WiFi video smart robot car

Motherboard type: Raspberry Pi/Arduino/51 microcontroller/STM32

Programming language   Raspberry Pi: C/Python/Scratch   ArduinoUNO:Arduino IDE    51duino:Keil   STM32:IAR

Multi-functional chassis

The chassis of the small vehicle allows for the free replacement of major core control boards and various functional equipment and facilities, greatly meeting users' diverse functional needs.

                                                          WiFi                          Bluetooth                     Infrared sensor                     Ultrasonic wave

                                                    Live video                          Camera                     Two free gimbal                     Mobilecontrol

WIFI Bluetooth dual-mode control

After the car is turned on, an AP hotspot will be generated, which can be connected to a mobile phone or PC to control the operation of the car.

Ultrasonic ranging feedback

During the operation of the car, the radar interface of the APP or PC software can see the distance between the car and obstacles, and clearly display the distance value in cm.

Two degree of freedom gimbal

Control the camera angle freely by touching the phone screen or dragging with the mouse, and flexibly control the pan tilt to rotate up, down, left, and right.

Real time video transmission

Connect the car in WIFI mode, PC、 The mobile app screen can display real-time video footage captured by the car camera, presenting a first person perspective.

Deep Learning Neural Networks

(Exclusive to Raspberry Pi version)

Robots use object detection algorithms to capture photos of certain objects, train models, and perform model inference. Can help you better apply it in practical projects and deploy YOLOV5 to achieve more object recognition.

Machine learning object detection

(Exclusive to Raspberry Pi version)

Using YOLOV5 machine learning model training and camera visual recognition, it is possible to develop and implement functions such as traffic sign recognition, traffic light recognition, sand table road autonomous driving, etc.

Programming language

Each version is paired with a simple, compact, flexible and convenient programming language C/Python/Scratch (Raspberry Pi)/ Arduino IDE (ArduinoUNO)Keil(51duino) /IAR(STM32).

XRBlock graphical programming based on Scratch3.0 programming

Graphic programming+online graphic and text courses+case engineering=three in one robot comprehensive learning platform (only applicable to Arduino UNO motherboard).

Scratch 3.0/Arduino 2-in-1

(Only using Arduino UNO motherboard)

                                                      --XRBlock graphical programming--                                --Arduino programming--

Main control board

Choose one of the five main control boards

Basic Parameters

Mixed material item

Shipping List

         UNO version:◎          STM32 version:◎        Raspberry Pi version: ◎         Raspberry Pi CM4 version:◎          51duino version:◎