TOPMODEL
TOPMODEL FOX MDM 1 Deluxe Version ARF Semi Scale glider model 1:3,5
Product number:
9705967
Manufacturer number:
02081DL
€1,639.99*
Not in stock. Available only by special order in approx. 2 to 6 months.
Fast ready-made model FOX MDM 1 "Deluxe" version
GFK fuselage
undercarriage, tailwheel
towing coupling
spoilers
ready applied decor
GFK fuselage
undercarriage, tailwheel
towing coupling
spoilers
ready applied decor
| Wing-span (mm): | 4000 |
|---|---|
| Flight weight approx. (g): | 8500-9500g |
| Empty weight approx. (g): | - |
| Control: | H,S,Q,LK,WK,SKU |
| Length (mm): | 2130 |
| Manufacturer: | Topmodel |
| Fuselage: | GFK |
| Wings: | Styro/Abachi |
| Rec. engine: | - |
| Rec. Battery: | - |
| Version: | ARF - ALMOST READY TO FLY |
| Airfoil: | HQ 2/12-2/10 |
| Flight Skill: | Advanced |
| Build Skill: | Advanced |
| Drive Type: | Without |
Aerobatic sailing model, which performs well in relatively calm weather, thanks to the wing profile good performance. The FOX has a wide speed range and sufficient stability. The wings are not only equipped with spoilers, but also with flaps. Deluxe version comes with ready-built cockpit removal, installed wiring of the servos, built-in suspension and towing clutch on. The decor is also finished.
The product FOX MDM 1 Deluxe Version ARF from TOPMODEL in the category Glider Models has a wingspan of 4050 and a weight of . The model is controlled via the functions H,S,Q,LK,WK,SKU*. The Model is Fiberglass .
* Explanation of control functions:
The product FOX MDM 1 Deluxe Version ARF from TOPMODEL in the category Glider Models has a wingspan of 4050 and a weight of . The model is controlled via the functions H,S,Q,LK,WK,SKU*. The Model is Fiberglass .
* Explanation of control functions:
- H ... Elevator
- S ... Rudder
- Q ... Ailerons
- M ... Motor controlled
- V ... Vector controlled
- SK ... Airbrakes
- WK ... Flaps
- WZFW ... Retractable Landing Gear
- SKU ... Glider Tow
- ( ) ... optional - control functions written in brackets are optionally available for the described model