If you are in the air – and more than 100m away from the home position, the arrow (left of the altitude display) points to the direction you have to fly to get back home (= to the DZ). The distance in mi/km is displayed below the arrow.
Make sure to hold the device into the flight direction (in front of your chest) to interpret the arrow direction correctly.
date, time, location, jump#, freefall time – all saved automatically with GPS precision. Just add aircraft, discipline and comments, and you’re done.
But thats the easy part, that many apps can do.
Airlog.app is more: it allows for detailed descriptions, a digital photo library, a link to an external hosted video of the jump, and a digitally stored signature of a friend a coach.
All in a compact list view for the dropzone (also to be saved as PDF) or as a detailed logbook-page to be remembered and shared. Always available in the cloud.
For this purpose, the device checks every minute whether it is gaining speed and altitude. If this condition is detected, the “flight phase” begins – you and the device are airborne.
At this point, an entry is made into the airlogOne’s internal logbook (also stored on the SD card), which includes the day, time, location and later the name of the track file. Also, your jump count will be incremented.
After transferring this information to the cloud dashboard, your jump log is completed – you only need to add data such as drop plane, fellow jumpers and comments. This logbook is available to you worldwide and at any time in the web browser.
AHRS can be used in a variety of applications, including virtual reality, immersive gaming, sports and fitness, and robotics – you probably know it from your Playstation or Wii.
In aircraft navigation, it’s used to provide information about an aircraft’s attitude and heading (roll, pitch, yaw). The same is true for skydivers.
For an arm-worn tracker, truemove* is the technology that enables you to interpret the acceleration data received from the sensors – because you need to know the position and orientation of the sensor itself to transform all measurement data into “world coordinates”.
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