BLADE UM F-27 FPV BNF Basic
EARN 170 REWARDS POINTS ON THIS ITEM The Blade® Ultra Micro F-27 FPV BNF® Basic wing brings the excitement of FPV wing flying in a size that can be flown practically anywhere. Its lightweight Z-Foam™ airframe features impressive durability to handle bumps or bruises. Take advantage of built-in AS3X® stabilization and SAFE® technology for the comfort of envelope protection and self-leveling for a confidence-inspiring flight experience. The high-output brushless motor accepts 2S Li-Po batteries to suit mild or wild flying styles, and the 150mW VTX provides crisp, clear video in any environment. Bind-N-Fly Basic completion level means all you have to do is simply add a 2S 280mAh battery and bind it to a compatible Spektrum™ transmitter. Indoor and Outdoor Capable The size and flight characteristics of the F-27 give it the ability to be flown outdoors in spaces like backyards, smaller parks, and even indoor spaces like a basketball gym. SAFE technology and the brushless power system also allow this wing to handle light winds outside without issue. 150mW Video Transmitter The F-27 is equipped with the Spektrum™ 150mW video transmitter which is compact and more than enough power for FPV exploring. 170 Degree Wide Angle FPV Lens The camera is equipped with a wide angle lens allowing you to see the next obstacle with ease. This is especially beneficial for flying in close proximity to trees, flags, or other objects giving you the confidence to perform thrilling maneuvers anywhere. Brushless Motor The 3000Kv brushless motor, 3" propeller and 2S battery deliver lightning fast speed and efficiency on a wing this size. At the same time, the airframe design allows it to glide around at slower speeds very comfortably. Magnet Hatch Quick-disconnect magnet hatch makes accessing the video transmitter and electronics, and swapping a battery quick and simple. Linear Servos High-torque micro linear servos drive the elevons for locked in control. Guards over the servo linkages provide increased aerodynamics and durability in a crash.