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Roboduino V2📖
0.Instruction manual
  • Instruction manual
1.Get started quickly
  • 01.Assembly of the Car
  • 02.Remote Control Car
  • 03.Common Problem Analysis
  • 04. Lithium Battery Pack and Charger Usage Guidelines
  • 05. Important Notes (Read Before Starting)
2.Environment Construction
  • 01.Serial port driver installation
  • 02.Arduino IDE Installation
  • 03.Arduino IDE usage
  • 04.Using third-party libraries
  • 05.Program compilation and upload
3.Basic car course
  • 01.RGB Control
  • 02.Serial Print
  • 03.KEY Read
  • 04.Buzzer control
  • 05.Logo Breath
  • 06.Servos Control
  • 07.Motor Control
  • 08.Ultrasonic Ranging
  • 09.Track Print
  • 10.Infrared Remote Print
  • 11.WIFI Camera
4.Advanced car course
  • 01.RGB Breath
  • 02.Play Music
  • 03.KEY Control RGB
  • 04.KEY Control Buzzer
  • 05.Serial Parse Data
  • 06.Parse Data Control Motor
  • 07.Parse Data Control RGB
  • 08.Parse Data Control Buzzer
  • 09.Parse Data Control Servo
5.Car motion control
  • 00.Mecanum wheel motion principle
  • 01.Car Vertical Movement
  • 02.Car Diagonal Movement
  • 03.Car Sideways Movement
  • 04.Car Rotational Movement
  • 05.Car Patrol
6.Comprehensive gameplay of car
  • 01.Car tracking
  • 02.Car Obstacle Avoid
  • 03.Car Follow Hand
  • 04.Car tracking Avoid
  • 05.Car Infrared Remote
  • 06.WiFi Control Car
  • 07.IR WiFi Control Car
7.AI vision course
  • 1. Cat(dog) detection
  • 2. Color recognition
  • 3. QR code instructions
  • 4. Person Recognition
  • 5. Face Detection
  • 6. Color Follows
  • 7. Face following
8.Expand peripherals
  • 01.Digital Tube Display
  • 02.Color Recognition
Download
  • Code
  • Library
  • Hardware manual
  • Software
  • 3D Model
  • Instruction Manual
Download ZIP

Welcome to Roboduino V2 repository

04.Car Rotational Movement

Car Rotational Movement

Car Rotational Movement

Car Rotational MovementDevice connectionHardware connectionSoftware connectionMotion analysisControl the motorControl PrincipleCommon parametersControl pinsCode analysisExperimental results

Control the car's rotation by pressing the KEY key.

Device connection

Hardware connection

Use the Type-B data cable to connect Arduino Uno and the computer.

Software connection

Open the "Arduino IDE" software and select the model and serial port number corresponding to the development board.

Motion analysis

Yellow arrow: motor rotation direction (upward means forward-motor forward rotation, downward means backward-motor reverse rotation)

Red arrow: actual movement direction of the car

Green arrow: speed decomposition direction (where the dotted arrow is the offset speed component, and the red arrow is the actual speed component)

image-20240602130056771

Control the motor

The motor is directly driven b

Car Sideways Movement
Car Patrol

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