Flying Through A Huge Wind Turbine, Enercon E-82 FPV RC Helicopter Heli Stunt Blades Mill Funny Fail





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Published on May 31, 2011

Autorotation, chasing a bike and flying through a wind turbine.

19th and 20th FPV helicopter flight

Live video feed, video from onboard camera gets transmitted in real time to the video goggles.
FPV= acronym for "First Person View"

Standard Thunder Tiger Mini Titan E325
Aluminum rotor head
Aluminum washout base
ACE RC BLC-40 ESC; Settings: Helicopter mode without governor (Throttle curves), Standard timing, Quick throttle response, No brake, Light discharge protection
Hacker A20-6XL motor without cooling fan (broken at a crash), 15 tooth pinion
Thunder Power 11,1V 3s 20C 2600mAh LiPo battery (weighs only 188 g!) or RockAmp 11,1V 3s 2200mAh 30C (193g, but very powerful!!!)
3x EMAX ES08A swash plate servos from BEVRC, 10.5mm servo arm length
1x Futaba S3154 digital tail servo, 8.5mm servo arm length
Robbe- Futaba GY-240 gyro
BBT Maniac 321 CFK blades, 2nd choice
Align Tail Rotor Blades for T-Rex 450 (plastic)
Graupner- JR MX-16S, 40 Mhz transmitter (+ emergency booster)
Multiplex RX-7 SYNTH DS IPD 40 MHz receiver with 1,75m antenna (Lamda/4)
Approx. 2600 rpm headspeed
+- 7° blade pitch

FPV Setup:
1,3 GHz 400 mW video transmitter from BEVRC (www.bevrc.com) with small Lawmate 3 dBi antenna
Lawmate 1,3 GHz (1.2, 1.3 GHz) video receiver with BEVRC 3 dBi antenna (upper plastic casing removed, should be better for 1280MHz)
Video receiver powered with 11,1V LiPo battery
1,2 or 1,3 GHz transmitters are legal in Austria with Radio (Ham) License between 1240 and 1300 MHz up to 200W
I'm using channel 9 (1280 MHz)
WDR700 (= KPC-DNR700PHB) PAL camera (Sony Super HADII CCD), factory (= default) settings, I've tried other settings but default is the best in my opinion
Fat Shark RCV922 Aviator Edition video goggles
Weight FPV gear: approx. 100 g
Powering the FPV gear with the 3s flight battery, ferrite ring used against interference (I had some brightness problems, much better now!)

FPV Recording:
Video splitting with a simple Y-cable
Canon MVX200i Mini DV PAL Camcorder (DV-AVI, 720x576, 25 fps)
Deinterlacing with "Alparysoft Deinterlace" (Advanced method, ME search enabled) ,saved with "Cedocida DV Codec" and Virtual Dub
Editing with Ulead Videostudio 11
Compressing with Xvid, Single Pass, Quantizer 2 (approx. 72 MB per minute), MP3 256 kps CBR Stereo
This is the best possible quality in my opinion (with this camera, transmitter setup)

AUW 953 g
Maximum flight time (hovering, slow flying): 10 min. (260 mAh/min energy consumption)
Average flight time: 7 min.
Range: approx. 800m with this setup

Heli, camera approx. 900 Euro (special setup for hard 3D flight)
Altogether approx. 2500 Euro (Flight Simulator, transmitter, batteries, charger, video goggles, FPV video recorder....)

Typical crash costs: 50- 300 Euro


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