4WD Four Wheel Drive Kit - A Smart Robot Car with Acrylic Chassis
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If you are interested in robotics or DIY electronics projects then you would benefit greatly from this transparent double-layer smart car chassis kit. It is designed for students, learners, and beginners who prefer DIY education.
You can focus on your projects without being sidetracked by challenging tasks due to it's easy to assemble and disassemble features. Its high-grade components have been built to withstand heavy use, so you'll have lots of chances to test your designs completely.
This 4wd robot chassis kit includes four pairs of Geared Motors and Wheels, providing the power and mobility your robot needs.
It is very easy to make adjustments due to its transparent chassis which provides visibility into the inside. Adequate space is provided in this 4 wheel chassis kit for the integration of sensors, control panels, and other components by its dual-layer construction and numerous mounting points.
Whether you're working on a more complex project or starting with a little robot, this smart RC car chassis kit aims to make robotics fun and approachable.
At Robocraze, the price starts at just ₹499, making it one of the most affordable and value-packed robot car chassis kits available. Prices may vary depending on ongoing offers and availability, but we always ensure competitive pricing without compromising on quality. Unlike low-grade alternatives in the market, our 4WD robot car kit features durable chassis material, reliable BO motors, strong wheel grip, and stable mounting support—ideal for robotics projects, STEM learning, and DIY innovation. With strict quality checks and trusted sourcing, Robocraze ensures you receive a product that performs better and lasts longer than typical budget competitors.
Get 2WD Robot Car Kit – Includes Chassis & Motors
| Feature | Robocraze 4WD Smart Robot Car Kit | Typical Low-Cost Market Kit |
|---|---|---|
| Drive Type | 4WD (Four BO Motors) | 4WD (Basic Motors) |
| Starting Price | ₹499* | ₹450–₹550 |
| Chassis Quality | High-strength Acrylic / Durable Material | Thin Plastic / Low Durability |
| Motor Torque | Stable & Consistent Output | Inconsistent Performance |
| Wheel Grip | Anti-slip Rubber Wheels | Basic Plastic Wheels |
| Expandability | Supports Arduino, ESP32, Raspberry Pi | Limited Compatibility |
| Quality Check | Tested & Verified | Not Always Quality Checked |
| Best For | STEM, Robotics Projects, DIY Automation | Basic Hobby Use |
2 x Acrylic Transparent car floor
4 x High-Quality 65-mm Plastic wheels with Rubber Grip
4 x Dual shaft 200 RPM BO Gear Motor
4 x Coded Disk
8 x Acrylic Fasteners
1 x 4-AAA Battery Holder
8 x Connecting Cable(Red and Black, Length: 20 cm each)
4 x M3 Brass Stand-Off
8 x M3 Cross-Head Bolt (Length: 8 mm )
8 x M3 Cross-Head Bolt Plastic (Length: 30 mm )
8 x M3 Nut
| Operating Voltage (VDC) |
3 ~ 6 |
| Shaft Length (mm) |
8.5 |
| Shaft Diameter (mm) |
5.4mm-(round side) and 3.5mm-(flat side) |
| Rated Speed After Reduction (RPM) |
200 |
| Rated Torque (Kg-Cm) |
0.8 |
| Gearbox Shape |
Straight |
| Dimension |
70 x 19 x 22mm |
| Weight |
250gm |
3 ~ 6
8.5
5.4mm-(round side) and 3.5mm-(flat side)
200
0.8
Straight
70 x 19 x 22mm
250gm
Gather materials: The following supplies are required to build your robot car. If you're unsure of the exact dimensions of each component, read through the instructions to get a sense of how they fit together.
2. Attach the wheels and motors to the chassis: Each wheel should be attached to a different motor. As shown, hot glue the engine to the chassis: Mark 4 spots, one on either side of the chassis' one end. Each location on the upper side of the chassis should have one motor glued over it. To allow the wheel to roll along the ground, make sure it hangs over the edge.
3. Glue on the battery holder: On the upper side of the chassis, in between the wheels, add a little amount of hot glue. Let the battery holder set after pressing it. 4. Attach the motor driver circuit: Place the motor driver circuit close to one of the chassis' sides such that the wires droop over the edge. 5. Position the Arduino: Put some glue on the chassis and tuck the Arduino next to the driving circuit. Make sure the connector for plugging the Arduino into the PC is accessible while situating it.
It is simple to assemble and use. The Chassis kit includes everything you need to give your robot a fast four-wheel-drive platform with plenty of room for expansion to add different sensors and controllers.
No, the kit is easy to assemble and disassemble with a double-layer structure and clear instructions provided.
Yes, the kit features multiple mounting holes and a double-layer structure, allowing for easy customization with various control panels and sensors.
Absolutely, this kit is ideal for educational purposes as it encourages creativity, experimentation, and learning in robotics.
Yes, the kit includes everything you need to build the robot car, including motors, wheels, chassis, fasteners, and connecting cables.
Yes, the 4WD Four Wheel Drive Smart Robot Car Kit available at Robocraze is 100% original and quality-verified. We source our products from trusted manufacturers and ensure every kit undergoes proper inspection before dispatch. As a leading robotics and electronics supplier in India, Robocraze prioritizes genuine components, reliable motors, and durable chassis materials to guarantee performance and longevity for students, hobbyists, and professionals.
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