Features:
- Simple and light weight design provides awesome flight performance
- +-15°collective pitch is possible for extreme 3D performance
- Heavy duty tail with thrust bearings
- Clutch, Fan and Bell assembly provide a very smooth operation even at high RPM
- Forward mounted tail servo helps to keep exhaust oil from entering servo also improves the CG
- Battery tray designed for easy and clean radio gear installation
- Fuel Tank Capacity 630 ccm
- Heavy duty tail with thrust bearings
- Torque Tube driven tail for incredible 90 sized performance
- Rigid frame design that can also handle hard crashes without damage
- Super engine cooling system very efficient airflow to provide unequaled cooling and horsepower
- New main gear with one-way bearing design for high torque
- Ready to fly weight (no fuel) is an incredible 4.1 Kg

Instructions (3G Programmable Flybarless System):
- 3-axis gyroscopic flybarless system to simulate the stability of mechanical flybar system, yet at the same time achieving agile 3D performance.
- Utilizes Silicon Micro Machine (SMM) sensors for excellent stability.
- 12 bit processors providing ultra high resolution, resulting in highly precise controls
- Software upgradable through PC interface adapter
(sold eparately)
- Simplistic setup process without the need of external devices. Setup is done through 5 steps and 2 sensitivity adjustments. Rudder setup is identical to GP780 gyro, minimizing learning curve
- Flybarless system dramatically improves 3D power output and efficiency, resulting in reduced fuel or electricity consumption
- Highly sensitive gyroscopic sensors combined with advanced control detection routine providing higher hovering and aerobatic stability than other flybarless system
- Suitable for all CCPM and mechanical mixing system
- Comaptible with helicopter of all sizes from T-Rex 250 to T-Rex 700
- Innovative Pitch Gau as an aid to facilitate pitch adjustments
- High frame rate signal output for faster and higher precision servo response
- Capable to operate between 3V to 8.4V, compatible with high voltage servos
- Small footprint, light weight, minimalists and reliable design

Users must have a certain concept of security to operate the R/C helicopters.
Be sure to read and comply with related safety notes of instruction manual before flying.

Specifications:
Length: 1335 mm
Height: 450 mm
Main blade length: 690 ~ 710 mm
Main rotor diameter: 1562 ~ 1602 mm
Tail rotor diameter: 281 mm
Engine pinion gear: 20T
Autorotation tail drive gear: 150T
Drive gear ratio: 8.2:1:4.54(E:M:T)
Fuel tank capacity: 630 ccm
Flying Weight: approx. 4100 g

Specifications (3G Programmable Flybarless System):
Suitable Voltage Range: DC 3 ~ 8.4 V
Current Comsumption: <80 mA @ 4.8 V
Flip and Roll rate detection speed: ±300 degrees/sec
Rudder rate detection speed: ±500 degrees/sec
Sensor resolution: 12 bit
Operating temperatur: -20℃ ~ 65℃
Operating humidity: 0% ~ 95%
RoHS certified
Dimension: Control box: 42x26.5x14.5 mm/ Sensor: 22.3x21.7x14 mm
Weight: Control box: 16 g/ Sensor: 9 g

RC functions:
- Nick/ Elevator
- Roll/ Aileron
- Yaw/ Tail rotor
- Collective pitch
- Throttle

Kit contents:
- T-REX 700 Nitro 3G Kits Set x1
- 3G Programmable Flybarless System x1 set
- 690D Carbon fiber blades x1
- 2 In 1 Voltage regulator combo x1 set
- DS610 Digital servo x3 set
- DS650 Digital servo x1
- GP750 Head lock combo x1
- RCE-G600 Governor x1

To run the model, you will also need:
- Transmitter (7-channel or more, helicopter system)
- Receiver (7-channel or more)
- Standard servo x1 ( for throttle)
- Engine starter x1
- Dial pitch gauge x1
- Fuel pump x1
- Engine fuel x1
- 90 Muffler x1
- Align 91H Engine or 91HP Engine x1

High precision metal main rotor assembly

New elevator arm set

Servo arm centering position visual aid, make the adjustment easier

Metal stabilizer belt set

Tail rotor assembly with double bearings and heavy duty tail with thrust bearings

690D Carbon fiber blades

RCE-G600 Governor

2 In 1 Voltage regulator combo

DS610 Digital servo

DS650 Digital servo

3G Programmable Flybarless System