RoboEssentials
4WD Metal Robot Chassis for Arduino, ESP32 & DIY Robotics Projects
4WD Metal Robot Chassis for Arduino, ESP32 & DIY Robotics Projects
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The 4WD Metal Robot Chassis is a sturdy four-wheel-drive platform designed for building powerful DIY robot cars, Arduino robots, obstacle avoiding robots, Bluetooth-controlled vehicles and other robotics projects.
Technical Specifications
| Specification | Details |
|---|---|
| Chassis Type | 4WD Robot Chassis |
| Material | Metal |
| Drive Type | 4-Wheel Drive |
| Motor Mounts | 4 |
| Wheel Support | 4 Drive Wheels |
| Platform | Open mounting design |
| Motor Type | Compatible DC geared motors |
| Application | DIY Robotics & Robot Cars |
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Key Features
Key Features
Strong metal construction
Four-wheel-drive design
Stable robot platform
Suitable for DIY robot cars
Open mounting area
Compatible with Arduino projects
Suitable for ESP32 projects
Ideal for robotics competitions
Easy to customize
Suitable for beginners and advanced makers
Applications
Applications
4WD Robot Car
Obstacle Avoiding Robot
Bluetooth-Controlled Robot
Wi-Fi Robot
Autonomous Robot
Arduino Robot
ESP32 Robot
Robotics Competition Projects
Smart Vehicle
DIY Robotics
STEM Projects
Engineering Projects
College Projects
Package Includes
Package Includes
1 × 4WD Metal Robot Chassis
Compatibility
Compatibility
Frequently Asked Questions
Frequently Asked Questions
Is this chassis made of metal?
Yes. It is a metal 4WD robot chassis.
Does it include motors?
Only if you select a variant that specifically includes motors. For a chassis-only listing, motors are not included.
Can I use Arduino Uno?
Yes. Arduino Uno can be mounted along with a suitable motor driver.
Can I use ESP32?
Yes. ESP32 is suitable for wireless and IoT-enabled robot projects.
What is the advantage of 4WD over 2WD?
4WD provides four driven wheels, which can offer greater traction and stability compared with a typical 2WD platform.
Can I make an obstacle avoiding robot with it?
Yes. You can combine the chassis with an ultrasonic sensor, motor driver and microcontroller.
Can I use an L298N motor driver?
Yes, provided the motors and power supply are within the driver's specifications.
Is it suitable for robotics competitions?
Yes. Its metal construction and four-wheel configuration make it suitable as a base for many DIY robotics projects.
