MU Vision Sensor

The MU Vision Sensor is designed to enhance robotics products in STEM education by providing capabilities such as color recognition, ball recognition, human sensing, and card pattern recognition. It processes all visual recognition algorithms locally, ensuring privacy and eliminating the need for network connectivity.

Color Recognition

Ball Recognition

Human Sensing

Card Pattern Recognition

• Avoid Unsupported Platforms: Do not attempt to use the MU Vision Sensor with platforms that are not listed as supported to prevent compatibility issues.,
• Do Not Overpower: Avoid supplying power beyond the specified 3.3V to 5V range to prevent damage to the sensor.

• Use Supported Ides: Utilize IDEs such as Arduino, Makecode, MicroPython, Mixly, Mind+, mPython, and X for programming the MU Vision Sensor.,
• Check Compatibility: Ensure your platform is compatible; supported platforms include Arduino and Micro:bit.,
• Power Correctly: Power the sensor using 3.3V to 5V as supported by the connected embedded boards.

• Description: The dual-core ESP32 processor at 240MHz may limit the processing speed for extremely complex image processing tasks.

• Description: The sensor should be powered within a voltage range of 3.3V to 5V to ensure proper operation without damaging the unit.

• Description: The MU Vision Sensor supports multiple connection interfaces including I2C, UART, and WiFi. It also includes a PH2.0 adaptor cable for easy connection to various development boards.

The sensor measures 80mm in length, 60mm in width, and 30mm in height, weighing 150g. It is compact and suitable for integration into various robotics projects.