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| Focus Shot1:Newly designed head block, main blade grips, and mixing arms with improved rigidity. Utilization of high precision bearings in control arms, with modified mixing ratio. Resulting in improved stability and agility flying characteristics |
Focus Shot2:New swashplate design utilizing hardened pivot ball bearing, combined with new stability mixing arm design. Resulting in increased mechanical mixing resolution, realizing the possibility of high precision control |
Focus Shot3:Newly designed upper-lower 4 plate frame design using 1.2mm high strength 3K carbon fiber material, with strategically placed new motor mount and strengthened aluminum standoffs to improve the overall frame rigidity, yet simplifying maintenance tasks |
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| Focus Shot4:New anti-rotation guide, battery tray, and frame base utilizing industrial grade fiber plastic material, increasing durability and aesthetic |
Focus Shot5:Newly designed servo screw retainers to simplify installation and maintenance |
Focus Shot6:Strategically placed frame cutouts to simplify parallel setup of servo horns |
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| Focus Shot7:Redesigned gyro mounting platform to minimize vibration transfer to gyroscope, as well as preventing damages to the gyroscope during a crash |
Focus Shot8:Brand new tail grip assembly with built in counter-weight balance, dramatically improving tail pitch smoothness |
Focus Shot9:Hoop style horizontal fin mount with longer tail boom supports, effectively reducing tailboom vibrations. Carbon tail fins to emphasize the visually pleasing line |
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| Focus Shot10(Fiberglass painted canopy) |
Focus Shot11(325 Carbon blades) |
Focus Shot12(450M brushless motor) |
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| Focus Shot13(RCE-BL35X 35A Brushless ESC) |
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| Instructions: |
Specification: |
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Features
●Newly designed wider main blade grips that increase the overall main blade disc diameter, resulting in dramatically increased stability and agility.
●Thicker main blade grip arms to increase durability and crash survivability.
●Expanded flybar supporting point design on control cage, increasing the rigidity of fly bar, resulting in improved flight stability.
●High precision bearing mixing arms for smooth and precise operations.
●Newly designed servo screw retainer to simplify servo installation process.
●Newly designed frame structure blocks and motor mount to simplify assembly, yet dramatically increase the overall frame rigidity, resulting in improved 3D performance.
●Improved battery mount for increased battery mounting rigidity, eliminating flight instability caused by movement of battery.
●Improved gyro mounting platform to avoid degrading locking performance as result of tail boom vibration.
●Tail boom support rods have been lengthened to suppress tail boom vibrations; integrated ends design improves durability and crash survivability.
●Tail control arm base is integrated with tail gearbox to improve control precision, and simplify maintenance.
●Newly designed high rigidity anti-rotation guide for improved operation precision.
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.
＊GP750 indicate status LED and setting
＊Alan T-REX 450 Sport Test Video |
●Length: 643mm
●Height: 228mm
●Main Rotor Diameter: 715mm
●Tail Rotor Diameter: 158mm
●Motor Drive Gear: 134T
●Main Drive Gear: 150T
●Autorotation Tail Drive Gear: 106T
●Tail Drive Gear: 25T
●Drive Gear Ratio: 1:10.7:4.24
●Weight(w/o power system): 445g
●Flying Weight: Approx. 770g
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| Accessories: |
●T-REX 450 SPORT Kit Set X1 set
●325 Carbon blades X1set
●RCE-BL35X 35A Brushless ESC X1
●450M Brushless motor X1
Radio transmitter and electronic equipment required for assembly:
1.Transmitter(6-channel or more,helicopter system)
2.Receiver(6-channel or more)
3.Pitch gaugeX1
4.11.1V 3S Li-Po 2000~2300mAh batteryX1
5.Head lock gyroX1
6.Specialized servoX1
7.CCPM servoX3 |
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