SAB Goblin Urukay Genesis (grün)

Discontinued Replaced by SG766


Made for F3C competition! The brand new SAB URUKAY GENESIS is the evolution of the URUKAY COMPETITION with the new ingenious basic chassis of the SAB GOBLIN RAW 700. In combination with the adjustable rotor head, the new 747mm F3C rotor blades and the direct linkage, the highest precision is achieved. All optimized for F3C competitions and sport flying.

Features

• The new SAB Urukay Genesis is not only intended for F3C pilots.
• It is a first-class model for all pilots who want lightweight elegance in full fairing.
• The same battery rails are used as in the Kraken 700/580 (H1102-S).
• Motorized belt wheels of type H0175-xx-S also fit in the URUKAY GENESIS.
• Based on the well-known SAB quality standard and influenced by the experience of top pilots, the Urukay Genesis is not only an eye-catcher, but has also reached the pinnacle of technical development.

Technical data

Main rotor blade length: 690-760mm
Tail rotor blade length: 105-115mm
Main rotor diameter: 1670mm (with 747mm main rotor blades)
Tail rotor diameter: 284mm (with 105mm tail blades)
Swashplate servos: Standard (40mm)
Tail servo: Standard (40mm)
Main rotor gear ratio: 12.1-8.8:1 (21T included for 10.4:1)
Tail rotor ratio: 5.0-4.8:1 (26T included for 4.9:1)
Motor: 4525-4530 Brushless 480-560KV (max. 62x70mm)
ESC: Brushless 12S 160A-200A
Battery size: 12S 44,4V 4500-5500mAh (1400-1700g)
Battery compartment size: 56x70x320mm
Dimensions: 1670x187x356mm
Weight: approx. 2950g (with rotor blades, without electronics and battery)

Scope of delivery

• 1x SAB Goblin Urukay Genesis
• 2x SAB TBS 747mm F3C main rotor blade
• 2x SAB 105mm tail rotor blade
• 1x 21T pulley
• 2x battery mounting strap

Still needed

• 1x remote control (min. 6-channel)
• 1x receiver (min. 6-channel, suitable for remote control)
• 1x brushless motor (4525-4530, 480-560KV, max. 62x70mm)
• 1x brushless controller (12S 160-200A)
• 3x swashplate servo (standard 40mm)
• 1x tail servo (standard 40mm)
• 1x flybarless system