i.pdf

(231 KB) Pobierz
<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01//EN" "http://www.w3.org/TR/html4/strict.dtd">
Assembly instructions for Concorde
1:144 scale
The Concorde story
Concorde is among the most attractive and easily recognized aircraft ever built. It is the most successful of the two supersonic transport (SST)
types to have entered service, and its graceful shape became a symbol of national pride for the countries that designed and manufactured it.
In the early 1960s both France and Britain were working on SST designs. The cost of development was so great that the two countries agreed
to combine their resources and the project was shared by British Aerospace Corporation and Aérospatiale. The resulting aircraft featured a
slender, needle-like fuselage with a ‘double-delta’ shaped wing.
Now named Concorde , the plane flew in March 1969 with the first supersonic flight in October. International interest was great and orders for
over 100 aircraft were secured. There was no precedent for a supersonic passenger plane, so testing was extensive and scheduled flights did not
commence until 1976.
Concorde was small compared to contemporary airliners, carrying only about 100 passengers in its narrow fuselage. These cramped conditions
were offset by the reduced flight time (about 3.5 hours for an average transatlantic flight), a high standard of flight service and the thrill of flying
at twice the speed of sound. Because of the plane’s nose-high attitude at low speeds, the nose forward of the cockpit was designed to tilt
downward, allowing better pilot visibility when landing.
During the early 1970s the number of airlines interested in Concorde dropped drastically, largely due to increased fuel costs, concern over engine
noise and sonic boom, and the crash in 1973 of a competing Soviet SST. Eventually only British Airways and Air France would purchase the
planes (Braniff International also leased two aircraft for a short while) and only 14 ever entered commercial service. After delays due to local
protests about the plane’s noise, the lucrative transatlantic routes to New York City began in 1977, and Concorde finally became profitable for
its operators. In addition to scheduled service it was popular with charter groups and at air shows worldwide.
Concorde’s reputation as the world’s safest passenger aircraft ended in July 2000 when a tire burst on an Air France flight taking off from Paris.
The tire debris punctured a fuel tank, and the resulting fire and engine failure caused a crash which killed all aboard.
The Concorde fleet was grounded for over a year while safety improvements were made, but when service resumed in 2001 it was in the
aftermath of the September 11 attack on the United States and passenger numbers were low. With maintenance costs rising, the aircraft was no
longer economically viable and in 2003 British Airways and Air France announced the withdrawal of Concorde from service. After a series of
farewell flights the surviving aircraft dispersed to museums across Europe and North America for preservation and public display. With the last
Concorde landing in November 2003 the age of supersonic passenger flight had ended.
The Model
This model is a 1:144 scale replica of the production version of Concorde. It may be built with landing gear extended or retracted, and with the
droop nose in one of four configurations. The model was co-designed by Ralph Currell and Erik te Groen.
Print out the parts document on 8.5"x11" or A4 size white paper card stock suitable to your printer. 67 lb. cover stock (approx. 8.5 thousandths
of an inch or 0,2 mm thick) is recommended. The last parts sheet (‘G’) is only necessary if the landing gear is to be extended.
A word of caution: this model is not suitable for assembly by young children, due to the use of sharp tools and the complexity of some assembly
steps. Previous experience with card modeling is strongly recommended. If you have any comments or suggestions regarding this kit, you can
contact the designers through their host sites at http://www.currell.net (Ralph Currell) or http://www.ariespapermodels.nl (Erik te Groen).
Tools
Before beginning, you will need the following tools and materials:
a)
a sharp knife for cutting
e)
a scoring tool or blunt knife for creasing the fold lines
b)
a flat cutting surface
f)
a glue applicator such as a small paintbrush
c)
a ruler or straight edge
(and a small container of water or glue solvent on hand to rinse the brush after use)
d)
white glue
concorde144_instr.pdf v1.1 © December 2011 by Ralph Currell and Erik te Groen www.currell.net www.ariespapermodels.nl Page 1 of 8
874462760.158.png 874462760.169.png 874462760.180.png 874462760.191.png
 
