Did I get too low? YES INDEED. ✈️ Su-35 Thrust Vectoring Fun + CRASH!! скачать в хорошем качестве

Did I get too low? YES INDEED. ✈️ Su-35 Thrust Vectoring Fun + CRASH!!

When you get too cocky and get a wee bit too low, this ensues!! 'LOWERRRRR!!!' - they said - 'It will be fun!' - they said!! ...well, actually it was! :D Repairing the duct scratches afterwards not so much though, lol. :') Watch the Freewing Su-35 RC plane fly crazy aerobatic maneuvers... and then crash! Well, don't be sad, it was just a couple of scratches, easily fixed ;) It happens in the best families,they say... xDDD The battery was a bit low and lacked the punch to exit high alpha with authority. Been there, done that. Not the first time and probably not the last either! ^^ Still... this EDF jet is a beast!! ... its raw power and agility with upgraded FMS Pro 1900kv ducted fans and 170mm CG knows no equal... It can maneuver through the skies with precision and intensity like no other! :DDD With a beautiful cloudy backdrop and perfect weather conditions, these flights were nothing short of spectacular. Get ready to be captivated by the Su-35's hardcore performance! :D ❤️ If you want to see these flights in slow motion, check this other video:    • Now THIS is how you fly a Su-35 RC Plane!!...   Flights 446th to 449th with Lyuda. Su-35 pilot: RC4ever Ground video: Luis Ibáñez Airfield: Club Els Cards #su35 #sukhoi #flankergang #churchofbestCG #neutralbalancenation #rcjet #modelaircraft #rcmodel #scalejet #aerobatics #freewing #motionrc #edf #hardcore #slowmo #slowmotion #crash #highalpha #lower -------------------------------------------------------------------------------------------------------- Regarding my SU-35 setup: This is a fairly modded Freewing SU-35S. It includes a gyro for the TV nozzles to help perform extreme hover and high alpha maneuvers (Stabilizing functions are only turned on for particular maneuvers). As for the jet itself, the SU-35S is well known for its supermaneuverability features, that are a result of a good aerodynamic design coupled with the use of thrust vectoring nozzles. The pilot displays a few post-stall maneuvers using the TV nozzles that would be otherwise impossible to perform with a normal jet aircraft. GEAR DESCRIPTION: Airplane: Freewing SU-35S dual 70mm EDF EDFs: 2x FMS PRO 1900kv (6S, 12-blade) ESCs: 2x Hobbywing Platinum Pro 80A Servos: Freewing, metal gear (Stock ones) Servos for tailerons and TV yaw: Turnigy TGY-306G (Discontinued) Receiver: FrSky X8R working in D16 mode with telemetry. External BEC: Turnigy (Hobbywing) 8-15A UBEC Gyro: Eagle Tree Guardian 2D/3D (for the thrust vectoring nozzles) Rx Battery: Rhino 2S 610mAh (37g) Rhino 2S 500mAh Main Battery: CNHL G+ 70C 6S 5000mAh (830g) --------------------------------------------------------------------------------------------------------- You can also follow me on: YouTube:    / airguardian   Facebook:   / rc4ever   Instagram:   / airguardian   Twitter:   / rc4media