Align T-REX 450 PLUS DFC RTF (AC)

Detail:
T-REX 450 has been the perfect option for entry level R/C helicopters. To accommodate the newbie lovers, Align first presented RTF (Prepared to Fly) T-REX 450 PLUS DFC. Now, Align provides a new flybarless variation:T-REX 450 PLUS DFC. Total with Align T6 2.4G transmitter and recently launched 3GX MRS flybarless system, this completely put together helicopter can be flown instantly just by plugging in a charged battery, enabling the pilot to bypass assembly and change procedure.
The helicopter utilizes DFC rotor head assembly, paired with 3GX MRS flybarless system enhanced for T-REX 450 PLUS flight characteristics. With no change or tuning, this combo will offer ideal stability appropriate for pilots of all levels.
For those lovers who want to fine tune 3GX MRS even further, it can be done through a few basic actions. In addition, 3GX MRS has a FHSS 2.4GHz receiver built in, offering an all in one package.
Align T6 R/C system utilizes Futaba 2.4G S-FHSS frequency hopping 6 channel transmitter, with complete helicopter functions such as throttle/pitch curve, stunt mode switch, dual rate and rapid change, etc.
With the addition of the brand new 3GX MRS, the T-REX 450 PLUS DFC presses past the performance constraint of flybar helicopter, enhancing both stability and 3D performance, while keeping a down to earth rate level.

3GX MRS Programmable Flybarless System Detail:
3GX MRS's was designed with objectives of basic, practical, light, and ease of change. With the ingrained brand new Futaba S-FHSS 2.4Ghz system/JR DSM2 and Spektrum DSM2/DSMX ,the 3GX MRS is more than just a flybarless system; it simplifies installation on small/micro sized helicopters given that no receiver is needed. Its established is very instinctive simpleness, just requires a few actions can quickly complete the 3GX MRS change. Enhanced for T-Rex 250,T-Rex 450 and T-Rex 500 flybarless helicopters, with factory default setting, stable flying performance appropriate for majority of pilots managing feel. In basic terms, the 3GX MRS supplies pilots a more affordable and reliable choice.
Spektrum and JR Satellite receivers support (Changes original factory receiver)
Integrated in Futaba S-FHSS 2.4Ghz receiver, straight suitable with Align T6 and Futaba S-FHSS transmitters.
Flybarless system designed specifically for T-Rex 250, T-Rex 450 and T-Rex 500, with little footprint, streamlined setting procedure.
Enhanced for T-Rex 250 , T-Rex 450 and T-Rex 500helicopters; with factory default setting appropriate for majority of pilots.
Usage for T-REX 250/T-REX 450/T-REX 500.

3GX MRS Programmable Flybarless System:
Suitable Voltage Variety:DC 3.5~8.4V
Running current intake:<100mA @4.8V
X and Y axis Operating Angle Range:-300~+300 degree
Z axis Operating Angle Range:-600~+600 degree
Sensor resolution:12 BIT
Operating Temperature:-20~65 degree
Operating humidity:0%~95%
RoHS certified
Size:37.6x22.4x13 mm Size
Weight: 10g Weight
Compatible with T-REX 250、T-REX 450 and T-REX 500

Specification:
Length: 634mm
Height: 205mm
Main Rotor Diameter: 715mm
Tail Rotor Diameter: 158mm
Motor Drive Gear: 11T
Main Drive Gear: 112T
Autorotation Tail Drive Gear: 106T
Tail Drive Gear: 25T
Drive Gear Ratio: 1:10:4.24
Flying Weight: Approx. 584g
Color carton:27.3x10x6.6cm
Outer carton:56x31x28cm ,24sets/ctn

Accessories:
T-REX 450 Plus DFC Kit Set x 1 set
3GX MRS Flybarless System x 1 set
ALIGN T6 6Channel Transmitter x 1
325 Carbon Fiber Blades-Blue x 1 set
RCE-BL35P 35A Brushless ESC x 1
450MX Brushless motor(3400KV) x 1
DS416M(Metal Gear)Digital servo x 3
DS425M Digital servo x 1
3S1P 11.1V 2200 mAh/30C Li-polymer Battery x 1
Lithlum Battery Balance Charger RCC-3SX x 1 set
1.5V AA Zinc-Carbon Battery x 4

Radio transmitter and electronic equipment required for assembly:
1.Dial Pitch Gauge or Digital Pitch Gauge
2.Swashplate Leveler

Please Click here for Setup Manual3GX MRS

Please Click here for Setup Manual3GX MR

Please Click here for Align 3GX MRS Binding Process with Futaba S FHSS

Please Click here for Align 3GX MRS Model Selection and Binding Process for Spektrum