Electric gliders

MPX GLIDER ELECTRO. SOLIUS BK 2160 mm (1-03159) made by MPX

€159.52
13-1637
In stock

SOLIUS KIT - elegance in the sky!

SOLIUS is a motor glider withelectricdrive , equipped with a T-type tailplane and cockpit mockup.
SOLIUS
provides maximum flying pleasure for both beginner and advanced pilots.
Thanks to its excellent flying qualities, SOLIUS is suitable for long thermal flights and advanced glider aerobatics.
The elegant line of the airframe, combined with the mockup of the cockpit and the main landing gear wheel, distinguishes this model from others in
itsclass.
Construction made of
ELAPOR®foam , features new and innovative technicalsolutions , setting new standards in its class.
Designation of the kit as KIT means that all components of the model come separately and require assembly with glue .

Features of the model:

  • cockpitmockup
  • safe T-type contraption
  • main landing gear wheel
  • easy transportation thanks to removable horizontal stabilizer
  • innovative technology of spars connecting wing halves
  • robust fuselage construction "M-SpaceTechnology"

Technical data:

  • wingspan [mm]: 2160
  • length [mm]: 1100
  • total area [dm²]: 40,7
  • flight weight (glider) [g]: 1250
  • flight weight (motor glider) [g]: 1450
  • total surface load [g/dm²]: 30,7 / 35,7
  • r/C functions: ailerons, altitude rudder, directional rudder, motor

Included:

  • a set of airframe elements (fuselage halves, wings, tailplane, transparent cockpit cover)
  • set of small parts (pushrods, reinforcements, levers)
  • decorative film
  • assembly instructions

Required for flight:

  • remote control apparatus - minimum 4 channels
  • brushless motor
  • electronic speed controller
  • propulsion package
  • drive package charger
  • folding propeller
  • 2 micro servos
  • 2 miniservos

For more information and photos, visit the manufacturer's website : TU

NOTE:
SOLIUS can come in a non-powered version - as a glider.
Includedis a contoured fuselage front to replace the folding propeller cap.

And, for how it flies, see here: