
Garage & Ride
Robot Car Chassis Kit – Smart 4WD
Robot Car Chassis Kit Geared DC Motor Drive System, Flexible Mounting Points, Car Chassis Kit, for Maker Space
$37.09 Free shipping · tax calculated at checkout
Arrives in 12–22 days · free shipping, tracked
Total $37.09 · free shipping · sales tax calculated at checkout
In stock · leaves our partner warehouse within 4 business days
- Ships from our partner warehouse in ChinaFree to the US · arrives in 12–22 days
- 30-day returnsUnused items · see policy
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- Questions?Contact us · reply in 1–2 business days
- Package size
- 28 × 16 × 10 cm (11.0 × 6.3 × 3.9 in)
- Weight
- 0.95 kg (2.09 lb)
- Product size
- 26 × 15 × 10 cm (10.2 × 5.9 × 3.9 in)
- Material
- Acrylic, Metal
- Drive system
- Geared reduction gear units
- Wheel layout
- Four-wheel drive
- Wheels
- Rubber-track wheels
- Features
- Flexible mounting points, speed measurement disc discs holder
- In the box
- Smart Car Chassis ×1 set, Manual ×1
- Category
- Garage & Ride
- Delivery
- Free standard shipping to the US, 12–22 days from order, shipped from our partner warehouse in China
- Returns
- 30-day returns on unused items
Item DCD-10001503198
About this item
Product Identity: This Car chassis kit is a complete DIY robot Car set that includes a transparent tieredlayer board, four geared reduction gear units, rubber-track wheels holder, fastening hardware, wiring, and an assembly drawing for hands-on building.
Core Function: car chassis kit serves as a versatile robotics kit base supporting line-tracking, obstacle-avoidance, color-detection, and other closed-mobile loop robotics projects with straightforward installation.
Structural Design: This tieredlayer robot chassis kit features a transparent tieredlayer board construction with flexible mounting points for expansion, measuring approximately 158 mm wide and 260 mm long with a weight of about 480 g.
Drive System: Equipped with a four-wheel-drive layout, geared reduction gear units, and rubber-track wheels, the kit delivers reliable traction and turning power for stable movement across various flat indoor grounds and test courses.
Capability: measurement disc discs enable accurate distance measurement and speed, making the base ideal for precision coding practice and controlled closed-loop robotics experiments.
This Car chassis kit is a complete DIY robot Car set designed for makers, students, and hobbyists who want to build their mobile robot from the ground up. Inside the package you will locate transparent tieredlayer board, four geared reduction gear units, rubber-track wheels, holder, all necessary fastening hardware, wiring, and a clear assembly drawing to help you through the build process. Car chassis kit functions as a versatile robotics kit base that supports a wide range of project types including line-tracking, obstacle-avoidance, color-detection, and other closed-mobile loop robotics applications. Whether you are working on a classroom assignment, a workshop demonstration, or a personal maker project, this chassis gives you a solid point with straightforward installation that lets you focus on coding and experimentation rather than basic fabrication. This tieredlayer robot chassis kit features a transparent tieredlayer board construction that provides both structural rigidity and easy visual access to internal components. With flexible mounting points distributed across both layers, you can attach additional sensors, controllers, and modules as your project develops. The chassis measures approximately 158 mm wide and 260 mm long and weighs about 480 g, striking a practical balance between stability and maneuverability for tabletop and floor-based testing. The four-wheel-drive layout paired with geared reduction gear units and rubber-track wheels delivers reliable traction and consistent turning power for smooth movement across various flat indoor grounds and test courses. The geared design ensures that even at lower speeds, the robot maintains enough power to climb small inclines and pass through textured grounds without slipping or stalling. measurement disc discs provide accurate distance measurement and realtachometer disc, enabling closed-loop control for more advanced robotics experiments. This capability makes the base especially well-suited for coding exercises algorithm development, and educational settings where students can learn about motor control, odometry, and autonomous navigation in direct engagementsingle-direction.
Option: Smart Car 4WD



