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4th, 5th and 6th FPV helicopter flight. Setup: Standard Thunder Tiger Mini Titan E325 Aluminum rotor head Aluminum washout base Align T-Rex 600 landing skids (weight + 77 g) Kontronik Jazz 40-06-18 ESC Hacker A20-6XL motor without cooling fan (broken at a crash) Thunder Power 11,1V 3s 20C 2600mAh LiPo battery (weighs only 188 g!) 3x Thunder Tiger C1016 swash plate servos 1x Futaba S3114 tail servo Robbe- Futaba GY-240 gyro BBT Maniac 321 CFK blades Align Tail Rotor Blades for T-Rex 450 (plastic) Graupner- JR MX-16S, 40 Mhz transmitter Graupner - JR SMC-19 DS receiver with 1,75m antenna (Lamda/4) Approx. 2600 rpm headspeed +- 7° blade pitch FPV Setup: 1,3 GHz 400 mW video transmitter and receiver from BEVRC with stock 3 dBi antenna on RX and small Lawmate 3 dBi antenna on TX WDR700 camera (Sony Super HADII CCD), factory setup Microphone Weight FPV gear: approx. 100 g Powering the FPV gear with the 3s flight battery AUW 1040 g Maximum flight time (hovering, slow flying): 10 min. (260 mAh/min energy consumption) Costs: Heli, camera approx. 1000 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

4th, 5th and 6th FPV helicopter flight. Setup: Standard Thunder Tiger Mini Titan E325 Aluminum rotor head Aluminum washout base Align T-Rex 600 landing skids (weight + 77 g) Kontronik Jazz 40-06-18 ESC Hacker A20-6XL motor without cooling fan (broken at a crash) Thunder Power 11,1V 3s 20C 2600mAh LiPo battery (weighs only 188 g!) 3x Thunder Tiger C1016 swash plate servos 1x Futaba S3114 tail servo Robbe- Futaba GY-240 gyro BBT Maniac 321 CFK blades Align Tail Rotor Blades for T-Rex 450 (plastic) Graupner- JR MX-16S, 40 Mhz transmitter Graupner - JR SMC-19 DS receiver with 1,75m antenna (Lamda/4) Approx. 2600 rpm headspeed +- 7° blade pitch FPV Setup: 1,3 GHz 400 mW video transmitter and receiver from BEVRC with stock 3 dBi antenna on RX and small Lawmate 3 dBi antenna on TX WDR700 camera (Sony Super HADII CCD), factory setup Microphone Weight FPV gear: approx. 100 g Powering the FPV gear with the 3s flight battery AUW 1040 g Maximum flight time (hovering, slow flying): 10 min. (260 mAh/min energy consumption) Costs: Heli, camera approx. 1000 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

Very nice FPV heli footage!!! 10th and 11th FPV heli flight Setup: Standard Thunder Tiger Mini Titan E325 Aluminum rotor head Aluminum washout base Kontronik Jazz 40-06-18 ESC Hacker A20-6XL motor without cooling fan (broken at a crash) Thunder Power 11,1V 3s 20C 2600mAh LiPo battery (weighs only 188 g!) 3x Thunder Tiger C1016 swash plate servos 1x Futaba S3114 tail servo 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 Graupner - JR SMC-19 DS receiver with 1,75m antenna (Lamda/4) Approx. 2600 rpm headspeed +- 7° blade pitch FPV Setup: 1,3 GHz 400 mW video transmitter and receiver from BEVRC with stock 3 dBi antenna on RX and small Lawmate 3 dBi antenna on TX WDR700 camera (Sony Super HADII CCD), factory settings Microphone Weight FPV gear: approx. 100 g Powering the FPV gear with the 3s flight battery AUW 969 g Maximum flight time (hovering, slow flying): 10 min. (260 mAh/min energy consumption) Costs: Heli, camera approx. 1000 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

Hobbyzone mini super cub… Yes the mini super cub flying with 808 mini car keys camera at over 1000 feet. Taking off in a random field. AMAZING beach shots and river shots.

Hobbyzone mini super cub… Yes the mini super cub flying with 808 mini car keys camera at over 1000 feet. Taking off in a random field. AMAZING beach shots and river shots.

Hobbyzone mini super cub… Yes the mini super cub flying with 808 mini car keys camera at over 1000 feet. Taking off in a random field. AMAZING beach shots and river shots.

