Product details

STM32 Driver Expansion Board for Self-balancing Robot Car

Robot Control Boards and Computing Components

Shenzhen Yahboom Technology Co., Ltd.

STM32 Driver Expansion Board for Self-balancing Robot Car

About this product

Yahboom’s STM32 driver expansion board is intended for self-balancing robot cars. It combines an STM32F103RCT6 controller with two encoder-motor drive channels and interfaces for sensing, Bluetooth control and optional K210 vision. The manufacturer app supports real-time PID tuning. The separately sold controller is pictured without detached cables and mounting hardware. A model-specific release date has not been verified.

Model
STM32 Driver Expansion Board for Self-balancing Robot Car
Category
Robot Control Boards and Computing Components, Components

Specifications & evidence

Source-backed claims. Configuration, workload and evidence type matter when comparing products.

App connection

Bluetooth

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Manufacturer specification for the identified bare controller board. Host computer, batteries, motors, servos, sensors and optional accessory bundles are separate unless explicitly stated.

STM32 Driver Expansion Board for Self-balancing Robot Car
4. Professional Bluetooth APP that supports viewing robot data waveforms in real-tim e , greatly simplifies the debugging process of PID parameters, and improves development efficiency .

Control tuning

Real-time PID parameter viewing and adjustment through app

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Manufacturer specification for the identified bare controller board. Host computer, batteries, motors, servos, sensors and optional accessory bundles are separate unless explicitly stated.

STM32 Driver Expansion Board for Self-balancing Robot Car
The multi-function APP will also be provided for free, users can view and adjust the PID control parameters in real time to optimize the balance performance of the car.

Encoder-motor channels

2 channels

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Manufacturer specification for the identified bare controller board. Host computer, batteries, motors, servos, sensors and optional accessory bundles are separate unless explicitly stated.

STM32 Driver Expansion Board for Self-balancing Robot Car
It is not only equipped with the STM32F103RCT6 core processing unit and 2-channel encoder motor drive circuit, but also with a variety of peripheral interfaces .

Microcontroller

STM32F103RCT6

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Manufacturer specification for the identified bare controller board. Host computer, batteries, motors, servos, sensors and optional accessory bundles are separate unless explicitly stated.

STM32 Driver Expansion Board for Self-balancing Robot Car
It is not only equipped with the STM32F103RCT6 core processing unit and 2-channel encoder motor drive circuit, but also with a variety of peripheral interfaces .

Pcb hardware marking

YB-EST01-V2.0

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Exact source-visible current board marking from official gallery image 1. No release date inferred from this hardware version.

STM32 Driver Expansion Board for Self-balancing Robot Car
PCB marking: YB-EST01-V2.0

Peripheral interfaces

Ultrasonic module, wireless handle, OLED, lidar, Bluetooth and line tracking

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Manufacturer specification for the identified bare controller board. Host computer, batteries, motors, servos, sensors and optional accessory bundles are separate unless explicitly stated.

STM32 Driver Expansion Board for Self-balancing Robot Car
User c an add accessories such as ultrasonic module, wireless handle, OLED display, li dar, Bluetooth module, and line tracking module.

Power-input connector voltage marking

9–12 V DC

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Voltage range printed beside the power-input connector in current official gallery image 1; this is a source label, not a tested operating-limit measurement.

STM32 Driver Expansion Board for Self-balancing Robot Car
Power-input connector marking: DC9V-12V

Vision-module compatibility

K210

Reported claim

Configuration: STM32 Driver Expansion Board for Self-balancing Robot Car; Manufacturer specification for the identified bare controller board. Host computer, batteries, motors, servos, sensors and optional accessory bundles are separate unless explicitly stated.

STM32 Driver Expansion Board for Self-balancing Robot Car
It is particularly worth mentioning that it can also be combined with K210 vision module to realize some AI vision functions, greatly expanding the application scenarios of the self-balancing robot car.

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