The Blade® Fusion™ 270 BNF® Basic helicopter begins a new era of high-end Blade products, with all the features, style, and performance intermediate through advanced pilots demand. This powerhouse features a lightweight and strong carbon fiber frame and landing gear, black anodized aluminum components, and an all-new, high-torque 4S optimized power system. Combined with Spektrum™ metal gear servos, helical main gear and the durable belt driven tail design, there is nothing stopping you from trying the most aggressive maneuvers imaginable. If you push things a little too far, the Fusion 270 is equipped with a Spektrum AR636A flight controller with SAFE® Technology Panic Recovery mode to prevent a crash. For seasoned pilots, the Fusion 270 delivers leading-edge heli action straight out of the box leaving the competition missing in action.
Needed to Complete
6+ Channel Spektrum™ Transmitter
1300mAh 14.8V 30C Li-Po Flight Battery
Suitable Li-Po Battery Charger
What's in the box?
(1) Fusion 270 BNF Basic Helicopter
(1) Carbon Fiber Main and Tail Blades
(1) Spektrum AR636A Flight Controller
(1) 45A ESC with Built in Governor
(1) 2950Kv Brushless Outrunner Motor
(4) Spektrum Metal Gear Servos
SAFE® Technology with Panic Recovery
The Panic Recovery feature allows pilots to prevent a crash and recover the heli to level flight at the press of a button.
Spektrum™ AR636 Receiver
Newly refined algorithms within this receiver and 6 axis flybarless system make the Fusion 270 handle with cutting -edge precision and stability. New aluminum lower case on the receiver offers improved dampening increases tolerance to vibration.
Carbon Fiber & Anodized Aluminum Construction
Stylish black anodized head, swashplate, servo block, and blade grips give a high-end finish that stands out from the pack. Rigid carbon fiber and aluminum frame construction features carbon fiber landing gear for a new stance that is light and durable.
Optimized Servo Geometry
Proven optimized servo geometry provides exceptional response and control, while improving servo efficiency and minimizing mechanical loss to the swashplate.