2WD Smart Robot Car Chassis | Two Wheel Drive Robot Car Chassis
Specifications:
- Dual wheel drive design ensures efficient mobility
- 65mm plastic wheels with rubber tires offer strong traction
- Compact build: 200 x 140 x 65mm, suitable for robotics projects
- Durable chassis with pre-drilled holes for easy mounting
690৳ Original price was: 690৳ .590৳ Current price is: 590৳ .
6 in stock
6 in stock
Payment Methods:
Description
🚗 2WD Smart Robot Car Chassis
Two Wheel Drive Robot Car Chassis Kit (Acrylic Body)
The 2WD Smart Robot Car Chassis Kit is a compact and durable robotic platform designed for beginners, students, and robotics enthusiasts. Built with a strong transparent acrylic base, dual BO geared motors, and two large rubber wheels, this chassis provides a stable foundation for building Arduino, ESP32, and Raspberry Pi-based robot cars.
This kit is perfect for developing line follower robots, obstacle-avoiding robots, Bluetooth-controlled cars, and other smart automation projects.
⚙️ Key Features
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✅ 2 Wheel Drive (2WD) System
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✅ Strong Transparent Acrylic Chassis
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✅ 2 × BO Geared DC Motors
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✅ 2 × Yellow Wheels with Rubber Tires
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✅ 1 × Front Caster Wheel for Balance
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✅ Easy Assembly Design
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✅ Multiple Mounting Holes for Sensors & Boards
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✅ Lightweight Yet Durable Structure
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✅ Ideal for DIY & Educational Robotics
🔌 Technical Specifications
| Specification | Details |
|---|---|
| Product Type | 2WD Robot Car Chassis Kit |
| Drive System | Two Wheel Drive |
| Motor Type | BO Geared DC Motor |
| Motor Voltage | 3V – 12V DC |
| Motor Speed | Approx. 150 – 300 RPM |
| Chassis Material | Transparent Acrylic |
| Wheel Material | Plastic + Rubber Tire |
| Wheel Diameter | Approx. 65mm |
| Shaft Type | D-Type Motor Shaft |
| Mounting | Screw & Nut Assembly |
| Compatibility | Arduino, Raspberry Pi, ESP32, NodeMCU, etc. |
📦 Package Includes
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1 × Acrylic Chassis Plate
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2 × BO DC Motors
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2 × Robot Wheels
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1 × Front Caster Wheel
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1 × Battery Holder (AA Type – Model Dependent)
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1 × Screw & Nut Set
🔁 How It Works
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Two DC motors independently drive the left and right wheels.
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By controlling motor direction and speed using a motor driver (like L298N or L293D), the robot can:
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Move Forward
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Move Backward
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Turn Left
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Turn Right
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Rotate in Place
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🛠️ Applications
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Line Follower Robot
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Obstacle Avoiding Robot
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Bluetooth Controlled Car
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WiFi Controlled Robot
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Robotics Competitions
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STEM & School Projects
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DIY Automation Projects
📏 Approximate Dimensions
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Length: 18–20 cm
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Width: 14–16 cm
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Height: 6–8 cm
⭐ Advantages
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Simple and beginner-friendly design
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Stable movement with caster support
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Easy to customize and upgrade
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Strong and lightweight acrylic body
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Affordable robotics starter platform
🎓 Perfect For
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School & College Robotics Projects
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Engineering Students
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STEM Learning Programs
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Hobby Robotics Developers
Customer Reviews
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