How to develop Raspberry Pi through GFS smart programmable car?

First of all, we need to understand the vehicle structure of GFS: the chassis is made of stainless steel metal body, and a variety of circuit installation holes are reserved, so you can expand the various modules you need as you like; it uses PWR multi-functional power supply developed by Xiao R Motor drive module, with multiple pins reserved for expansion; 5DBi WiFi external antenna, stronger and more stable signal; XRbot-Link WiFi video data transmission module, Robot-Eye camera, manually adjustable focus; ultrasonic sensor; two degrees of freedom Video pan/tilt; 5V high-brightness LED light, infrared sensor; built-in 2200mAh8A12V protection board battery pack;

After understanding the car body structure, we can take a look at the basic functions of the car:
Ultrasonic ranging: The car can measure the distance through the ultrasonic sensor and transmit it back to the APP
Infrared obstacle avoidance: The car can avoid obstacles through infrared sensors
Real-time video transmission: Through the XRbot-Link WiFi video transmission module and Robot-Eye camera, the images captured by the camera can be transmitted to the mobile APP in real time.
Mobile APP/PC control: The car is equipped with a special APP, which can be remotely controlled directly through the APP
C/Python programming: The programming language adopts the most popular C and Python, which can be learned by the majority of students.

EducationalHow to use raspberry pi pprogramming\Programming educationalRaspberry piSmart robot carSmart tankSteam educational

Deixe um comentário

Todos os comentários são moderados antes de serem publicados.