Description
The Motion-Sensing Glove replaces the joystick with your hand. Tilt and gesture are read by onboard sensors and sent over Bluetooth to a paired robot, giving students an immediate, physical demonstration of how sensor data becomes control input.
Key features
- Gesture recognition map distinct hand gestures to robot actions
- Gravity sensing tilt your hand to steer
- Bluetooth communication for untethered control
- Block or text programming start visual, progress to Arduino
Learning resources
Programming: ACE Code, Arduino
Tutorial languages: English, Chinese
Curriculum: 4 structured lessons
Compatible robot kits
Works as a controller for the ESP32 Smart Car Starter Kit (QD001), the Biped Robot Kit (QD021), and the QD004, QD005, QD007 and QD008 expansion platforms.
Specifications
| Specification | Detail |
|---|---|
| SKU | QD023 |
| Sensing | Gesture recognition and gravity (tilt) sensing |
| Communication | Bluetooth |
| Programming | ACE Code, Arduino |
| Compatible kits | QD001, QD021, QD004, QD005, QD007, QD008 |
| Tutorial languages | English, Chinese |
| Guided lessons | 4 |
| Shipping weight | 1,250 g |
Frequently Asked Questions
Is this a standalone robot?
No — it is a wearable controller. It sends commands over Bluetooth to a paired robot kit, so you will need one of the compatible kits listed above for it to control.
Which kits does it work with?
The ESP32 Smart Car Starter Kit (QD001), the Biped Robot Kit (QD021), and the QD004, QD005, QD007 and QD008 expansion platforms.
How does it actually control a robot?
Onboard sensors read the tilt and gesture of your hand and send that to the robot over Bluetooth. It is a direct, physical demonstration of how raw sensor data becomes control input.
Can the gestures be reprogrammed?
Yes. Gesture-to-action mapping is programmable in ACE Code blocks or in Arduino.
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