Browse the views. Check the selected configuration for included parts; project examples may show separate accessories.
Robot Car Kit
STM32 Four-Wheel Robot Car — Standard Kit
$279.95 AUD
Not sure which kit to choose?Check exactly what comes in the box.
Match the controller, batteries, and tools to your setup.
Read the assembly and coding guide before your first build.
Study embedded programming through a robot built around an STM32 development board.
Functions
- Explore motor control and sensor-triggered movement.
- Experiment with obstacle avoidance and remote commands.
- Extend projects through the available peripheral interfaces.
Components & hardware
Standard complete-car configuration with STM32 control-board chassis, drive hardware and its selected sensor/accessory bundle.
Technology
STM32F103 family; ARM Cortex-M3; C programming and GPIO, ADC, serial and peripheral interfaces.
How it works
The STM32 runs a control loop that reads inputs and updates motor outputs. Timers and hardware interfaces support the repeated signals and measurements used in embedded robot control.
Specifications
- Kit type: Robot Car Kit.
- Platform: stm32.
- Control and interfaces: STM32F103 family; ARM Cortex-M3; C programming and GPIO, ADC, serial and peripheral interfaces.
- Selected option: Standard complete robot car kit.
What's included
Selected configuration and described hardware: Standard complete robot car kit. Standard complete-car configuration with STM32 control-board chassis, drive hardware and its selected sensor/accessory bundle.
Exact quantities and minor accessories should be checked against the supplier's packing list before ordering.
Suggested skill level
Beginner to intermediate — guided assembly and basic coding.
Project ideas
- Create a sensor-triggered driving routine.
- Log STM32 movement data.
Before you build
This listing is for the car configuration, not the cheaper board-only option. Check the exact packing list for motors, display, battery and sensors.
Need help checking compatibility? Ask Kitnology before choosing parts.