RC Glider Kit GRAUPNER Kranich model glider kit 1498 mm wingspan

GRAUPNER Kranich model glider kit 1498 mm wingspan provides the core airframe components for building a scale sailplane for radio-controlled flight. Supplied as a kit for assembly, it is intended for experienced modelers who will install their own radio gear, servos and any required power systems. The design accommodates thermal and slope soaring and delivers a realistic scale appearance once completed.

Advantages

The kit includes precut and shaped structural parts that simplify accurate assembly while preserving the option for detailed finishing and scale detailing. A 1498 mm wingspan balances manageable handling on the ground with efficient aerodynamic performance in lift conditions; the airframe geometry supports stable soaring characteristics in thermals and along ridgelines. The open nature of the kit allows the builder to select radio systems, servos and optional power units that match personal preferences and mission profiles.

Suitable for

• Experienced RC modelers familiar with kit assembly and glider aerodynamics
• Builders who plan to equip the airframe with custom radio systems and servos
• Soaring pilots interested in thermal and slope flying with a scale sailplane

Key specifications

• Wingspan: 1498 mm
• Model type: scale sailplane glider kit for RC assembly
• Construction: kit contains core airframe components for assembly and finishing
• Flight modes: suitable for thermal and slope soaring
• Equipment: requires separate radio gear, servos and optional power systems

How to use

Follow the included assembly plan and use appropriate adhesives and alignment jigs to ensure correct wing and fuselage geometry. Install servos in the designated compartments and route control linkages and wiring through the fuselage according to the plans. Select a radio transmitter and receiver that provide sufficient channels for elevator, rudder and airbrake or flap functions as required by the finished configuration. Balance the completed model by adjusting battery or ballast position to achieve the recommended center of gravity before the first flight.

Usage recommendations

Perform ground checks of control surface directions and range of motion before each flight. Begin flying in calm conditions to trim the model and confirm center of gravity, then progress to thermal or slope conditions as pilot skill allows. Use manufacturer-recommended adhesives and hardware during assembly and verify all fastenings prior to flight.