Multiplex TwinStar ND Kit Brushless 100912

Description

Multiplex TwinStar ND Kit Brushless 100912

Multiplex TwinStar ND Kit

Multiplex have visually overhauled our popular Multiplex TwinStar ND Kit and granted a coat of paint.
The elegant design of Aircraftstudiodesign® underscores the timeless lines of this beautiful model.
Enjoy the power and the sound of two powerful engines at low flybys. A fascinating experience!
Rapid success he prepares beginners with its extremely forgiving flight characteristics. When aerobatic trainer of the highly manoeuvrable Twin Star ND convinced at: rolls, loops, stunts and precise spot landings. With its central design of the Twin Star ND is perfectly suited as a camera carrier and as an FPV model. Ideal transportation option provides the model with its span of 1,420 mm by its fast divisible wings.
So it fits in any car boot.
The model produced in Germany is typical from MULTIPLEX ELAPOR®- a special foam material in premium quality. The 3-S drive in the RR version of the Twin Star BL goes straight up and is safely controlled thanks to the standard MULTIPLEX servos in its path.
Pure summer feeling you experience with the optional float kit (# 733061). – NOT INCLUDED WITH MODEL

INCLUDED IN THE BOX:-
ELAPOR®- molded parts for fuselage, canopy, wings, side and horizontal stabilizers. GRP spar tube
for the wings, 2x motor mount with aluminum motor bulkheads. All parts required to assemble
plastic small items, linkage, vinyl decals and comprehensive instructions.

REQUIRED TO COMPLETE:
Transmitter and Receiver
2 x Motors
2 x Props.
2 x ESC’s with wiring leads
4 x Tiny S servos and Extension leads
3s 3200mAh lipo
Charger
Zacki Adhesive
General modelling Tools

SPECS
Material: Elapor
Level: 2 Hobby
Wingspan: 1420mm
RC functions: SR / HR / QR / motor
All up weight electric in grams: 1500
Flight time in minutes: 10
Total surface area loading grams per square decimeter: 31
Total surface area in square decimeter: 43
battery types / cells: 3S LiPo (Not Included)
construction in min .: 240 Approx