UMX F4U Corsair

Price 140.29 USD

EAN/UPC/ISBN Code 605482107027

Brand E-Flite


Key Features AS3X technology for rock-solid stability and great handlingSpektrumTM DSM2/DSMX receiver/ESC/Servo/AS3X unit, installedNew high-performance 3-blade propellerIndependent Spektrum offset aileron servos8.5mm brushed motorRemovable landing gearTail wheel steeringAuthentic paint schemeDecal sets for Corsair aces Greggory "Pappy" Boyington and Ira "Ike" KepfordIncludes a 1S 150mAh 25C Li-Po flight batteryIncludes a 1-cell DC Li-Po chargerIncludes a low power 4-channel DSMX transmitter and (4) AA-batteries Needed To CompleteNothing! Everything you need to get flying is included in the box. You can have this Ready-To-Fly version flying in the time it takes to charge the battery.Video Overview OverviewWith a top speed of well over 400 mph, the gull-winged F4U Corsair was one of the fastest planes of World War II. This speed and its awesome firepower not only served it well in air-to-air combat, but made it one of the most fearsome ground attack fighters of its day. It could strike suddenly and without warning, leaving a ghostly howl in its wake that earned it the name "Whistling Death" among ground troops unfortunate enough to feel its sting. This exciting UMXTM series replica of the F4U Corsair features advanced AS3X® (Artificial Stabilization - 3-aXis) technology that works behind the scenes to smooth out the effects of forces like P-factor, turbulence and torque. Instead of an ultra micro, you"ll feel like you"re at the controls of an expertly tuned, giant-scale model that flies like it"s on rails. Whether you choose the Ready-to-Fly version complete with a DSM2 transmitter, or Bind-N-Fly convenience, you can have this completely built model flying in less time than it takes to charge the included Li-Po battery on the included DC charger. BREAKTHROUGH PERFORMANCE The Artificial Stability - 3 aXis (AS3X®) system built into this UMX Corsair works behind the scenes to counter the effects of forces like P-factor, turbulence and torque using 3-axis sensing and