THE SMARTEST RESEARCH-ORIENTED ROBOtic bug
GRASPion
About
The GRASPion is a new type of a small, programmable robot based around vibration technology, developed completely at the University of Liège.
How it works
The GRASPion uses two small vibration motors to move and direct its motion through bouncing up and down. It can be fully remote controlled through IR technology, or programmed directly through its onboard microprocessor. Being based around the Arduino platform, the GRASPion is fully open-source and easy-to-use, making it user-friendly for students and researchers alike.
Why use the GRASPion?
The GRASPion provides an easy entry into experimental research of active matter. With its low price – 120€ – fully 3D printed modifiable parts, and large set of sensor and communication abilities, it is the perfect next-generation tool for fast experimental design.
Specs
The GRASPion comes loaded with a wide range of functionalities:
| ARM microprocessor with Arduino compatibility | The Cortex M0+ (Adafruit QTPy SAMD21 clone) |
| Arduino based | Easy firmware control through standard Arduino libraries |
| Li-ion battery and USB-C port | 90 minutes of runtime and easy charging through a phone charger |
| Communication | IR receiver and transmitter, possible Bluetooth extension (add-on) |
| A front sensor module | Proximity sensor, color sensor and gesture detector |
| RGB LEDs | Mounted on top and back of circuit – enables bot interactions |
| Magnetometer | Detection of 3D magnetic field components |
| 3D printed body | An ABS chassis and PLA legs – fully modifiable |
Contact us
If you are interested in using the GRASPion in your research or have any questions, fill out the form below and we’ll get back to you as soon as possible!
