Freewing 90mm EDF de Havilland DH 112 Venom Jet Version 3 in Swiss Air Force Color Scheme - Receiver Ready (PNP) - RJ30213P
Version Info: This is the High Performance version of the Freewing DH-112 Venom. This version includes a powerful 3672-1900Kv brushless inrunner motor with 9-blade fan, and 100A ESC exceptional speed and performance.
This is the new version 3 (V3) of Freewing's Venom EDF Jet. This upgraded version has significant upgrades to the power system. The Venom V3 now includes a 9-blade fan, 130A Hobbywing ESC, and powerful 672-1900Kv brushless inrunner motor.
Features:
- New! 90mm 9-blade ducted fan and powerful 3672-1900Kv brushless inrunner motor provides awesome power and incredible real life jet turbine sound.
- Premium quality 130 Amp Hobbywing ESC with 8A UBEC.
- Stronger tail section, with revised rudder and elevator.
- Increased carbon spar count and EPO foam construction provide the perfect balance between strength and flexibility.
- Incredible scale details including hand painted pilots, , full ordinance package, scale canopy, shock absorbing landing gear, sequenced landing doors, and stunning Swiss Air Force graphics package.
- Large, nearly 5 foot, wingspan provides incredible scale detail and easy to see even at high speeds.
- Bright LED navigation lights for enhanced realism and dawn/dusk maneuvers.
- Electronic retractable landing gear with aluminum shock absorbing struts and sequenced gear doors.
- Full function flaps allow shorter take-off distances and slow, scale landings.
- Nylon hinges on all control surfaces (superior to foam hinges).
- Motor, servos, ESC and EDF come pre-installed for your convenience.
Includes:
- Freewing de Havilland DH-112 Venom V3 Swiss Silver High Performance 9B 90mm EDF Jet - PNP
Requires:
- 6 Channel Radio - Select a minimum 6 channel radio from our
- 6 Channel Receiver - Select a minimum 6 channel receiver from our
- 6 Cell 22.2V 4000mAh LiPo Battery with EC5 connector -
- 6 Cell Compatible Battery Charger - Select a minimum 6 cell (6S) charger from our
