Philosophy+ Concept+ Emergency+

Imagined for the community of outdoor athletes free-riders, bike trailers, paragliders, base jumpers etc.   Safe practice and progression in these disciplines are based on systematic analysis of true physical performance parameters: velocity, body position, altitude, trajectory, location, acceleration to benchmark with other athletes. Automatic transmission of emergency call to neighboring athletes to facilitate rescue in case of accident.
Hit me, hit me, I'm so reeed (Shock the Mankey)
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PERFORMANCE AND SAFETY

XtrmUs is a new generation of Motion Monitoring Pod with reliable data acquisition, accuracy and dynamic velocity that meet requirements for all outdoor sports.
Long range emergency data transmission over self-organized radio network. XtrmUs operates independently from the GSM and related network.
Comes in a package of a wrist-watch, with comfortable autonomy, friendly connection, data de-logging and advanced performance analysis interface.
Highly recommended for sports where accurate position and gesture analysis can make the difference and where compromise with safety is not an option.
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XTrmus embeds a native set of sensors capable to synchronously analyse and log trajectory and body orientation in 3D space.
It computes and logs up to ten measurement samples per second for accurate positioning and motion tracking at super high velocity. Upon specific request, additional sensors can be integrated (light, humidity or other custom ...).

ULTIMATE MOTION MONITORING POD!

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Proven efficiency in SAFETY

XtrmUs cloud is a self-organized radio communication network using neighbouring XtrmUs devices to broadcast emergency calls with localization to facilitate rescue.
It operates over a long range terrestrial radio using a robust proprietary protocol - no need for GSM coverage!
XtrmUs embeds a rescue interface to navigate towards the emergency location. XtrmUs logs the emergency calls traffic for later event analysis.
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XTrmus embeds a native set of sensors capable to synchronously analyse and log trajectory and body orientation in 3D space. It computes and logs up to ten measurement samples per second for accurate positioning and motion tracking at super high velocity. Upon specific request, additional sensors can be integrated (light, humidity or other custom ...).

Logging capability

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XtrmUs

motion pod specification

  • GPS Positional Accuracy <2.5m, Accuracy Speed <0.01m/s, Accuracy Heading <0.01deg
  • Embeds multi-standard correction of positional errors (EGNOS, WAAS, GAGAN and MSAS)
  • Barometric altimeter: <+/- 0.5m accuracy
  • 9 axis inertial sensors for 3D body orientation comprising a linear accelerometer (±0-16 G), gyroscope (>±500 dps angular rate) and magnetometer (4mG sens.)
  • 433 MHz long range radio module
  • 100x60 color OLED display (luminescent)
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Logging capability

15GB integrated memory (readable through USB) High logging rate - 10Hz on all sensors fusion tag (including GPS)

Connectivity

µUSB - 3.0 communication as a mass storage

Power

Embedded battery pack (1100A/h) 20 hours autonomy in use 20 days in stand-by
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XtrmUs

user-friendly web interface

  • raw data post-processing, analysis and debriefing: linear noise filtering, friendly analytic representation (altitude, speed, glide, distance, flight angles)
  • graphical tools for track on map projection in static and real time mode with projection of the flight parameters, incl. flight angles
image
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Community sharing

  • Data shared on the common server for sharing with the community
  • Visualisation and management of emergency calls
  • Cesium-based web interface compatible with all operating systems