Airbornes
Detailed App Info:
Application Description
Calculates the take-off speed of a vehicle involved in an airborne event (vault, fall or flip).
The calculated speed is displayed in both fps and mph in the Imperial System and m/s and km/h in the Metric System.
In addition to the take-off speed of the vehicle, its horizontal and vertical velocities are calculated along with the total airborne time.
The horizontal distance is entered through the use of a text box while the take-off angle and vertical distance are entered through the use of the sliders.
The vertical distance (landing height) is entered relative to the vehicle’s take-off position. Positive values indicate the vehicle landed higher than its take-off and negative values lower.
By entering the take-off angle and vertical distances via sliders, the investigator can rapidly determine the sensitivity of the data. Moving the slider changes the related value and speed calculations simultaneously.
The calculated speed is displayed in both fps and mph in the Imperial System and m/s and km/h in the Metric System.
In addition to the take-off speed of the vehicle, its horizontal and vertical velocities are calculated along with the total airborne time.
The horizontal distance is entered through the use of a text box while the take-off angle and vertical distance are entered through the use of the sliders.
The vertical distance (landing height) is entered relative to the vehicle’s take-off position. Positive values indicate the vehicle landed higher than its take-off and negative values lower.
By entering the take-off angle and vertical distances via sliders, the investigator can rapidly determine the sensitivity of the data. Moving the slider changes the related value and speed calculations simultaneously.
Requirements
Your mobile device must have at least 87.47 KB of space to download and install Airbornes app. Airbornes was updated to a new version. Purchase this version for $4.99
If you have any problems with installation or in-app purchase, found bugs, questions, comments about this application, you can visit the official website of Accident Analysis and Reconstruction, Inc Charles Russell at http://aarecon.com.
Copyright © 2010 C. Gregory Russell