Quote:
2) Rodholders also hold water weight since they slant down towards the bow, instead of slanting to drain into the cockpit and out the scuppers.
Let's clarify that issue please.
1. Do the rod holders slant down to the bow when the PA is upright?
OR
2. Slant down to the bow when huli? (turned turtle)
The first is the minor issue. True your carrying some water around when upright. But water will only flood to the huli waterline when a huli occurs. Air is trapped in the bow tube extremeties..
The second is major as flooding has occurred below the huli waterline and may make it more difficult to upright as the whole tube is subject to filling from incoming waves.
In either case you need a plug for the holes with or without rods in rough waters that could flip you..
Sifistro on KFS has provided a plug solution for the no rod situation. Needs some doctoring, but it will be solved quickly.
But you need one to prevent flooding during a huli when rods are in the tubes.
A custom tapered closed cell or pool noddle material with a slit to the middle might do the trick. The problem is getting a tapered fit. and a distance typical to various rod lengths that permits insertion between guides. Difficult to construct on a homemade basis. But I bet Hobie could get something done that would pay for itself fairly quickly.
A simple solution would also be required to "lock" the rods in place. Maybe some sort of locking strap, bungy over the rod at the rear rod member support (terminology?)
If you have problems understanding this draw heavy lines on a piece of paper including a vertical arrow at the bow. Then fold the paper down so you can see the various lines on the reverse side of the paper (the arrow should point down).