Get the AirX here: https://url.rhinoshield.io/PHONEBUFF
Use discount code PHONEBUFF to get 10% off.
Big thanks to RHINOSHIELD for sponsoring this video.
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.
SUBSCRIBE HERE: http://bit.ly/phonebuffsub
FOLLOW US HERE:
http://www.twitter.com/phonebuff
http://www.facebook.com/phonebuff
http://www.instagram.com/phonebuff
About PhoneBuff:
It's not official until it's done #phonebuffstyle! Home of the best smartphone speed tests, drop tests, and battery tests.
Send Products To:
PhoneBuff
23811 Washington Ave 110-394
Murrieta, CA 92562
PhoneBuff
https://www.youtube.com/phonebuff
Use discount code PHONEBUFF to get 10% off.
Big thanks to RHINOSHIELD for sponsoring this video.
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.
SUBSCRIBE HERE: http://bit.ly/phonebuffsub
FOLLOW US HERE:
http://www.twitter.com/phonebuff
http://www.facebook.com/phonebuff
http://www.instagram.com/phonebuff
About PhoneBuff:
It's not official until it's done #phonebuffstyle! Home of the best smartphone speed tests, drop tests, and battery tests.
Send Products To:
PhoneBuff
23811 Washington Ave 110-394
Murrieta, CA 92562
PhoneBuff
https://www.youtube.com/phonebuff
- Category
- Phone
- Tags
- phonebuff, phone buff, iphone
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