Hints
a)
Select a well-lit, comfortable work area that will remain undisturbed when you are not there.
b)
Keep your hands and tools clean when working, to avoid getting glue on visible parts of the model.
c)
It’s easier to stay organized if you only cut out those parts you need for each step.
d)
Make sure your knife is sharp. When cutting straight lines, use a straight-edge.
e)
Study the diagrams carefully, and always test-fit the parts before applying glue.
Assembly
In these instructions, the directional terms are from the pilot’s viewpoint facing in the direction of travel. ‘Port’ and ‘starboard’ refer to left and
right sides respectively. Scoring of parts is indicated by thin black lines outside the part’s outline, and by dashed or shaded lines on the part’s
surface. Score parts before cutting them out. In the diagrams, subassemblies are identified by a number within a circle (e.g.
), corresponding
to the step in which it was assembled.
Before beginning, choose whether the landing gear is to be in the raised or lowered position.
The centre and rear fuselage segments are assembled in steps 1–5 . Each segment comprises an outer surface (the “skin” of the aircraft), a
connecting strip and (except for the nose and tail cones) a former to provide strength and maintain the segment’s shape. Construct the long
centre fuselage segment ( step 1 ). If building with landing gear extended, cut away and discard the nose gear doors when cutting out the surface
part A2. Glue the connecting strip to the inside of the surface part. It is recommended that these parts be curled in the direction of their final
shape before gluing (this will prevent buckling when the combined parts are curved later). The strips have a thin line along the centre, which
must be lined up with the respective edges of the surface part. The segment is then rolled so the edges butt together and are held by the
connecting strip. For the centre section only, build the two identical former assemblies ( step 2 ) and glue the formers inside the fuselage ( step 3 ).
Note that the formers are not perfectly circular, and the small blue printed arrow on the former must line up with the body seam. Assemble the
remaining segments as shown ( steps 4 and 5 ), if necessary cutting the tail wheel opening on part C9, and join to the central segment.
Form the front and rear wing spars ( step 6 ) and glue into the fuselage holes so that they protrude the same length on each side. Add antenna
housings at top of fuselage.
Assemble the port wing internal frame ( step 7 ). Slide the frame on and off the fuselage wing spars to ensure it fits without difficulty, then attach
to the top wing surface ( step 8 ). Note that the outer (small) rib is aligned with the score line on the wing surface. If building with landing gear
extended, open the main wheel well in the lower wing surface ( step 9 ) and glue the wheel well detail to the inside of the wing. Attach the lower
wing to the wing assembly ( step 10 ) beginning at the inboard rear edge and working around the outer edges toward the front. Note that the outer
end of the wing droops downward somewhat. Use the printed profile as a rough guide to the wing shape.
Assemble the port engine splitter assembly and glue into the housing ( step 11 ). Attach the two rear housing formers and bend the rear sides to
shape ( step 12 ). Note that the bottom corners where the sides bend up have a sharp edge at the front, gradually changing to a round shape at the
back. Attach the top surface D20 and the thrust reversers D15.
Attach the engine to the wing ( step 13 ) using the printed shape on the wing bottom as a guide. The top rear of the engine should fit snugly in
the engine cutout at the rear of the wing. Form the flap actuators and glue to wing bottom using the printed shapes for location.
Build the starboard wing and engine as a mirror image of the port ( step 14 ). Glue the wings to the fuselage ( step 15 ). Assemble the wheel well
fairing as shown ( step 16 ) and carefully attach using the gray printed shapes on the wing and fuselage underside as a locating guide.
Assemble the vertical stabilizer internal frame ( step 17 ) and glue to the inside of the stabilizer surface ( step 18 ). Fold the stabilizer surface over
and glue the top and side edges together. Form the rudder actuators and glue to the stabilizer. Add the small vanes D7 to the assembly. Fold the
locating piece D13 and attach to the top of the rear fuselage, using the gray printed area as a locating guide. Attach the stabilizer to the fuselage
by sliding it onto the locating piece, ensuring the bottom edges touch the fuselage and the stabilizer is vertical.
At this stage, decide whether the cockpit visor will be in the ‘up’ position (typical for parked aircraft or in supersonic flight) or ‘down’ (used
for taxiing, takeoff, landing, and low speed flight). Note that sufficient parts are provided to build one cockpit assembly in each configuration.
Step 19 details the cockpit assembly with visor up. Steps 20-22 show the assembly with visor down. Step 22 shows the optional positions
for the droop nose.
Steps 23–25 are only necessary if you have chosen to build the landing gear extended. It will be helpful to create a temporary cradle for the
model so that it rests upside down without damaging the vertical stabilizer (for example two small boxes to support the wings). Assemble the
tail wheel as shown in step 23 . Build the main and nose wheels ( step 24 ). Depending on your skill level and preference, you may choose a simple
or a more complex nose and main gear. These are shown in step 25 .
Finally, attach the miscellaneous surface details to the fuselage ( step 24 ), using the printed blue marks on the fuselage as locating guides.
concorde144_instr.pdf v1.1 © December 2011 by Ralph Currell and Erik te Groen www.currell.net www.ariespapermodels.nl Page 2 of 8
874462760.011.png 874462760.022.png 874462760.033.png
 
