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Thank you for purchasing the JU-87 Stuka from Skyshark
R/C Corporation. For the first time, R/C enthusiasts have a
choice in scale aircraft designs. Our goal, through comput-
er technology and state-of-the-art production techniques, is
to  offer  aircraft  which  in  the  past  have  not  been  modeled
simply because they weren’t popular enough to justify mass
production. Our production techniques allow us to produce
aircraft which, though not as popular and well known as P-
51s  and  P-47s,  still  offer  historical  significance  (good  or
bad!), Good looks and flying characteristics, and a unique-
ness that is sure to turn heads wherever you take your air-
plane!

Your airplane has many unique features
in its design:

CAD Design

CAD  design  allows  strength  to  be  built  into  the  airplane
without sacrificing weight. Accurate parts design and place-
ment ensures a perfect fit.

CAD Drawn Plans

The plans in this kit are not copied from a master set! They
are  originals  drawn  directly  from  the  CAD  program  where
the airplane was designed. We do this because it allows us
to  use  color,  which  helps  you  better  visualize  the  various
components of the airplane, and we can use better quality
paper,  which  greatly  reduces  the  possibility  of  shrinkage.
Since you’re going to build directly on the plans, they ought
to be the proper size! Also, parts placement is guaranteed
to be accurate, so you can build a better, straighter model. 

Laser Cut Parts

The  same  program  that  generates  the  design  and  plans
also drives the laser, so every part is reproduced exactly as
it  was  designed.  Laser  cutting  also  allows  us  to  fit  more

parts on each sheet of wood, reducing the waste, and low-
ering the cost to you. Since laser cutting does not have the
same  limitations  that  mechanical  cutters  do,  small  and
hard-to-produce parts are simply a computer file away, so
you get a more accurate airplane.

Plastic and Fiberglass

The cowl is accurately reproduced in high quality fiberglass.
The  canopy  is  accurately  reproduced  in  clear  plastic,  and
the wheel pants are reproduced in heavy duty styrene plas-
tic.

A Word About the Building Options

Engine Options

Many parts of the country (and the world) sit at higher ele-
vations. At 7200 feet, a .40 size airplane will barely fly with
a .40 engine. The engine size range of .45 to .61 for this kit
is  designed  to  compensate  for  engine  performance  loss
due to elevation. Below 3500 feet in elevation, a good .45
will  fly  the  Stuka  with  authority. Above  3500  feet,  a  larger
engine  will  help  return  the  airplane  to  sea  level  perform-
ance.

Electric Options

Electric  conversion  on  a  kit  this  size  is  very  easy  and
straightforward. You will simply need to plan for a battery
hatch in order to save having to remove the wing for bat-
tery changes. 

Retract Options

Right!

Flaps

The flaps  can be made functional. A linkage arrangement
is shown on the plans, explained in this manual, and some
required parts are provided. The scale offset hinging system
makes  functional  flaps  as  easy  as  adding  a  servo!  Some
adjustment  of  the  flaps  will  be  required  whether  the  flaps
are  functional  or  not;  remember,  the  surfaces  are  airfoils,
and need to be set for optimum flight performance.

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Содержание Stuka

Страница 1: ...inavia and Russia Only the Battle of Britain would humble the mighty Stuka showing that it couldn t succeed against deter mined fighter opposition The Stuka has a wingspan of 45 feet 3 inches a length...

Страница 2: ...drives the laser so every part is reproduced exactly as it was designed Laser cutting also allows us to fit more parts on each sheet of wood reducing the waste and low ering the cost to you Since las...

Страница 3: ...anyway A vibration dampening motor mount is recommended for use regardless of engine choice so select a mount suited to your particular engine This aircraft is not a toy It must be flown in a respons...

Страница 4: ...lue Vertical Stabilizer Assembly 3 Sheet both sides of the vertical stab So not sheet the tab on S2 4 Sand the leading edge to shape Sand all the edges smooth 1 Glue E2 into the slot in E1 Guides for...

Страница 5: ...d left side Repeat the be careful part 1 Glue R2 into the slot in R1 Repeat for R3 R4 R5 and R6 2 Bevel the edge of R1 to match the contour of the ribs 3 Fill the open bay between R2 and R3 with scrap...

Страница 6: ...vo Tray into the slots in W1 and W2 Slide W3s in place and pin to the board 7 Slide W4s with W4Bs facing inward in place and pin to the board 8 Glue all the pieces at this time Add tri stock to the co...

Страница 7: ...t but allow a slight overlap on the edges this will be trimmed later Allow for at least 1 2 overlap of the trailing edge Sheet the angled section Repeat for the other side 25 Trim and sand the sheetin...

Страница 8: ...r sections of the center section 36 Trim the sheeting flush with W2 and trim and sand the trailing edge even with the top sheeting 37 Add 1 8 x spacers to W2 to support the bottom center sheeting just...

Страница 9: ...d glue in place see plans for location 12 Select two 1 16 x 4 x 24 sheets Cut a 1 16 x 3 x 36 balsa sheet in half Edge glue the two 4 sheets and one 3 sheet to form the top sheeting 13 Trim the leadin...

Страница 10: ...Edge glue the two 4 sheets and one 3 sheet to form the top sheeting 13 Trim the leading edge to fit and sand the inner edge to match the center section sheeting Sheet the top surface of the right win...

Страница 11: ...assembly Fuselage Assembly 1 Pin two x x 36 balsa spars to the fuselage top view as shown Cut a x balsa stock for a fin post Glue in place Bevel the ends of the spars to fit at the fin post 2 Bevel th...

Страница 12: ...alsa scrap to the edges of the fuse at the x spars This will elevate the sheeting by 1 8 to allow the bottom sheeting to attach 14 Using 1 16 x 4 x 36 balsa sheets sheet the fuse lage Pick matched den...

Страница 13: ...els Hold the wing in it s aligned position while the glue sets 30 Align the trailing edge of the wing with the fuselage and mark it s location Drill a hole through the wing center section correspondin...

Страница 14: ...edure with two AH 2s and again with two AH 3s 3 Note that the aileron halves are marked top and bot tom and side to side Start with the left bottom aileron half Cut a piece from the 1 16 wire provid e...

Страница 15: ...ges are the same and use the same assembly techniques as with the aileron hinges Make two hinges 10 Angle drill the hinges to match the slots in the flap and cut the 1 16 wire to fit Slide the hinges...

Страница 16: ...servo Use the W4 Incidence Gauge to set the outer flap section The flap and aileron should be even with both centered Adjust the inner flap section to match the outer 1 Glue F25 Cockpit Bulkhead to th...

Страница 17: ...ontrol arm positions and install the control arms Final sand the control surfaces Locate the hinge points hinges and other hardware are not provided int he kit because everyone has his own preferences...

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Страница 20: ...enses fit into the laser cut holes 3 Color any necessary parts of the paper gauge panel and apply glue to the front of the paper DO NOT USE CA for this step the fumes from the CA will cloud the gauges...

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