The essence

of

digitalized motion

Motion Quantum, that brings you the essence of motion digitalized that you need for your next generation movement based application.

No frills, but profound fundamentals and sheer focus on simplicity coupled with state of the art software and hardware solutions, so you don’t have to tackle problems anymore that are not in your scope.

Coming from a team of engineers who have been working on a wide field of safety critical and real-time embedded software and hardware in a customer centric and price sensitive environment.

  • High accuracy orientation

  • High data rate

  • Wireless

  • User programmable

  • Real-time streaming

  • Data logging

  • Rechargeable

  • User friendly

  • Developer oriented

electron

The most basic element of our system, the source of “motion quantum”, in which we compressed all our knowledge and experience. Below are the raw technical details, we know they don’t tell the whole story, but they are necessary

Attribute Range / Value
Accelerometer 4 / 8 / 16 / 32 g
Gyroscope 4000 deg/s
Magnetometer 1300 uT
Output data rate 0 — 500 (800) Hz
Connectivity RF, 2.4GHz
Weight 10g
Dimensions (H x W x D) 38 x 32 x 11 mm
Temperature range -20 — 60 ℃
Water resistance IP68
Battery, battery life Rechargeable LiPo battery, 6 – 12h
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nucleus

All the bandwidth you’ll ever want, the central piece of our system, the Nucleus, will flood you with measurements: 500Hz? Check. 8 sensors? Check. Onboard storage? Check!

Attribute Range / Value
Number of sensors 1 — 8  ( 16 )
Local storage Micro SD card, ca. 1Gbyte/h @ 500 Hz with 8 sensors
Output rate 0 — 500 (800) Hz
Connectivity RF, 2.4GHz, 150 Mbit/s
Feedback Programmable RGB led, haptic motor, speaker
Weight 55 g
Dimensions 65 x 55 x 20 mm
Temperature range -20 — 60 ℃
Battery, battery life Rechargeable LiPo battery
Water resistance IP68
Output data timestamp, quaternion, acceleration w/o gravity, raw measurements

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What’s more inside?

Keep your measurements on the Nucleus using a filesystem, which you can also access with a browser.

No SDK to integrate in your project, communicate by using a standard protocol (websocket).

Download custom modules on the Nucleus, to evaluate measurement onboard and trigger events, offloading computation from your device.

Sensors are fine calibrated in-house to eliminate sources of inaccuracy inherent in consumer grade products, bringing the quality to the next level.