1
Fuselage centre segment
Detail 'A'
If building model with landing
gear extended, cut away
doors on A2 as shown before
gluing to A1.
Open triangular holes (2 places)
and slots (2 places)
See detail 'A'
A2
See detail 'A'
A1
2
Fuselage internal formers (2 assemblies)
C8
A7
Fold to double thickness
and cut out shape
Bevel edge of former
with file or sandpaper
to allow easier insertion
to p
to p
C2
Small arrow lines up
with fuselage bottom seam
t op
3
4
Insert fuselage formers
Typical fuselage segment
C4
C3
C6
C7
t o p
Rear end of centre segment
3
At both ends of fuselage:
slide in former assembly
as shown and glue into place
top
5
Fuselage segments
C13+C14
C12
Front end of centre segment
C11
C10
C9
4
B3
B5
to p
B1+B2
If building model with landing
gear extended, cut away
doors on C9 as shown before
gluing to C10.
4
B4
Use blue printed shapes on top
and bottom of fuselage for location.
concorde144_instr.pdf v1.1 © December 2011 by Ralph Currell and Erik te Groen www.currell.net www.ariespapermodels.nl Page 3 of 8
874462760.054.png 874462760.065.png 874462760.076.png 874462760.087.png 874462760.098.png 874462760.109.png 874462760.119.png 874462760.120.png 874462760.121.png 874462760.122.png 874462760.123.png 874462760.124.png 874462760.125.png 874462760.126.png 874462760.127.png 874462760.128.png 874462760.129.png 874462760.130.png 874462760.131.png 874462760.132.png 874462760.133.png 874462760.134.png 874462760.135.png 874462760.136.png 874462760.137.png 874462760.138.png 874462760.139.png 874462760.140.png 874462760.141.png 874462760.142.png 874462760.143.png 874462760.144.png 874462760.145.png 874462760.146.png 874462760.147.png 874462760.148.png 874462760.149.png 874462760.150.png 874462760.151.png 874462760.152.png 874462760.153.png 874462760.154.png 874462760.155.png 874462760.156.png 874462760.157.png 874462760.159.png 874462760.160.png 874462760.161.png 874462760.162.png 874462760.163.png 874462760.164.png 874462760.165.png 874462760.166.png 874462760.167.png 874462760.168.png 874462760.170.png 874462760.171.png 874462760.172.png 874462760.173.png 874462760.174.png 874462760.175.png
6
Main wing spars and antenna covers
A5
A4
A3
A6
Glue into fuselage with
ends protruding equally
from both sides.
A3 end view
A3 side view
7
Port wing internal structure
E4
E3
E11
E8
E12
Arrows indicate 'up'
E6
E10
E5
8
7
Attach structure to inside of top wing
(Shown upside down)
Align outer rib
with this score line.
E1
(Inked surface shown facing down)
Score as indicated, using printed
lines on wing surface as guides.
Align rear spars
with this score line.
(Spar must not
protrude into cutout.)
concorde144_instr.pdf v1.1 © December 2011 by Ralph Currell and Erik te Groen www.currell.net www.ariespapermodels.nl Page 4 of 8
874462760.176.png 874462760.177.png 874462760.178.png 874462760.179.png 874462760.181.png 874462760.182.png 874462760.183.png 874462760.184.png 874462760.185.png 874462760.186.png 874462760.187.png 874462760.188.png 874462760.189.png 874462760.190.png 874462760.192.png 874462760.193.png 874462760.194.png 874462760.195.png 874462760.196.png 874462760.197.png 874462760.198.png 874462760.199.png 874462760.200.png 874462760.201.png 874462760.001.png 874462760.002.png 874462760.003.png 