Great Planes F-86 Sabre Micro EDF Tx-R

Price 105.97 - 179.99 USD

EAN/UPC/ISBN Code 735557017712

Brand Great Planes


Manufacture Country USA

This is the radio controlled, brushless electric powered, Tx-R Micro F-86 Sabre EDF Jet from Great Planes. This is the Tx-R (Transmitter Ready) version that includes servos, an ESC and SLT receiver. With the AnyLink SLT 2.4GHz Radio Adapter (TACJ2000) (separate purchase) and the appropriate AnyLink cable with compatible aircraft transmitter 4-channels or higher may be used to fly this airplane. See http://www.tx-ready.com/anylink-chart.html for full transmitter compatibility chart. FEATURES: Construction: Foam with molded-in panel lines, hatch lines, and machine gun ports for realistic appearance Wing: One-piece Canopy: Lifts off for easy battery access, attaches magnetically Servos: Three digital ultra-micro Receiver: Tactic 2.4GHz SLT receiver Motor: Ammo 11,500kV brushless inrunner with 30mm HyperFlow ducted fan unit with ducting that runs the length of the aircraft Electronic Speed Control: 6A brushless LiPo Battery: 2S 250mAh 7.4V 20C Battery Charger: DC powered, 12V Car adapter, LiPo compatible, balance capable Landing Gear: Removable for hand launching and grass landings 0.59" (15mm) diameter foam wheels INCLUDES: Micro F-86 Sabre EDF Jet with LiPo Battery, Charger, 2.4GHz 4-ch SLT Micro Receiver, Motor, ESC, Servos, and Instruction Manual REQUIRES: Tactic AnyLink SLT 2.4GHz Radio Adapter (TACJ2000) to adapt aircraft transmitter (the Futaba Square, TACM0001 and JR, Spektrum, TACM0002 are included with the AnyLink adapter) *Tactic 2.4GHz 4 or 6 channel transmitters do not require the AnyLink adapter SPECS: Wingspan: 15" (381mm) Wing Area: 53.1 sq in (3.4 sq dm) Weight: 2.35oz (67g) Wing Loading: 6.4 oz/sq ft (20 g/sq dm) Length: 14.4" (366mm) Center of Gravity (CG): 2-3/4" (70mm) from the leading edge of the wing looking downward from the fuselage Control Throws: Elevator-Up/Down, 1/4" (6mm) Ailerons-Up/Down, 3/16" (5mm) Rudder-Left/Right, 5/16" (8mm) jxs 01/18/12 ir/jxs