Waveshare 6×4 Off-Road UGV Robot Chassis with ESP32 & Extension Rails

The Waveshare 6×4 Off-Road UGV Robot Chassis with ESP32 is a rugged mobile robot platform designed for outdoor robotics, autonomous navigation, AI development, and remote-controlled vehicle projects. Its six-wheel, four-wheel-drive configuration provides strong traction, improved stability, and reliable movement across uneven and challenging terrains.

Powered by a multifunctional ESP32 robot driver board, the platform supports Wi-Fi, Bluetooth, PWM output, serial bus servo control, and TF card storage. Its open-source architecture allows developers to customize the robot’s functions and integrate additional hardware for advanced robotics applications.

The UGV chassis can work with popular computing platforms such as Raspberry Pi, Jetson Nano, and Jetson Orin Nano, enabling developers to add computer vision, AI processing, autonomous navigation, and other intelligent capabilities.

The chassis features a durable 5052 aluminum alloy body, flexible rubber tires, and an advanced shock absorption system for improved performance on rough surfaces. Two European-standard profile extension rails provide additional mounting space for cameras, sensors, robotic arms, and other accessories.

With its combination of 6-wheel 4WD traction, ESP32 control, open-source software, and modular expansion, this Waveshare UGV robot chassis is suitable for robotics research, education, prototyping, AI experiments, and outdoor autonomous vehicle development.

Features

6-Wheel 4WD Off-Road Design

The six-wheel, four-wheel-drive configuration provides enhanced traction, stability, and ground contact, making the robot suitable for uneven and rough terrain.

ESP32 Robot Driver Board

The integrated ESP32 controller provides Wi-Fi, Bluetooth, PWM output, serial bus servo control, and other interfaces for flexible robot control and development.

High-Speed Motors with PID Control

High-frequency PID closed-loop speed control provides responsive and precise motor control, with movement speeds of up to 1.3 m/s.

Raspberry Pi & Jetson Compatibility

The UGV platform supports computing platforms such as Raspberry Pi, Jetson Nano, and Jetson Orin Nano for AI, computer vision, and autonomous robotics development.

Extension Rails

Two European-standard profile rails provide additional mounting space for cameras, sensors, robotic arms, and other robotics accessories.

OLED Display

The integrated 0.91-inch OLED display can provide real-time status information through the web application or host UART interface.

Durable Aluminum Alloy Chassis

The chassis is constructed from 2 mm thick 5052 aluminum alloy, providing a strong and stable structure for outdoor robotics applications

Advanced Shock Absorption

The suspension system helps absorb impacts and vibrations when driving across uneven surfaces, improving stability and protecting internal components.

Flexible Rubber Tires

The rubber tires provide improved traction and grip on uneven surfaces, helping the robot navigate challenging outdoor environments.

Open-Source Web Control

The robot can create its own Wi-Fi hotspot when a known network is unavailable, allowing users to control it through a web browser and customize its functions.

Rich Interface and Peripheral Support

Equipped with a 0.91-inch OLED display, allowing real-time updates via the Web app or host UART interface.

Optimized for Complex Terrain Navigation

The 6-wheel 4WD design offers greater stability, larger ground contact area, and stronger traction, making it ideal for off-road and obstacle-filled environments.

Rich Open-Source Demos & Direct Peripheral Control

Enables JSON-based Web app or UART commands to control servos, modify OLED display content, access IMU data, and more, making it easier for robot development and integration.

Who Should Buy This UGV Robot Chassis?

Robotics Developers

Ideal for developing mobile robots, autonomous vehicles, navigation systems, and advanced robotic platforms.

AI & Computer Vision Developers

Pair the UGV with Raspberry Pi or Jetson boards to experiment with AI, computer vision, object detection, and autonomous navigation.

Engineering Students

Suitable for robotics projects, research assignments, autonomous vehicle development, and practical engineering experiments.

Robotics Researchers

The open-source architecture and expandable chassis make it useful for research involving navigation, sensor integration, and robotic control.

Makers & Hobbyists

A versatile platform for building customized outdoor robots, surveillance systems, exploration vehicles, and other DIY robotics projects.

Educational Institutions

Useful for robotics labs, AI demonstrations, STEM education, and hands-on autonomous robotics training.

Why Choose This Waveshare UGV Robot Chassis?

• 6-wheel 4WD configuration for improved traction and stability.
• Rugged aluminum alloy construction for outdoor applications.
• ESP32-based control with Wi-Fi and Bluetooth connectivity.
• Open-source web control for customization and secondary development.
• Supports Raspberry Pi and Jetson platforms.
• Shock absorption system for uneven terrain.
• Rubber tires designed for improved off-road traction.
• Extension rails provide flexible mounting options.
• Suitable for AI, robotics, autonomous navigation, and research projects.

Waveshare 6×4 Off-Road UGV Robot Chassis Price in India

The Waveshare 6×4 Off-Road UGV Robot Chassis with ESP32 price in India is 17,699 at Robocraze. Prices may vary depending on ongoing offers and product availability.

Robocraze provides genuine Waveshare robotics products sourced from verified suppliers, along with secure packaging, technical assistance, and reliable customer support.

Why Buy from Robocraze?

• Genuine Waveshare Product
• Quality-Checked Products
• Verified Sourcing
• Secure Packaging
• Fast Shipping Across India
• GST Invoice Available
• Dedicated Technical Support
• Reliable After-Sales Assistance

Ideal For

• Off-Road Robotics
• Autonomous Mobile Robots
• AI & Computer Vision Projects
• Robotics Research
• Autonomous Navigation
• Surveillance Robots
• Exploration Robots
• Delivery Robot Prototypes
• Raspberry Pi Robotics
• Jetson AI Project
• TEM & Engineering Projects
• Robotics Prototyping