SZYB. ELEK. SKY SURFER RTF / MODE 2 (J038040-RTF)

SKY SURFER RTF
motor sailplane with electric drive.

The most important feature of SKY SURFER is very good flight properties. The model is very stable and easy to control. It is characterized by optimal gliding flight and stability of engine flight.
The propulsion located above the wing is safe during any hard landings in rough terrain.
The model is made in EPP technology and is intended for learning pilotage and recreational flights.

SKY SURFER is powered by a push propeller above the wing.
This arrangement allows for easy installation of the front camera.
SKY SURFER has joined wings, which makes it very convenient to transport.
The wings are mounted to the fuselage through a carbon tube connector clamped in the leaf drawers with screws.
This prevents the wing halves from accidentally separating.

Technical data:

• span: 1400 mm
• length: 915 mm
• bearing surface: 26 dm2
• flight weight: 650 g
• leaf surface load: 25 g / dm2
• R / C functions: ailerons, elevator, rudder, motor

Design improvements over the previous version:

• PVC hull skid added
• Reinforced wings
• Improved wing to fuselage attachment
• Air vents in the hull

The contents of the SKY SURFER set in the RTF version:

• Airframe elements (fuselage, wings, tail)
• 4-channel apparatus (transmitter, receiver)
• 9g, 1.5kg / cm servos; 0.12s / 60 x 4
• Brushless drive motor
• Electronic speed controller
• LiPo 11.1V / ~ 1300mAh drive package (80 x 32 x 22mm)
• 220V / 1600mA drive package charger
• 6 "x 4" propeller with cap
• A set of small parts
• Sheet of decorative stickers
• Installation instructions

Needed for flight:

• Power supply for the transmitter - AA batteries x 8 pcs

Assembly and preparation of the model for flight:

• Pasting the tailplane
• Pasting the vertical stabilizer
• Sticking the rudder levers (ailerons, elevator, rudder)
• Pasting the cabin magnets
• Connection of levers with pushers
• Covering with decorative foil
• Installing the drive package

Installation instructions: HERE