In this video we will torture test Scherrers high end long range UHF flight control system. This video has been a four month labor of love. Alex and I worked in the cold, wind and rain doing our testing I mean torturing. We hope you all enjoy this video and it helps you in deciding on the right uhf system for your needs. All testing gear provided by Video Aerial Systems.
http://www.tslrs.com/
We were not paid for this review but were sent gear from Scherrer for testing and review.
Always a great time working with iBcrazy on these videos. More to come later this year as well as some long range flying.
The Hanger: Custom Apparel & Accessories for the FPV Pilot.
Website: http://www.stoneblueairlines.com/
Facebook: https://www.facebook.com/StoneBlueAirlines
Produced by: Jeremiah aka Bondjr.
Flight Crew:
Bondjr. :StoneBlueAirlines
iBcrazy: cagreve1231
Vango: Jasonglaze
Mashton
Sam
FPV Featured Vendors:
http://videoaerialsystems.com/
https://www.facebook.com/SweepwingsRC
http://hobbywireless.com/
http://www.securitycamera2000.com/
http://www.flytron.com/
http://www.fatshark.com/
http://www.tslrs.com/
http://www.getfpv.com/
http://ragecams.com/
http://www.fpvstyle.com/
http://www.besthobbymall.com/
FPV Cameras I recomend:
Sony CMQ1993X Day
Sony PZO420 Night & Day
HD Video Cameras:
808 #16 Keychain modded lens.
808 #16 V2 D Lens
Mobius HD Cam
GoPro3 Black Rage Cam Addition
Planes:
Specter EPP
Raven EPP
Spartan 48 EPP Wing
Sweep Wings Juggernaut 48"
Chimera 54" EPP Wing
Mini EPP Wing
Flight Test Nut Ball
Talon UAV
Multicopters:
DJI F450 KK2.0 V1.6
Titan Tri KK2.0 v1.6
QAV 250 CC3D
Radio: Futaba T7Cap 72mhz
Turnigy 9XR
Receiver: Coronal RP6D1 / RP8D1 72mhz
OpenLRS 433
Scherrer UHF
Ground Station:
Helical & Cross Hair Antenna
Blue Beam Set
1.3 Ghz Tx & Rx
FPV Goggles & Montor:
Vuzix Wrap 920 Goggles
Vuzix Wrap 1200
7" LCD BEV-OFM
DVR:
Hobby Wireless VR1500
Flying Wing Calculator
http://fwcg.3dzone.dk/
T- Copter Calculator
http://tinyurl.com/bn2zjs2
Free Flight Sim for PC.
http://www.rcdeskpilot.com
Music:
Royalty Free & Creative Commons
Creativecommons.org
Copyright StoneBlueAirlines 2014.
Branding, Media, & Business Inquiries:
www.stoneblueproductions.com
info@stoneblueproductions.com
http://youtu.be/C6ZygOeCwLU
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1. Name and model/rev of all equipment used. TSLRS, CPPM source radio, VTx, VRx
2. Purpose? Yeah, what is the purpose of the experiment? What is your hypothesis or what are you trying to prove or disprove.
3. Set up of equipment (connections, temperature, pressure, voltage, current, RF output power, input current/voltage to Rx/VTx) Also, how do you know all the equipment is operating to manufacturers specs? Are there records to reference standards? Data?
4. How were the tests performed, exactly. For instance, instead of randomly waving an RF output around a VRx, measure the distance and antenna angle, be precise. Yeah I know it is a Circular VRx antenna but so what, measure. Try different antennas. Try different VRx.
5. If you are going for a valid test, then perform to manufacturers specified parameters. Document that result. At that point, you can quantitatively "torture" the device to see where the limits of stability and recovery lie.
6. Findings
7. Conclusions based on facts and data.
8. Possible further experiments based on findings.
Cheers
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Evan
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