Another continuing debate in the fly fishing community,
the decision whether to use a "Sinking Tip" or "Full
Sinking" line has more to do with what kind of water (i.e.,
moving water or Stillwater) you fish most frequently than anything
else. While a Sinking Tip or a Full Sinking line will perform adequately
in either moving water or Stillwater, one is far better than the
other in each of the specific circumstances.
For the angler who fishes mostly moving water (i.e.,
rivers, streams, brooks and "cricks" as they say out west!),
a Sinking Tip is a better choice than a Full Sinking line. The primary
reason is that the floating section of a Sinking Tip line keeps
the belly of the line on the surface preventing it from being dragged
downstream by the stronger currents found below the surface. In
addition, Sinking Tips allow the angler to "Mend" the
line to gain better control and virtually eliminate unwanted drag.
Conversely, Sinking Tips typically have a 5'-15'
tip which when stripped in Stillwater will be rendered almost horizontal
(and as a result very near the surface which is not always the desired
effect). Another negative in regard to Sinking Tip lines on Stillwater
is that the floating portion of the line will stay on top of the
waves making it difficult to set the hook (i.e., the angler must
pick up all of the slack in the line before he/she feels fish!)
When fishing Stillwater, a Full Sinking line allows
the angler to get below the chop to aid in hook setting while making
it possible to reach any depth desired (refer to Tech Tips "Sink
Rates" and "Uniform Sink"). As such, while not the
best choice for moving water, these are the line of choice for those
whom frequently fish Lakes, Ponds, Reservoirs, Flowages and Sloughs!
One exception is in regard to fishing large Sculpin patterns in
moving water. In some circumstances (i.e., wading vs. fishing from
a boat), Full Sinking lines can be effectively used to get your
offering down deep where larger fish lurk and a downstream drag
is not detrimental (i.e., Sculpins often flee downstream to escape
from predators due to the shape of their body which prevents quick
upstream movement).
Notes: