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Roma x tutti 2001 |
1 |
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Trofeo SuperOpen 2000 |
1 |
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Super Open Trophy 2000 |
1 |
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Giraglia 2000 |
2 |
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All
results |
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Once
Shining was launched, the Magic
Sailing Team’s adventure
got more thrilling by the minute… and its
organization knew no limits. The Open, designed
by German Frers
jr, features an innovative hull,
whose design reaped its first significant rewards
with the Barcolana
victories in ’99 and the year 2000,
and with the Roma
per Tutti race record in 2001.
Shining takes part in races where the overall
win counts (based on “elapsed” time
as opposed to corrected time), and where the boats
compete with the aim of setting a record for covering
the distance in the shortest time. Shining, therefore,
is synonymous with speed as well as technology.
In 2003,
the boat will be taking to the water again after
a thorough overhaul: see how Shining has been
transformed in the relevant boatyard section.
Here are some photos and comments on all the work
carried out. Shining, the hull with the finned
ballast… is ready to glide off towards new
challenges! |
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German
Frers jr.
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"Having formulated a number of solutions
approaching a skiff version of a 68' hull, I
came up with the idea of using the fins as water
ballast”, explains German
Frers jr., designer of SHINING.
“This system allows for a narrower hull
design with a much-reduced wetted surface, minimal
structural weight and excellent adaptability
at sea. The additional weight of the water in
the fins (technically, the ballast)
is nonetheless needed to counter the lightweight
structure and the fixed keel, which behaves
better when sailing on the wind than a swing
keel.
The fins stay above water level, using the
downwind fin for the stability angle in the
event of a sudden luff. If the boat capsizes,
the water tank will transform the boat into
an asymmetrical shape, so that she rights herself
immediately. The system has been designed to
move the mass of water from one side to the
other in 30 seconds
and to fill in less than 45
seconds. A special keel profile
was designed for optimum performance over a
wide range of speeds and to resist the strong
bulb bending moment.”
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