Took me 10 years of tinkering to get it right.
I’ve got too many questions to ask you on this. Maybe later.
They don't allow guys n' gals with ruddered yaks.
I’m a complete believer in a rudder capabilities being many steps better than the capabilities of a skeg. It’s quite straitforward: rudder has same blade but with an additional whole range of possibilities. It’s just that the usual blade in the usual location with the usual system comes with it’s own drawbacks – mitigated somewhat by what you’ve done it sounds like.
But I tell you, oldsailer's right about them Mariners. They got some kind of smack down happening out there with a good paddler driving - no skeg, no rudder.
heresy, but I have a problem with general purpose vessels that are pointed on both ends that only are designed for going forwards. Not my type of paddling. (specific designs for specific purposes, I have no prob with ie surfyaks and many others)
As for a big gaping hole for an understern rudder . . . .
It’s a matter of comparing 2 approaches. I would far rather have a thin slot in the hull versus alternate issues of exposed mechanism to damage, injury, rescue and tow compromises. And I do give that the rudder examples shown have huge wide unnecessary slots – even the best example has to accommodate the width of an extra housing and mechanism.
And like we discussed on Beaumont beach, there are mitigating factors that can be used for the slot (skeg or rudder depending) – offset a few inches from the keel, jam release line, belled slot, thru slot, non axled, 180 rotator or 360 rotator, small separated twins, etc. etc.
I'd also like to see how these Hydroskegs/rudders effect
I'd like to get some feedback on the Hydroskeg rudder. Lots of positive comment coming in about the skeg, but not much on the rudder yet.
The Karitek hydroskeg/rudder would prob be only a few pounds more than a typ skeg, so no imbalance issues there. And prob just double the mechanism weight of their skegs for the additional steering capability.
However even with only the pictures, we can make some preliminary comments about both the skeg and the rudder.
Skeg
Firstly, it is a well engineered and thought out approach for both skeg geometry and the equally important actuation. A clear, direct approach that is missing from many skeg designs. It suffers from being over engineered however, with all kinds of extraneous bulk added in the interests of having an 2ndary inserted housing to hold the slave cylinder as well as the skeg itself. Plus there is the extra bulk of the master cylinder being under the deck actuator knob. Summarizing, a thoughtful skeg but in too huge of a presentation.
(I can’t see enough to comment about the line or rod deployed options)
Rudder
It is based on the skeg above, but above size criticism can be lessened somewhat as it is a much more complex problem. However the final engineering is not to the same degree as the skeg as the foot steering looks way too cumbersome, the steering slave and tiller is completely exposed to jamming or damage from packed gear and drybags. As well, I do not see how the steering mechanism stays engaged upon retraction and I just wonder if this has not yet been dealt with. Whatever the situation, a provocative work or work in progress – too clunky and prone to jamming for now. And at about $800, a little pricey too!
mick