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The entire interior is drawn on the
shop floor to scale
before any construction is started. This allows the customers to
do a 'walk-thru' to ensure the interior is as they have
envisioned.
This is the time to change floor plans when tables or walkways are not
large enough or too large. |
The ribs are placed as the first step
in creating the
shape using the vertical and horizontal lines of references and the
spacing
the designer specifies. |
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Once the ribs are in place, battens or
stringers are
fastened to the ribs to allow the attachment of the Airex® foam
core. |
After all the Airex® foam has been
attached and faired,
the outer laminates are applied. This cat uses Gougeon
PRO-SET®
Resin and hardener. The epoxy is applied by hand and squeegee for
proper penetration and resin content. Multiple laminates required
by the designer are applied at the same time. This ensures a
primary
bond, the strongest type. |
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External bracing to ensure hull does
not deform while
preparing the interior for a multiple laminate. |
Carbon Fiber is applied at a 45 degree
angle. The
second layer of carbon fiber is laid opposite at 45 degrees. |
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A third laminate of uni-directional
roving is laid horizontal
to the drawn waterline (dwl). All this is done in a primary layup, the
same day at a controlled temperature. |
Once the interior layup is complete, an
exact pattern
for the structural bulkhead that will be placed here. |
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The pattern is transferred to Airex foam
core and the
laminate is applied. The bulkhead is now ready for installation. |
Laminated Airex® cored
bulkheads are placed
into position, numbered and the connection number marked. The
number
corresponds to the laminate schedule for attachments. |
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Certain bulkhead have additional layups
which the designer
requires. This bulkhead has several staggered laminates to help
reinforce
the main mast bulkhead. The laminate layout is drawn to ensure
exact
placement. |
The Gougeon PRO-SET® we used
required a high temperature
post cure. |
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A surveyor "sounds" the hull to make
sure there are no
voids. |
While the hulls are still upside down,
fuel and water
tanks are built-in. This ensures cleanliness and is easier to
construct. |
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The tank baffles and tops are finished
in white epoxy.
The top of the tanks are also the cabin soles. |
The AeroRig® requires a very strong
"bearing base."
(aka "stealth fighter" base.) Exact layout of the reinforcement
laminate
schedule is critical so each laminate is drawn and numbered. |
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Once the "stealth fighter" base has all
its laminates,
the underwing stringers (stiffeners) are placed. Additional
carbon
fiber is applied and the rest of the laminates added. Most of the
fairing is done before righting. |
The latest technology on bottom
coatings is applied.
This copper mixed in epoxy matrix and squeegee applied and rolled
flat.
This anti-fouling system has a 10 year life before hauling out is
required. |
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Righting of the hulls and bridgedeck. |
Aligning the hulls and bridgedeck for
attachment. |
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The deck ribs are installed, battened
and PVC foam installed.
The designer has a laminate schedule for this core. |
The 'stealth fighter" base, which is
now right side up,
must be finished. A lot of the laminates are the same on this
side.
A solid wood base and extra carbon fiber are added. |
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The very large shower is built into the
bow of each hull. |
The shower doors will be clear acrylic
and will be etched
with whales, dolphins, and other sea life. |
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The bow cross tube is built similar to
the hull using
Airex® foam core, carbon fiber, E-glass with epoxy resin. It has a
slight crown to it and will be installed with a few degrees of upward
angle. |
On-going fairing being done on areas
where laminates
are complete. |
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Hull fairing nearing completion, the
first coats of epoxy
have been applied. |
Adding another port light in each
shower. |
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"Taking Shape" fairing finished
and now being readied
for the first coats of high build epoxy primer. |
Ram Air Scoop for engine room
ventilation |
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