Stm32F407 Control Board 4WD For Raspberry Pi Jetson Nano C

The product information is as follows:

Name:Stm32F407 Robot Control Board ROS Smart Car Main Control 4WD Obstacle Avoidance for Raspberry Pi Jetson Nano CAN Port
Description: Stm32f407 Robot Control Board ROS Smart Car Main Control 4WD Radar Obstacle Avoidance for Raspberry Pi Jetson Nano
B01 Smart car main control (2WD) detailed explanation.The B01 motherboard is designed based on intelligent vehicles and ROS scenarios, and can control various chassis such as FOR Ackerman, differential, and track. It provides corresponding codes and tutorials.
The motherboard can communicate with the outside world through serial port, and provides a 5V5A interface for external power supply to boards such FOR Raspberry Pi or Jetson Nano. The code and schematic are all open source.
B02 ROS bottom main control (4WD) motherboard detailed explanation.B02 is the main control of the ROS education robot. Based on the ROS application scenario design, it can control a variety of chassis, including FOR Ackerman, differential, Mecanum wheel, crawler, and so on. All of them provide corresponding codes and tutorials.
The motherboard can communicate with the outside world through the serial port or CAN, and provide a 5V5A interface for external power supply FOR to raspberry pie or Jetson Nano and other boards. The code and schematic are all open source.

Supports direct connection to LiDAR.Lidar data can be directly read and used, and radar obstacle avoidance and tracking can be achieved without an ARM board
Supports linear CCD line inspection and electromagnetic line inspection, Reserved line inspection interface, supporting two line inspection methods: linear CCD and electromagnetic line inspection, and providing a principle manual for line inspection sensors
drive: 4WD
Material: abs
colour: As Shown

Package Contents:
1 x Male cable
1 x Circuit board
1 x Display

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.