This is the Electric Powered, Radio Controlled, Almost Ready to Fly
                 Super Chipmunk Park Flyer from Great Planes.

FEATURES: Construction: Balsa and plywood
          Wings: One piece with plywood wing joiner
          Aileron Control: Dual servo
          Motor Mount: Plywood
          Cowl: Molded plastic
          Wheel Pants: Molded plastic
          Landing Gear: Prebent wire with two foam 1.75" (44mm) diameter main
            wheels and .75" (19mm) tailwheel
          Warranty: Great Planes Model Manufacturing Company guarantees this
            kit to be free from defects in both materials and workmanship at
            the date of purchase. This warranty does not cover any component
            parts damaged by use or modification

INCLUDES: Prebuilt fuselage, wing and tail sections, Cowl, two Main Wheels,
            Tailwheel, Cowl, Pushrods, Decals and Instruction Manual

REQUIRES: Radio: Four channel
          Servos: Four micro (2-aileron, 1-rudder, 1-elevator)
          Brushless Motor: Rimfire 400 28-30-950kV (GPMG4560)
          ESC: 25A brushless (GPMM1820)
          Building and field equipment

SPECS:    Wingspan: 38" (965mm)
          Wing Area: 242 sq in (15.6 sq dm)
          Wing Loading: 13.7-14.8 oz/sq-ft (42-45 g/sq-dm)
          Length: 28" (710mm)
          Airfoil: Flat bottom
          Center of Gravity: 2.5" (63mm) back from leading edge of wing at
            fuselage side
          Control Throws;      Low Rate           High Rate
           Aileron          1/8"  (3mm)  7°      1/4"  (6mm)  13°
           Rudder           3/4"  (19mm) 13°    1"     (26mm) 18°
           Elevator         3/16" (5mm)  6°      5/16" (8mm)  9°

COMMENTS: If a pilot is desired for this model, the William's Brothers 1/8
            scale Sportsman Pilot is a good choice. Cut 1/16" (2mm)
            from both shoulders so the pilot will fit between the canopy sides.

                                                                   jxs 08/17/12
                                                                         ir/jxs