BLADE 450 X

BLH4380

IN STOCK

The phenomenal Blade 450 X has been designed from the ground up to give
experienced 3D pilots the most extreme performance available in a flight-
ready platform.

Central to its awesome performance is the Spektrum AR7200BX 7-channel
DSMX™ receiver with built-in BeastX flybarless technology – the most
advanced flybarless technology available for high-performance 3D
helicopters.

The heart and soul of the Blade 450 X is the groundbreaking Spektrum™ AR7200BX DSMX™ receiver. The AR7200BX integrates a 7-channel
receiver with BeastX 3-axis MEMS stabilization in one lightweight unit.
Through this incredibly advanced, all-in-one solution, you can fine-tune
the stability and cyclic response to get exactly the feel you're looking for
without having to use any special software. All you need is the AR7200BX
and your transmitter.

This, combined with the power output of its 4200Kv E-flite 440H brushless
motor and 3S 30C Li-Po, allows the Blade 450 X to achieve a level of 3D
performance that practically defies.

Main Rotor Diameter:  720mm (28.4 in)
Length:  655mm (25.8 in)
Height:  224mm (8.8in)
Weight:  717g (25.3 oz)
Main Motor:  E-flite™ 440H 4200Kv brushless, installed
On-Board Electronics: 4-in-1 DSM™ receiver/ESCs/servos/AS3X sensor unit, installed
Battery:  3S 11.1V 2200mAh 30C Li-Po, included
Charger:  3-cell DC LiPo balancing, included

 •Spektrum™ AR7200BX DSMX receiver with BeastX technology

•Powerful E-flite™ 440H 4200Kv brushless motor

•E-flite 35A S-BEC ESC

•325mm carbon fibre main blades

•Hardened 80-degree dampers

•Composite aluminium/fibre-reinforced swashplate

•E-flite DS76 digital sub-micro cyclic servos

•E-flite DS76T digital sub-micro tail servo

•CNC-machined aluminium head block

•Triple ball bearing supported, hardened steel main shaft

•Belt-driven tail rotor

•Weighted tail blade mounting hardware

•Rigid, lightweight main frame

•Aluminium tail boom

•Tail rotor grips with thrust bearings

•E-flite 3S 11.1V 2200mAh 30C LiPo battery

•3-cell DC LiPo balancing charger