Why is my OSOYOO V2.1 IR remote not working?
The OSOYOO Robotics IR remote might not be working because it sends a button code that doesn't match the sample code. To fix this, you need to get the IR code of each button on your remote. You can do this by uploading the sketch from the provided link to your Arduino and opening the serial monitor. Press each button on your remote, and write down the IR code that appears in the serial monitor.
General| Microcontroller | ATmega328P |
|---|---|
| Operating Voltage | 5V |
| Input Voltage | 7-12V |
| Analog Input Pins | 6 |
| Clock Speed | 16 MHz |
| Chassis | Acrylic |
| PWM Digital I/O Pins | 6 |
| DC Current per I/O Pin | 20 mA |
| Digital I/O Pins | 14 |
| Flash Memory | 32KB |
| SRAM | 2KB |
| EEPROM | 1KB |
| Power Supply | Battery |
| Connectivity | USB |
| Sensors | Ultrasonic, Line tracking |
Essential guidelines for safe operation and handling of the robot car kit.
Information about the OSOYOO brand and its origins.
A brief introduction to the OSOYOO V2.0 robot car kit features.
Links to the comprehensive online tutorial resources for the kit.
How to get assistance and support for problems with the robot car.
Understand the robot car learning kit's capabilities and design.
Lists the various modules and components included in the kit.
Foundational tutorials to help users unfamiliar with Arduino.
An overview of step-by-step tutorials and sample projects available.
Install the essential framework and program basic car movements.
Lists the specific parts required for basic robot car assembly.
Step-by-step guide for physically assembling the robot car components.
Instructions for connecting the various electronic modules of the car.
Guide to installing the necessary Arduino IDE and sample code.
Procedures to test the assembled robot car's basic functionality.
Learn to control the robot car's movements using an infrared remote.
Lists the IR receiver and remote controller needed for this lesson.
Guide to installing the IR receiver module onto the car.
Instructions for installing the IRremote library and sample code.
How to resolve issues if the IR remote control is not working.
Program the car to follow detected objects using IR sensors.
Lists the IR Obstacle Avoidance modules required for object tracking.
Guide to installing the IR Obstacle Avoidance modules on the car.
Instructions for uploading the sketch for object detection and following.
How to adjust the potentiometers on the IR modules for optimal detection.
Verifying the robot car's ability to follow objects correctly.
Program the car to follow a black line on a white surface.
Lists the 5-channel tracking sensor module needed for line following.
Guide to installing the tracking sensor module onto the car chassis.
Instructions for uploading the sketch for line following functionality.
How to adjust tracking sensor sensitivity for accurate line detection.
Verifying the robot car's ability to follow a track line.
Add ultrasonic sensor and buzzer for autonomous obstacle avoidance.
Lists ultrasonic sensor, servo motor, and buzzer for obstacle avoidance.
Guide to installing the ultrasonic sensor, servo, and buzzer.
Instructions for uploading the sketch for autonomous obstacle avoidance.
Aligning the ultrasonic sensor's direction for correct operation.
Verifying the robot car's obstacle detection and avoidance behavior.
Connect the robot car to WiFi and control it via an app.
Lists components needed for WiFi connectivity and control.
Guide to installing and connecting the WiFi module.
Instructions for downloading and installing the Arduino sketch for WiFi control.
Verifying control via WiFi in STA and AP modes.
Control the robot car using a mobile app via Bluetooth.
Lists the HC module (Bluetooth) for mobile control.
Guide to installing and connecting the Bluetooth module.
Detailed explanation of the mobile application interface and controls.
Steps to connect and operate the robot car using the Bluetooth app.
Set up robots for a dog-fighting game using IR signals.
Lists IR receiver and transmitter for game interaction.
Guide to installing IR components for the fighting game.
Instructions for uploading the Arduino sketch for the fighting game.
How to play the robot fighting game using the mobile app.
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