Scientifically Testing the "Airbag" Phone Case

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We upgraded our drop rig with an industrial-grade accelerometer and oscilloscope capturing 150,000 data points every second so we can see exactly how much G-force reduction the RhinoShield AirX can provide.

TEST NOTES:

All drops were conducted from 1.5 meters (≈5 feet) onto a steel plate.
Tests focused on corner drops, which generate higher peak G-forces than face or back drops because the impact energy is concentrated into a much smaller area.
A linear rail system with an electromagnet was used to release the cable in sync with the drop machine, minimizing drag and ensuring more consistent drops.
A catch box was used to contain rebounds so the measurements reflected the initial impact only.
Data was captured using an industrial-grade triaxial accelerometer (rated to 5,000 Gs) paired with a signal conditioner + oscilloscope, recording 150,000 samples per second.
Results include both baseline (no case) and case-protected drops, with multiple trials run to account for outliers.
Consistency testing was done for up to 10 drops per case to measure durability as well as peak impact reduction.
This experiment was as fun as it was nerdy — and definitely pushed our lab setup further than ever before.

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