![175](PampaCat-fotos/100_0175-p.jpg)
The industrial sewing machine used in PampaCat
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![141](PampaCat-fotos/100_0224-p.jpg)
The sail is crossed by strengthening tapes
20 mm polyester |
![249](PampaCat-fotos/100_0249-p.jpg)
Keel anchor seen from above
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![250](PampaCat-fotos/100_0250-p.jpg)
Keel anchor
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![aa](PampaCat-fotos/argolla%20y%20anclaje-p.jpg)
Anchoring keel finished with metal eyelet,
Seen from below, prepared for lines
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![ec](PampaCat-fotos/ensayos-cintas-detalle-p.jpg)
The tapes of booster and anchorage, and the rest
PampaCat materials have been tested until
breakage to verify data
provided by the manufacturers.
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![dy](PampaCat-fotos/dyneema-2mm-p.jpg)
200 m bobin of 2 mm dyneema
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![lc](PampaCat-fotos/loops-comparativa-p.jpg)
Compare loops, red and white,
from other paragliders, green sewn by CZWings
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![ld](PampaCat-fotos/loops-dyneema-p.jpg)
Sewing loops of 2 mm dyneema
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![365](PampaCat-fotos/100_0365-p.jpg)
First inflations in Bernasconi, 23-2-2008
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![388](PampaCat-fotos/100_0388-p.jpg)
Typical long lines from the original design of NASA,
providing maximum pendular stability
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![313](PampaCat-fotos/100_0313-p.jpg)
The white sail 45 m2 of PampaCat built
with 44 gr/m2 nylon rip-stop
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Tests on PampaCat continue ...
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