| Product: |
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| All metal, highly
precise main blade control system |
New lateral adjustable
metal left/right control bellcrank arms and elevator control arms |
New lightweight
H-cross section electronic retention system
for protection, as well as ergonomically correct design to simplify operation
for battery protection and easy use |
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| Top mounted motor
base with unique fixed 3rd bearing block |
High efficiency
shaft tail drive system, high precision bearinged push/pull control system,
and high speed rated thrust bearings incorporated into tail blade grips |
Innovative sliding
battery tray rails imbedded into 3K side frame, providing easy battery access
and protection |
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| Easy access top
mounted ESC platform to take advantage of main blades airflow for effective
cooling. (ESC not included) |
700M high efficiency,
high torque brushless motor |
690D carbon main
blades |
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| DS610 digital servos
with CNC aluminum servo horns. |
DS650 Digital servo |
3G Programmable
Flybarless System |
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| Package1: |
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| Package2: |
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| Instruction
(3G Programmable Flybarless System) : |
Specification
(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.
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Suitable Voltage Range:DC 3~8.4V
Current Comsumption:<80mA @ 4.8V>
Flip and Roll rate detection speed: :±300degrees/sec
Rudder rate detection speed:±500degrees/sec
Sensor resolution: 12bit
Operating temperatur:-20?~65?
Operating humidity:0%~95%
RoHS certified
Dimension:
Control box: 42x26.5x14.5mm
Sensor: 22.3x21.7x14mm
Weight:
Control box: 16g
Sensor: 9g
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| Specification
(T-REX 700E) : |
Length: 1328mm
Height: 408mm
Main Blade Length: 690mm
Main Rotor Diameter: 1562mm
Tail Rotor Diameter: 281mm
Motor Drive Gear:12T
Main Drive Gear:115T
Autorotation Tail Drive Gear: 104T
Tail Drive Gear: 24T
Drive Gear Ratio: 1:9.58:4.33
Weight (With Motor): 2830g
Flying Weight: Approx. 4700g
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| Specification
(T-REX 700E) : |
Accessories:
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Features
1.All metal, highly precise main blade control system, with excellent durability
and superior control precision.
2.Design concept based on large competition helicopters, for excellent static
and dynamic performance.
3.New lateral adjustable metal left/right control bellcrank arms and elevator
control arms, enabling the most ideal endpoint travel adjustment for 3G
flybarless as well as flybar system, while increasing servo resolution for
improved control precision.
4.Innovative sliding battery tray rails imbedded into the 3K side frames,
allowing for quick battery access as well as battery protection. In addition,
the system improves the overall rigidity of side frames, as the same time
raising the center of gravity.
5.Top mounted motor base bringing the motor’s center of gravity much accurate,
improving 3D agility and allowing blade drafts to cool the motor effectively.
6.Utilizing module 1 gear pitch for improved power sustainability of main
gear.
7.Uniquely designed fixed motor mount with 3 bearing support blocks, providing
absolute support for motor shaft, dramatically reducing gear mesh variance
as result of instantaneous torque. In addition, this system strengthen the
lack of support on high power outrunner motors, eliminating gear stripping
issues, while increasing motor power transfer efficiency and main gear longevity.
8.Easy access top mounted ESC platform to take advantage of main blades
airflow for effective cooling.
9.New lightweight H-shaped electric devices retention system for protection,
as well as ergonomically correct design to simplify operation.
10.High grade painted fiberglass canopy with new 4 point anti-vibration
mounting mechanism to simplify installation.
11.Wide +/- 15 degree pitch range for superior 3D performance and explosive
power.
12.CNC twice-machined gear for superior balance and stability.
13.High speed rated thrust bearings incorporated into tail blade grips.
14.Utilizes high efficiency tail drive shaft system and high strength 3K
carbon fiber tail boom.
15.Highly rigid 3K carbon fiber side frames for simple maintenance.
16.Tail blades, tail boom, and tail boom supports all utilize high strength
carbon fiber material.
17.High torque rated one way bearing base.
18.New lightweight landing gears.
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. |
T-REX
700E 3G Kits Set X1
Aluminum Tail Boom X1
3K Carbon Fiber Tail Boom X1
690D Carbon fiber blades X1
DS610 Digital servoX3 set
DS650 Digital servo X1
Flybarless System X1 set
700M Brushless Motor X1
105mm 3K Carbon Fiber Tail Blades X1 Set
Radio transmitter and electronic equipment required for assembly:
Transmitter (7-channel or more, helicopter system)
Receiver (7-channel or more)
ESC (12S Li-Po 80A or more)
5A and higher external BEC (uses when ESC doesn have BEC build in)
6S Li-Po 4500 ~ 5200mAh X2
Dial Pitch Gauge
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