Goblin COMET Red / Black

Description

Goblin COMET Red / Black – SG723

Refined and exclusive…The COMET delivers a new concept to the market.

The innovative structural layered carbon fuselage supports three functional modules, the main rotor, tail rotor and battery pack. A low parts count delivers easy maintenance that defines the Comets elegant simplicity.

Optional motorized landing gear pushes the boundaries even further maximizing the unrivaled aerobatic performance.

Specifications:

• Main rotor diameter: 1626 mm (with 720 mm blades)

• Pivot Head

• Main blade length: up to 800 mm

• Tail rotor diameter: 282 mm

• Tail blade length: 105 mm

• Main shaft diameter: 12 mm

• Tail shaft diameter: 6 mm

• Spindle shaft diameter: 10 mm

• Gear Ratios 8.6-11.9 : 1

• Weight including standard electronics: 4280 g (excluding flight battery)

• 21T motor pulley included (other pulley sizes available)

Electronic Specifications

• Cyclic Servos: Standard size (40mm)

• Tail Servo: Standard size (40mm)

• Typical Speed Controller: 200A

• Motors: Max Diameter: 64 mm, Max Height: 80 mm 4530, 4540, 5030 series (480 to 560 kv )

• Battery compartment: 2x 165x55x55 12S-5000mAh, 14S-4300mAh, 14S-5000mAh

Kit Includes:

• 21T motor pulley (other pulley sizes available)

• 1 battery tray

• 720TB (720 mm main blades)

• 105TB (105 mm tail blades)

The following motor pulleys are available:

18T Pulley (P/N H0175-18-S) Ratio 11.9:1

19T Pulley (P/N H0175-19-S) Ratio 11.3:1

20T Pulley (P/N H0175-20-S) Ratio 10.7:1

21T Pulley (P/N H0175-21-S) Ratio 10.2:1

22T Pulley (P/N H0175-22-S) Ratio 9.8:1

23T Pulley (P/N H0175-23-S) Ratio 9.3:1

24T Pulley (P/N H0175-24-S) Ratio 8.9:1

25T Pulley (P/N H0175-26-S) Ratio 8.6:1

Retractable Landing available (optional Extra)

• [ H0742-K ] Any standard landing gear acts like an airborne brake.
• To get the best performance, the landing gear must retract into the fuselage.
• This KIT uses an electric motor that powers the landing gear allowing full retract.
• The device functions just like a servo.
• You will need to use a receiver channel and combine it with an on-off switch
• powered directly from the receiver channel (7.4V). With a 0-100 signal, you can
• control the extension and retraction of the landing gear.