874462760.004.png 874462760.005.png 874462760.006.png 874462760.007.png 874462760.008.png 874462760.009.png 874462760.010.png 874462760.012.png 874462760.013.png 874462760.014.png 874462760.015.png 874462760.016.png 874462760.017.png 874462760.018.png 874462760.019.png 874462760.020.png 874462760.021.png 874462760.023.png 874462760.024.png 874462760.025.png 874462760.026.png 874462760.027.png 874462760.028.png 874462760.029.png 874462760.030.png 874462760.031.png 874462760.032.png 874462760.034.png 874462760.035.png 874462760.036.png 874462760.037.png 874462760.038.png 874462760.039.png 874462760.040.png 874462760.041.png 874462760.042.png 874462760.043.png 874462760.044.png 874462760.045.png 874462760.046.png 874462760.047.png 874462760.048.png 874462760.049.png 874462760.050.png 874462760.051.png 874462760.052.png 874462760.053.png 874462760.055.png 874462760.056.png 874462760.057.png 874462760.058.png 874462760.059.png 874462760.060.png 874462760.061.png 874462760.062.png 874462760.063.png
9
Optional (landing gear down)
Port wheel well
Score as indicated, using printed
lines on wing surface as guides.
G12
Line up printed image
with opening E2.
E2
If building model with landing
gear extended, cut open door
as shown.
10
Attach lower wing surface
E2
8
Begin gluing at inboard rear edge and work
around outer edge toward front.
Front view of completed assembly.
Outer wing curves downward as shown.
11
Port engine splitter and housing
D17
D16
Fold end tabs
to double thickness.
D21
D14
Front of splitter protrudes
through slot in bottom
of housing. Notch on
splitter rests against
rear end of the slot.
Score here only
Fold sides to vertical.
12
Port engine final assembly
D10
Fold to double
thickness then
cut out shape
D9
Fold to double
thickness then
cut out shape
D15
(2 pieces per
engine housing)
This side
faces the front
D10
D9
D20
T h i s s i d e
fa c e s t h e fr o n t
Bend D15 into this shape
Fold sides to vertical.
D15
D10
D9
Curve rear housing
surfaces to conform to
shape of rear bulkhead D10.
Note that bottom rear corners progress from
rounded shape to sharp edge.
D15
concorde144_instr.pdf v1.1 © December 2011 by Ralph Currell and Erik te Groen www.currell.net www.ariespapermodels.nl Page 5 of 8
874462760.064.png 874462760.066.png 874462760.067.png 874462760.068.png 874462760.069.png 874462760.070.png 874462760.071.png 874462760.072.png 874462760.073.png 874462760.074.png 874462760.075.png 874462760.077.png 874462760.078.png 874462760.079.png 874462760.080.png 874462760.081.png 874462760.082.png 874462760.083.png 874462760.084.png 874462760.085.png 874462760.086.png 874462760.088.png 874462760.089.png 874462760.090.png 874462760.091.png 874462760.092.png 874462760.093.png 874462760.094.png 874462760.095.png 874462760.096.png 874462760.097.png 874462760.099.png 874462760.100.png 874462760.101.png 874462760.102.png 874462760.103.png 874462760.104.png 874462760.105.png 874462760.106.png 874462760.107.png 874462760.108.png 874462760.110.png 874462760.111.png 874462760.112.png 874462760.113.png 874462760.114.png 874462760.115.png 874462760.116.png 874462760.117.png 874462760.118.png
 

Plik z chomika:

Inne pliki z tego folderu:

Inne foldery tego chomika:

Zgłoś jeśli naruszono regulamin