Advertisement

Considered a highly risky and unnecessary venture
by Kurt Tank of Focke-Wulf, the Fw190 eventually
proved to be probably the best fighter produced by
Germany in WWII. Design work was started in 1938
with the idea of using the BMW radial engine
wrapped by the smallest possible airframe. Initial
testing showed that, with the exception of engine
cooling problems, the Fw190 was a superb handling
aircraft, and production variants started rolling off the
assembly line in June 1941. Squadron use quickly
showed that the 190 was more than a match for the
British Spitfires and Hurricanes, and the 190 was well
suited to many other uses, such as dive bombing.
Several variants were introduced in succession, with
the A-8 version being the last of the fighter variants
to be powered by the radial engine. Later versions
switched to an in-line engine, thus the "short nose"
and "long nose" Focke-Wulfs. The A-8 version was
used until the war's end, side by side with most other
variants, and was a comparable match to the
Mustangs and later Spitfires.
The Fw190 A-8 variant was powered by the BMW
801D-2 radial engine, with a horsepower rating of
1700 hp. Water injection was used to boost takeoff
and combat performance. The Wingspan of the 190
was 34 ft. 5 ½ in, with a length of 29 ft. 5 in. Gross
weight was over 7,600 pounds. Armament varied
greatly, but the standard included two Mg131s in the
fuselage, and four Mg151s in the wing. A variety of
cannons, rocket pods, and bombs could also be car-
ried. Standard crew was one pilot, though there was
room in the aft fuselage to carry another person,
usually a downed pilot picked up during an emer-
gency. A two seat trainer was introduced in the latter
stages of the war.
Skyshark R/C Corporation
75 Mid Cape Terrace, Ste 7
Cape Coral, FL 33991, U.S.A.
Website: www.skysharkrc.com
email: cservice@skysharkrc.com

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Focke-Wulf 190A-8 and is the answer not in the manual?

Questions and answers

Summary of Contents for Skyshark Focke-Wulf 190A-8

  • Page 1 “short nose” and “long nose” Focke-Wulfs. The A-8 version was used until the war’s end, side by side with most other Skyshark R/C Corporation variants, and was a comparable match to the 75 Mid Cape Terrace, Ste 7 Mustangs and later Spitfires.
  • Page 2: Engine Options

    The wing fillets and other accessories are molded in plastic to ease the building and finishing chores! Thank you for purchasing the FW 190 from Skyshark R/C Corporation. For the first time, R/C enthusiasts have a A Word About the Building Options choice in scale aircraft designs.
  • Page 3 Skyshark R/C Corporation shall have no liability for any and all additions, alterations, and modifications of this product. Having said that mouthful, turn the page and start building...
  • Page 4: Horizontal Stabilizer Assembly

    9. Cut 3/8 x ¼ balsa stock to fit the leading edge, and Horizontal Stabilizer Assembly glue in place. Sand the leading edges to match the rib contour and sand to an airfoil shape. 10. Glue two H13s together and glue to the end of the stab at H9.
  • Page 5: Rudder Assembly

