Expert Evaluation
The fundamental operating principle behind
DEEPWATER RELEASE is dividing the
hydrodynamic resistance of the fishing-line
in two components:
A - Hydrodynamic resistance of the
vertical line (From the rod to the release clip).
B - Hydrodynamic resistance of the line
with the bait on it.
In both cases the hydrodynamic resistance of
the line changes: exponentially with speed,
proportionally with depth.
The A vector is some 10 times greater than
the B vector and because of this even a very
small change in speed or depth causes the
classical release to set off the line.
This problem is now successfully solved by
DEEPWATER RELEASE.
The fundamental operating principle behind
DEEPWATER RELEASE is dividing the
hydrodynamic resistance of the fishing-line
in two components:
A - Hydrodynamic resistance of the
vertical line (From the rod to the release clip).
B - Hydrodynamic resistance of the line
with the bait on it.
In both cases the hydrodynamic resistance of
the line changes: exponentially with speed,
proportionally with depth.
The A vector is some 10 times greater than
the B vector and because of this even a very
small change in speed or depth causes the
classical release to set off the line.
This problem is now successfully solved by
DEEPWATER RELEASE.
Vector
Vector
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Patent & Design (Techno design, Web design) All right reserved - NewDownrigger.com / Alfred Z. s.p. DEVICE FOR HOLDING A FISHING LINE - Dec.1990 - U.S.A. Pat.name holding
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Deepwater Release downrigger
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DEVICE FOR HOLDING A FISHING LINE
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DEVICE FOR HOLDING A FISHING LINE