Complete kit 1.190,00 Euro
|
|
scale:
|
1:2,8
|
span:
|
2.355 mm
|
airfoil
|
Naca 2412 modifiziert
|
length
|
2.140 mm
|
weight
|
je nach Motor ab. 15.000 Gr.
|
engine
|
ab 80 ccm bis 120 ccm Einzyl. oder Boxer oder Sternmotor
|
Scale model Bücker B 131 Jungmann is the latest entry in the line of state of the art model products from Benja. The outer wings can easily be mounted by a plug in/tubing system. All the wiring is mounted to the wing struts for easy assembly on the flying fields. For service reasons the
lower middle section of the wings can be separated form the fuselage. Servos and needed electronics can be mounted directly into the tail
section. The landing gear has fully functional struts which absorb most of the „landing-g’s“.
Powerd by 80ccm the model takes off after just a few yards. The modified NACA 2411 airfoil creates enough lift for slow and safe take offs.
Sufficiant power is available for aerobatics with the Jungmann, i.e. loopings can be flown out of slow flights. Landing characteristics are a pleasure. It‘s as easy as with a trainer to land the giant model.
As well as all other kits, the Bücker kit is a complete concept kit. All parts are precision cut and easy to assemble.
The complete concept kit covers all needed materials to build thie giant scale model even metal parts are precision cut and lots of epoxy/glass
parts are added.
Seven yards of precision drawn CAD plans and a good description cover all information needed and more.
Cut out of air intakes is optional and depends on the the original version. Several options are proposed, however the most favoured one is
having the intake on the right side of the cowling. This is for the original
Hirth HM 60R engine. In case of building the Spanish license built CASA 1.131 the air intake is on the left side.
The big cowling offeres the opportunuty to install a wast variaty of model engines. From famous Seidel
radials to big singel pisten powerhouses. The prototype war powered by a ZDZ 120 Boxer. With this engine, the modell can go straigt up into the sky. It needs no further weight to find the CG.
|