    Rudder Assembly 1. Glue R3 thru R7 into the slots in R2. 3. Cut a piece of ¼ x ¾ balsa stock approximately 2” longer than the aileron assembly and place the 2. Glue R1 to this assembly, aligning R1 to the top at aileron assembly on this piece.
  • Page 6 4. Glue a ¼ x ¼ balsa spar to W15 Ply spar, aligning with the bottom edge. For the left side, the balsa spar will glue to the front of W15. 5. Slide W1 into the center slot in W15. Temporarily slide the other W1 into the slot as well, but do not glue.
  • Page 7 14. Cut a piece of 3/8 x 1 balsa stock to fit between W1 and W2 for the leading edge. Glue in place. Sand the leading edge flush with W2. 23. Epoxy the Maple Gear Block to ribs W3, W4, W5, and W6.
  • Page 8 30. Cut two 1/16 x 4 x 36 and two 1/16 x 3 x 36 balsa sheets to 29”. Edge glue these sheets. Using the 36. Glue W7, W8, and W9 in place. Use slight upward same techniques as with the top of the wing, sheet pressure on the balsa spar to fully seat it in the rib the bottom of the left wing.
  • Page 9 48. Sand the aileron spar flush with the ribs. Lightly sand the spar to remove any high spots. 41. Glue W12, W13, and W14 in place. 49. Cut two 1/16 x 4 x 36 and two 1/16 x 3 x 36 balsa 42.
  • Page 10 62. Cut the opening in the top sheeting for the servo. Cut away the excess material at W1 and install the 56. Remove the tabs from the bottom of the ribs. servo. Remove the tab on the bottom aft of W1 and W2 and glue W20 Ply Holddown Plate in place.
  • Page 11 4. Glue a ¼ x ¼ balsa spar to W15 Ply spar, aligning with the bottom edge. For the left side, the balsa spar will glue to the front of W15. 5. Slide W1 into the center slot in W15. Temporarily slide the other W1 into the slot as well, but do not 10.
  • Page 12 14. Cut a piece of 3/8 x 1 balsa stock to fit between W1 and W2 for the leading edge. Glue in place. Sand the leading edge flush with W2. 23. Epoxy W22 Ply Retract Plate in place in the slots between W5 and W6.
  • Page 13 30. Cut two 1/16 x 4 x 36 and two 1/16 x 3 x 36 balsa sheets to 29”. Edge glue these sheets. Using the 36. Glue W7, W8, and W9 in place. Use slight upward same techniques as with the top of the wing, sheet pressure on the balsa spar to fully seat it in the rib the bottom of the left wing.
  • Page 14 48. Sand the aileron spar flush with the ribs. Lightly sand the spar to remove any high spots. 41. Glue W12, W13, and W14 in place. 49. Cut two 1/16 x 4 x 36 and two 1/16 x 3 x 36 balsa 42.
  • Page 15: Fuselage Assembly

    62. Cut the opening in the top sheeting for the servo. Cut away the excess material at W1 and install the 56. Remove the tabs from the bottom of the ribs. servo. Remove the tab on the bottom aft of W1 and W2 and glue W20 Ply Holddown Plate in place.
  • Page 16 13. The second stringer will run from F12A to F1A. 14. The third stringer will run from F12A, and butt against F8A. The other section will run from F3C to 6. Glue F16 cockpit floor in place. F1A. 7. Glue F18 in place. 8.
  • Page 17 17. Add sheeting to the upper forward fuse to complete that section. Trim and sand the sheeting at F3C to F19. Try to achieve a level surface across F19 - you may have 1/32” to 1/16” of sheeting not flush at the rear of F19 - this is OK.
  • Page 18 31. Continue the sheeting forward, but leave an open- 37. With the wing in place, fit and glue F2C to the lead- ing as shown. You will need access to this area when mounting the wing. ing edge of the wing. 38.
  • Page 19 Fuselage Final Assembly 6. Glue short pieces of tri-stock to the inside of F20 for added horizontal stabilizer support. 1. Cut the gun hood out and fit to the upper fuselage. 7. Align and glue the horizontal stabilizer in place. Cut the cockpit glare shield to fit as shown on the plans and in the photo.
  • Page 20: Control Surfaces

    Covering: Cover the airplane with the covering of your choice. The covering choices are too numerous to mention, but the airplane shown on the box was covered with film, painted, and clear-coated. It is recommended that the airplane and control surfaces be covered separately. Control surfaces: Locate the control horn positions.
  • Page 21 6. Glue C1A and C1B together. Cockpit Kit Assembly 7. Glue both C6 Pedestal sides to the cockpit floor. Angle the sides inward so they touch at the top. 8. Glue C7 Aft Pedestal Cover and C8 Forward Pedestal Cover to the pedestal sides.
  • Page 22 16. Glue C5 to the cockpit floor and the aft bulkhead. 12. Glue C2 Aft Bulkhead to the cockpit floor and F6A. 13. Glue C3 Seat Supports to the cockpit floor and the aft bulkhead. 14. Glue C4 Left Console Side Panel to the cockpit floor and the aft bulkhead.
  • Page 23 25. Glue pieces of ¼ x ¼ balsa stock into the slots in the bulkheads, starting at F10A. This piece will extend to F19, and will need to be beveled where it meets F19 26. A short section of ¼ x ¼ will run between F3A and F1A. Glue in place.
  • Page 24 31. Cut the left and right console instrument backing from the sheet provided. Glue to the appropriate consoles. 32. Glue the C17 Left Side Console to the console side panel, the aft bulkhead and the stringer. Note that the console will only contact 40.
  • Page 30 Skyshark R/C Gauge Face Assembly Instructions Paper gauge faces are located on the 3-view drawing that are included with the instruction manual. 3. Color any necessary parts of the paper gauge panel and apply glue to the front of the paper.

This manual is also suitable for:

Fw 190

Table of Contents