

Build and program your own autonomous robot car! This kit includes everything you need — laser-cut wooden chassis, motors, wheels, ultrasonic distance sensors, and a microcontroller board. Follow our step-by-step guide to assemble the car, then learn to code behaviors like line following, obstacle avoidance, and remote control via Bluetooth.
Build Time
6-8 Hours
Parts Count
50+ Components
Languages
C++ & Python
Controller
Arduino Compatible
Dimensions
22×18×12cm
Weight
480g
Battery
AA Cells
Sensors
HC-SR04 + IR
Board
Arduino
Languages
C++ / Python
Curriculum-aligned STEM learning outcomes mapped to real-world engineering skills.
Motor control, sensor wiring, circuit design, and understanding PCB connections.
Arduino programming, conditional logic, sensor reading, and control algorithms.
Chassis assembly, gear ratios, wheel alignment, and structural engineering basics.
Algorithmic thinking, debugging techniques, and iterative optimization strategies.
Wooden Chassis
×1 setDC Motors + Wheels
×2Ultrasonic Sensor
×1 (HC-SR04)IR Line Sensors
×2Arduino Board
×1Motor Driver
×1Battery Holder
×1USB Cable
×1Wiring Kit
×1 setScrewdriver & Tools
×1 setBuild Guide
×1Code Download
×1Estimated total: 6-8 hours from unboxing to first drive
Sort and identify all 50+ components against the manifest. ~30 min.
Build chassis, mount motors, and connect wiring harness. ~3 hours.
Upload firmware and write your first autonomous navigation logic. ~2 hours.
Enter the arena — 5 competition categories available for this kit.
The Robot Car V4 qualifies for 5 CodingInABox competition categories:
C1
Pick & Place
C2
Speed (Beam)
C3
NatCar
C4
Sumo/Combat
C5
Soccer