ALFA Model Focke-Wulf Fw 190D-9 Quick Start Gudie

ALFA Model Focke-Wulf Fw 190D-9 Quick Start Gudie

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Focke-Wulf Fw 190D-9
Catalogue No.: 2402

Technical data:

Wingspan:
Length:
Wing surface:
Propulsion:
Weight:
Controlled functions:
The Fw 190D (nicknamed Long-Nose Dora) was an in-line engine variant of the radial engine Fw 190. The in-line
engine instalation was designed to increase the aircraft's performance at high altitudes where the radial engine did not
perform well and American bombers operated.
Two previous Fw 190 development platforms attempted to solve these performance issues. Both the Fw 190 B and C
airframe series were developed to tackle this issue, all attempts to do had failed for various reasons.
The Fw 190D development began in 1942 at the same time as the B and C variants. The Fw 190A – 8/9 airframe was
strengthened and both the nose and the tail of the fuselage were lengthened to accommodate the Junkers Jumo 213A
(bomber) engine. Kurt Tank, the designer of the Fw 190, had always preferred the DB 600 series engines, especially
the DB 603, but they were in short supply due to the requirements of Bf 109 and Bf 110 production; thus Tank had to
make do with what was available, which was the then-new, Jumo 213. The liquid-cooled 1,750 hp (1,287 kW) Jumo
213 A could produce 2,100 hp (1,508 kW) of emergency power with MW-50 injection. The first Dora to make it into
volume production was the unpressurized D-9 model. To keep the design as simple and as aerodynamic as possible,
Tank used an annular radiator installed at the front of the engine, which gave the appearance that the D-9 was still a
radial engine-powered aircraft.
As Fw 190D-9 was used in the anti-fighter role, armament was generally lighter compared to that of the earlier aircraft
- usually the outer wing cannon were dropped so that the armament consisted of two 13 mm MG 131 machine guns
and two 20 mm MG 151/20E wing root cannon.
First impressions by fighter pilots of the Fw 190D-9, with its bomber engine, were not enthusiastic. These impressions
were not helped by the fact that Kurt Tank made it very clear that he intended the D-9 to be a stop-gap until the Ta
152 arrived. However, when they first flew the Dora-9, they were impressed. Sporting excellent handling and
performance characteristics, it became very clear that the Fw 190D-9 was nearly the perfect response to the
Luftwaffe's need for a high-altitude, high-speed interceptor. The Fw 190 D is considered the best piston engine
Luftwaffe fighter used in quantity ( almost 700 aircrafts produced ) during the Second World War.
Reference:
Aero Detail 2, Focke-Wulf Fw190D
Kagero, Focke-Wulf Fw190,vol.IV
432 mm / 17 in
428 mm / 16.85 in
2
3,2 dm
/ 50 sq. In.
Brushless motor 5-7 g / 0.18-0.25 oz, 2000-3000kV
max. 65 g / 2.3 oz
motor, ailerons, elevator, (rudder optional)
www.alfamodel.cz
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Summary of Contents for ALFA Model Focke-Wulf Fw 190D-9

  • Page 1 Focke-Wulf Fw 190D-9 Catalogue No.: 2402 www.alfamodel.cz Technical data: Wingspan: 432 mm / 17 in Length: 428 mm / 16.85 in Wing surface: 3,2 dm / 50 sq. In. Propulsion: Brushless motor 5-7 g / 0.18-0.25 oz, 2000-3000kV Weight: max. 65 g / 2.3 oz...
  • Page 2 The model is not intended for beginners. Its flying characteristics depend substantially on its all-up weight. Make sure that the maximum permissible weight is not exceeded, and keep to the weights suggested in the instructions. The airframe weights 30 grams, leaving 35 grams for the equipment. Once the all-up weight is above 65 grams, the controllability and flying quality of the model is strongly reduced.
  • Page 3 Kit content (extra) 2402 E 2402 RC equipment Solder the cables with the feed connector (JST-BEC) to the controller, solder also the motor cables to it (check the sense of rotation) and, eventually, shorten the cable to the receiver. Solder either to the shortened controller cables, or, with maximum care, directly to the controller board (saving weight in this way).
  • Page 4 Battery cover, propulsion unit, canopy/cockpit Slide the battery compartment cover slightly forwards so that its rear edge clears the edge of the canopy. Then remove the cover moving it upward / backward. Replace the cover in opposite sequence. The motor is attached to the motor bulkhead by screws, two suffice. Insert the controller through the lower opening in the bulkhead into the engine tub and attach it with pieces of self-adhesive hook-and-loop tape to the fuselage bottom.
  • Page 5 Aileron control Wrap the servo body with self-adhesive tape to both keep it in one piece and to protect it from the effects of glue on its surface or even penetrating inside. Smear lightly the tape where the servo will be glued with UHU Por to provide for a stronger bond of the glue when attaching the servo to the wing.
  • Page 6 Elevator and rudder control Prepare the servo for installation the same way as the aileron servo (tape, bushing the arm). Insert the control rod into the bushed out opening in the servo arm, place the arm on the servo shaft so that the arm axis would be roughly perpendicular to the control rod and secure with screw.
  • Page 7 The rudder control enables to fly with the model a wider range of aerobatic figures, but for daily flying it is not necessary. If the model is equipped with individual servos, controller and receiver, the installation of the rudder control with its third servo and control rods is not recommended due to the consequent increase in all-up weight.
  • Page 8 After trimming for powered flight, climb to a safe height and try flying in some border regimes - especially test the behaviour of the model during impending and fully developed stall. With the properly trimmed and tested Alfa Model Focke Wulf Fw190D-9 it is not necessary to wait for a calm – it can easily handle wind to 3 m/s.

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