1. Bowsprit from
the right side.
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2. Bowsprit from the left
side. |
3. Close up of the
anchor roller. |
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4. Bowsprit from
the side. You have to be very carefull with the windlass,
otherwise it could bend the supporting strut. If we only had known
that from the start.
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5. News March 2010: During the Stockholm boat show I asked Båtsystem why
their design was so stupid as the anchor could damage the supporting
strut. I was told that it should not if it is installed correctly. So I
got my hands on the installation manual and it clearly states that if
you have the anchor/chain roll in the bowsprit, you have to use position
4, not 1 as shown above.
So in picture the strut marked as #4 should be installed under the
letter "D" in Delta on the anchor. After pressing the issue the shipyard
delivered and installed a new supporting strut.
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Pictures by courtesy of
Båtsystem AB |
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Pictures by courtesy of
Båtsystem AB |
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New supporting strut
(Bobstay) for
the bowsprit (April 2013)
We had bought
a Code Zero in 2012 and realized the side
powers the bowsprit was exposed to. We wanted to be sure that the
bowsprit would not bend. We also wanted to get rid of the wiggling the
bowsprit did when I stood on one or the other side of it. The design
should be slim, withstand the forces of the Code Zero and still allow us to
use some kind of bow anchor. We had some help from Idelfix Too, a fellow
member of the MyHanse forum (www.myhanse.com), who is a
blacksmith and the result is shown below.
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1. We started with
stripping of all the teak boards off the bowsprit as it would be much
easier and lighter to remove. |
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2. Before we
removed the bowsprit we attached some pieces of plywood to it so we could
lock the supporting strut and by that show the correct angle (and
length).
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3. The naked bow with the
cutwater that we had installed earlier.
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4. Just an other angle of
the bow. |
5. This is what the
bowsprit looks like when we had removed it and locked the supporting
strut. |
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6. As the
blacksmith now had all the measurments he needed he cut off the bottom part of
the old supporting strut and reused it as it already fitted perfectly to
its counter part on the cutwater in the bow. To this he welded a
V-shaped strut that was attached to the bowsprit with bolts.
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7. The bowsprit
and the new supporting strut fitted back on the bow. The 16 kg
Bruce-anchor fits quite nicely between the legs of the V but was little
bit too tight which made the handling little bit difficult.
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8. Front view. To avoid
the anchor scrapping the strut we had to add some plastic
where the anchor meets the stailness steel tube. |
9. Close up of the
details. |
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10. Here you can
see we welded some small brackets to the bowsprit so the upper
part of the supporting strut could be attached to it. As you never know
what can happend with the bow we wanted to be sure that we can easily remove
and replace damaged parts.
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11. Close up of
the fitting.
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12. Different angle with
the anchor on. |
13. Here you can
see the both attachment points for the strut. |
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14. The bowsprit
without the anchor.
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15. Front view. |
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16. Close up. |
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Material:
Stainless steel.
Design: Marco Christensen and Ulf Suhr
Manufactured by Nyströms Plåt, Ulf Suhr |
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