ACEBOTT ESP32 Motion-Sensing Glove | Supports Arduino, ACECode & Python Programming

ACEBOTT ESP32 Motion-Sensing Glove | Supports Arduino, ACECode & Python Programming

Take robot interaction to the next level with the ACEBOTT Remote Control Glove. Powered by the ESP32 controller, this innovative glove is equipped with 5 high-precision encoders and an accelerometer, enabling natural and intuitive gesture control. Whether you’re building robots, drones, or motion-sensing projects, this glove makes it possible to control your creations with simple hand movements.

Ideal for STEM learning, robotics projects, and wearable technology experiments, the glove combines cutting-edge sensors with user-friendly programmability. Compatible with Arduino and ESP32 platforms, it offers endless opportunities for customization and innovation.

ACEBOTT ESP32 Motion-Sensing Glove Key Features

• ESP32 Enhanced Controller – Built-in WiFi + Bluetooth for wireless communication.
• 5 Integrated Encoders – Provides accurate finger movement tracking.
• Accelerometer Sensor – Detects tilt, gestures, and hand motion in real time.
• Gesture-Based Control – Control robots, robotic arms, or drones with natural hand movements.
• Arduino & ESP32 Compatible – Easily programmable for custom applications.
• STEM Education Ready – Perfect for schools, makers, and DIY robotics enthusiasts.
• Wearable Design – Comfortable glove with flexible sensors for intuitive control.

Applications

• Control robotic arms, cars, and drones
• Build gesture-based controllers for gaming or VR experiments
• Explore wearable technology projects
• Ideal for STEM classes, makerspaces, and robotics competitions

Technical Specifications

• Controller: ESP32 (WiFi + Bluetooth enabled)
• Sensors: 5 rotary encoders (finger tracking) + accelerometer
• Connectivity: USB / Wireless
• Power Supply: USB or external battery (via ESP32 module)
• Compatibility: Arduino IDE, ESP32 frameworks, MicroPython

Notes

• This is a DIY development glove for robotics and wearable control projects.
• Programming knowledge (Arduino/ESP32) is recommended.
• Sample codes and documentation are provided to help you get started.