; reserved K210 visual module expansion interface; reserved 2-channel tPWM servo interface; onboard PH2.0-4P and XH2.54-5P/6P anti-reverse connection interfaces; supports PH2.0, XH2.54, and DuPont cable connections

4-channel encoder motor driver module – referenced connectors & pin description

• Connectors: PH2.0-6PIN (encoder motor interfaces 1–4); XH2.54-2PIN (DC motor interfaces 1–4); serial communication PH2.0 interface; IIC communication PH2.0 interface; serial communication Type-C interface; 5V–12V power input interface; DuPont line sockets (encoder motor interfaces 1–4)
• Encoder motor interface pins: M1+ (motor power supply +), M1- (motor power supply -), GND (Hall power supply negative pole), 3V3 (Hall power supply positive pole), HA (motor Hall signal A), HB (motor Hall signal B)
• DC motor interface pins: M+ (motor power supply +), M- (motor power supply -)
• USART pins: 5V (serial port positive pole), GND (serial port negative pole), TX2 (transmit line), RX2 (receive line)
• IIC pins: 5V (IIC power supply), GND (IIC negative pole), SCL (clock line), SDA (bidirectional data line)
• 5V–12V power input: - (power supply negative pole), + (power supply positive pole)

Reserved mounting examples (platform notes)

• Infrared tracking modules: 4-channel and 8-channel tracking module support
• MPU6050 6-axis sensor module mounting support
• 2DOF electric PTZ mounting support
• Example board placement references include Jetson board; compatibility notes reference Raspberry Pi, RDK X5, STM32 robot control board, ESP32 robot control board, and STM32F103RCT6 development board
• Visual module examples: K210 visual recognition module (with 2.0-inch touch screen (Back) shown) and K230 visual recognition module (with 2.4-inch touch screen (Back) shown)

Details

A compact 4WD chassis platform sized for small-format robot car races, with room to mount controllers, sensors, and add-ons.

Optional vision modules can be mounted on an adjustable bracket for AI recognition tasks and interactive projects.

Reserved mounting points make it easy to add tracking sensors, an IMU, or a 2DOF PTZ for camera or sensor aiming.

The 48 mm tires pair with a flower-shaft motor design to help improve grip and reduce the chance of tire detachment.

Multiple slots and threaded holes support flexible layouts for development boards, motor brackets, and common module mounts.

Choose from tracking, distance, IMU, and interaction modules to build the robot car features your project needs.

Control options include an IR remote or a 2.4G wireless controller for hands-on driving and testing.

The mini car chassis uses a 195 × 106 mm aluminum-alloy plate (2 mm thick) with slotted mounting points and M2/M3 threaded holes for easy assembly.

The 4-channel encoder motor driver module supports 5–12V input, 6.5A motor drive, and I2C/serial plus Type‑C connections for robot builds.

The MSPM0 development board dimensions and 310 encoder DC motor sizing details help with planning fitment and wiring in the mini wheeled robot build.

The L-shaped metal motor bracket uses a 3 mm thick plate with multiple mounting holes for fixing a 310 encoder motor.

The mini wheeled robot specs outline the expansion board layout and key sizing details, including a 48mm tire diameter and 27.5mm tire width.

The Yahboom mini wheeled robot chassis is shown as an exploded assembly with four wheels, a motor, and mounting brackets for DIY builds.

The Yahboom BT remote control app for iOS and Android provides a main control screen plus sensor status and mode selection interfaces.

A detailed course outline helps guide setup, programming practice, and module experiments for the mini wheeled robot.

Yahboom’s online tutorial resources group the mini chassis files and related motor drive and development guides for easier setup and learning.

STM32 development tutorials and documentation provide ready-to-use routines and reference material for getting started with the controller board.

The kit parts list includes an aluminum alloy chassis, 310 encoder motors with 48mm rubber tires, wiring, screws, and optional driver and expansion boards.