Adeept 4WD Smart Robot Car Kit for Raspberry Pi 4/3 Model B+/B, DIY Robot Kit, OpenCV Target Tracking, Real-Time Video Transmission, AWR WiFi Raspberry Pi Robot with PDF

Price: $59.99
(as of Feb 15,2021 16:29:56 UTC – Details)

Product Description

Adeept 4WD Robot Car Kit for Raspberry Pi 4/3 Model B+/B/2B, DIY Robot Kit, OpenCV Target Tracking, Real-Time Video Transmission, Raspberry Pi Robot

4WD WIFI Smart Robot Car Kit

The AWR is a 4 wheeled robot mobile platform based on Raspberry Pi, and it is designed for beginners and professionals to learn AI, robotics, programming and electronics. We have written a detailed and illustrated manual with which you can quickly complete the assembly of the robot.

4WD Robot Car Kit for Raspberry Pi 4/3 Model B+/B/2B

Educational and Fun Raspberry Pi Robot Car Kit, the AWR is designed for beginners and professionals to learn AI, Programming, Robotics and electronics.

Characteristics for Robotic Car Kit

Equipped with four geared motors, more powerful;It’s extremely scalable, you can attach it to a robotic arm or attach a motion camera to make it a mobile camera;Object Recognition, Tracking, Motion Detection – based on openCV, can track objects of a specific shape or color;Line Tracking – based on infrared reflection, it can walk along the route you set;Real-time Video Transmission – it can transfer the real-time images taken by the Raspberry Pi camera to a remote computer;Remotely Controlled by APP – You can remotely control the robot through the buttons on the keyboard or the virtual buttons on the GUI;Equipped with 6x WS8212 serial RGB LEDs, these RGB LEDs can be controlled through only one GPIO pin, which can change a variety of colors and indicate the working state of the robot;Equipped with camera which could be tilted with wider view;Differential steering design, which make the robot car could turn-in-place, more flexible;With the exposed Raspberry Pi USB Port, you can debug or connect USB device easily.

Line Following:

Based on infrared reflection, it can walk along the route you set.

Obstacle Avoidance:

With the ultrasonic sensor, keep your car away from collision, practice your programming skills to teach your robotic car to avoid obstacles.

Object Follow Mode:

Based on openCV, can track objects of a specific shape or color;

Real-time Video Transmission:

Your Raspberry Pi car can transfer the real-time images taken by the Raspberry Pi camera to a remote computer.

SCALABLE DESIGN:

The Raspberry Pi driver board of the 4WD car supports 16-channel PWM port signal output, each PWM port can control a servo, so it is scalable to connect the servo, robotic arm, camera etc.

Up & Down Camera:

The camera can do pitching motion, larger viewing angle.

6x WS8212 serial RGB LEDs:

These RGB LEDs can be controlled through only one GPIO pin, which can change a variety of colors and indicate the working state of the robot.

USB Port:

With the Raspberry Pi USB Port, you can debug or connect USB device easily.

Multiple Controlling Mode:

You can remotely control the robot through the buttons on the keyboard or the virtual buttons on the GUI, or on cellphone and tablet APP.

Components List:

1 Set Acrylic Plates1x Manual; 1x Cross Socket Wrench1x Robot HAT; 1x MG90S Servo1x Raspberry Pi Camera(with Cable)1x Ultrasonic Sensor Module2x Adeept WS2812 RGB LED Module1x Adeept 3-CH Line Tracking Module4x Gear Motor; 4x Wheels1x Battery Holder Set2x Cross Screwdriver(Small and Large)

Material: Acrylic, plastic and iron

Recommend Age:12+

Learning code: Python

Self-preparing items: 2×18650 batteries

Other necessary accessories(Wires, Nuts, Screws, Copper Standoffs, etc.)

AWR(Adeept Wheeled Robot) – This is a Raspberry Pi-based robot mobile platform(Compatible with RPi 4/3B/3B+, Raspberry Pi is NOT included). It is equipped with four geared motors, so it has strong power.
Object Recognition, Tracking, Motion Detection – based on openCV; Line Tracking – based on infrared reflection; C/S Architecture – can be remotely controlled by APP; WS2812 RGB LEDs – can change a variety of colors, full of technology; Real-time Video Transmission
Extremely scalable – We have reserved a lot of interfaces, you can connect more sensors to make your ideas come true.
Self-prepared Items: 2 x 18650 batteries + Raspberry board.