Freewing Avanti S V2 80mm EDF 6S with Thrust Vectoring скачать в хорошем качестве

Freewing Avanti S V2 80mm EDF 6S with Thrust Vectoring

Inspired by the club innovator's proof of concept 80mm 8S Avanti V1 version, we offer the Freewing Avanti S V2 (ARF) 80mm in 6S with thrust vectoring modification. X-fly 12 blade inrunner 3665 - 2300 KV EDF unit and Freewing 100 amp ESC for power. Spektrum 8 channel AS3X+ gyro stabilized flight and thrust vector nozzle controls. The Avanti S V2 is already a great sport jet in 80mm class, but with thrust vectoring, AS3X+ and the C/G set back 25mm from the molded in markings, a whole new dynamic of unconventional 3D EDF aerobatic performance is available. Flat spins, pin wheels, pop-top, forward and back flips, hovering tail stands, high alpha and slow flights are done with ease. SMC 4000 mAh 6S LiHv pack gives me just under 5 minutes of flight time with throttle management and pretty aggressive flying. Model does a 3-point lift off with take off flaps and half throttle in short order. Nose high wheelie landing roll outs are easy with the aft C/G setting. Adding the rear tail skid is a must to avoid cracking the TV unit. Super simple add on modification of the 80mm TV nozzle from RC Castle and two 9 gram servos affixed to the bottom and exterior side of the fuselage. I cut off 1 1/4" of the rear fuselage and glued the TV unit directly to the end simply to keep the servo leads I had short as I ran it into the existing servo wire lead tunnel in front of the horizontal tail fin. Very minor sanding of the horizontal tail fin required to make it fit over the top of the TV unit. No printed parts required to complete the modification. You just need the TV unit, 2 extra servos, a little sanding to fit the parts and some glue. I used Foam-Tac adhesive. I plugged in the PITCH and YAW TV servos into open channels and programmed mixed it with the ELEVATOR and RUDDER channels. This allowed me to activate the separate gyro stabilization of the TV unit. Using a "Y" servo lead to the ELEVATOR and RUDDER servos is easier, but you cannot get gyro stabilization of the TV unit. The simulated wing tanks are from another salvaged model. (Sorry don't know what. Just never throw away parts.) Glued them to the main wing fences which are removable. They just slide on and still stay in place during aerobatic flight. The wing tanks are just a little accent to the overall visual presence. Freewing tail flame unit added for additional flourish. Thrust vectoring all for fun!