This is the radio controlled, brushless electric powered, RTF
                 Micro F-86 Sabre EDF Jet from Great Planes.

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
          Radio: Tactic TTX402 2.4GHz 4-channel
          Servos: Three digital ultra-micro (1-aileron, 1-rudder, 1-elevator)
          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
          Warranty: Great Planes Model Manufacturing guarantees this kit to be
            free from defects in both material and workmanship at the date of
            purchase. This warranty does not cover any component parts
            damaged by use or modification.
          One year limited warranty on the battery charger through Great Planes
            *Valid in USA and Canada only

INCLUDES: Micro F-86 Sabre EDF Jet with LiPo Battery, Charger, 2.4GHz 4-ch
            Radio, Motor, ESC, Servos, five AA Cells and Instruction Manual

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 04/02/12
                                                                         ir/jxs