Formosa II with onboad wireless camera. It’s a FPV524 Wireless Audio/video system. The mini camera used on this video was a CCD SN480, it gives a great image quality impossible to be seen on YouTube, (the SN480 was replaced by SN555 which even better camera). The FPV524 is rated for more than a mile with the standard antennas, and more than 2 miles with a high gain antenna for the receiver. More details at: www.Hobbywireless.com

OMG I love this video soooo much!!!! For insane FPV videos go to “Gabriel2584″ and “nastycop420″ Costs: FPV gear: approx. 600 Euro Plane ready to fly: approx. 600 Euro Costs altogether, with RC flight simulator, RC transmitter, charger, accus: approx 2000 Euro Money you need at the beginning: 3000 Euro (crashs included) But you need much time to be able to handle the technology……… Testing the new setup. 12th and 13th FPV flight Powering the FPV gear with the flight battery. Ampere values maybe too low because of cold temperatures. Recording with Canon MVX200i Mini DV PAL Camcorder Deinterlacing with “Alparysoft Deinterlace” with “Cedocida DV Codec” and Virtual Dub Editing with Ulead Videostudio 11 Compressing with Xvid, Single Pass, Quantizer 2, MP3 256 kps CBR This is the best possible quality in my opinion (with this camera, transmitter setup) Interference caused by the motor (horizontal black lines), but not dramatic min. Transmitter voltage: 9,7 V, below that picture loss (happens at full throttle with an almost empty battery) Setup: Modified Multiplex Easystar: Ailerons, Brushless motor, enlarged rudder (+ approx. 8 x 2cm) Trimmed wings (1145 mm) and fins (to the rudders) +5km/h More induced drag at low speeds, gliders have long wings to reduce the induced drag less aerodynamic drag at high speeds IMPORTANT: Center of gravity approx. 70mm from leading edge (approx. 8mm moved to the front) Turnigy C2409- 1600 KV, approx. 27 A ESC NoName or Turnigy, 30A Prop 7×6 …

In this video I show continued work on a Mini Cooper S that I was given a couple of years ago….. Thanks sis! Back in november after seeing a tutorial on jbprojects.net I cracked open the remote and added a ULN2803A transistor array and a parallel printer plug. See http for a diagram of my version. With this Mod I was able to control the car from my old laptop, I then controlled that laptop from a pc in work 2.5miles away in work and viewed with a webcam. The EasyCap usb capture device allows me to use a wireless CCTV camera as a webcam, once I have done the port forwarding rules on my replacement router and, solved the conflict between the router and the 2.4Ghz CCTV camera (and maybe make little ramps so it can get over the bottom of the baby-gates) I will be able to drive it all over my home.

Maybe one of the best RC videos you have seen 16th, 17th and 18th FPV flight Costs: FPV gear: approx. 600 Euro Plane ready to fly: approx. 600 Euro Costs altogether, with RC flight simulator, RC transmitter, charger, accus: approx 2000 Euro Money you need at the beginning: 3000 Euro (crashs included) But you need much time to be able to handle the technology……… Powering the FPV gear with the flight battery. Recording with Canon MVX200i Mini DV PAL Camcorder Deinterlacing with “Alparysoft Deinterlace” with “Cedocida DV Codec” and Virtual Dub Editing with Ulead Videostudio 11 Compressing with Xvid, Single Pass, Quantizer 2, MP3 256 kps CBR This is the best possible quality in my opinion (with this camera, transmitter setup) min. Transmitter voltage: 9,7 V, below that picture loss (happens at full throttle with an almost empty battery) Setup: Modified Multiplex Easystar: Ailerons, Brushless motor Trimmed wings (1145 mm) and fins IMPORTANT: Center of gravity approx. 70mm from leading edge (approx. 8mm moved to the front) Turnigy C2409- 1600 KV ESC NoName or Turnigy, 30A Prop 7×6 2x Multiplex Tiny S 2x GWS Mini LiPo battery: 11,1V 3s 2100-2600 maH, 188-202 g, (Kokam, Thunder Power Prolite V2, ACE RC) Thunder Tiger ACE TG6000 Gyro on elevator Graupner/JR MX-16s 40 Mhz with Sanyo Eneloop battery pack Graupner/JR SMC-16 Scan PCM receiver: 3500m antenna (Wavelength/2*0,95) Detrum 9g Pan servo FPV setup: Fat Shark goggles CCD Killer camera 5V, powered with BEC Lawmate 1,2 …