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Kit3kat said..
I have also kited with a 9m kite in 40 knot gusts. That is despite the kite at times flying non-leading ege forward. With modern depower, board technique etc everything is possible. I am sure Robby Naish can go out with his 7m sail in 30 knots too and but for me mere mortal that's not gonna work.
What I can tell you is that I had the LT out in 20-25 knots with lots of direction changing gusts today. It was basically impossible to get going - The default position is impossible to hold due to the gusts yanking the sail left and right. and the bermuda sail is more flabby anyway. When you pull the sail even just 5-10 degrees from the default position it generates too much power. If I try and pull further I can't reliably hook in due to the sheer amount of force being generated. I put the harness lines superfar forward but even then I just didn't really have the strenght to pull the sail in enough. I also had problems with my stance as I stood too close to the mast (due to only needing to slightly pull on the sail to generate a lot of power).
I also couldn't really beachstart because the sail would generate immediately so much lift it'd yank me off - if i was being really careful the sail would end up being tilted too much backwards and the board would immediately spin upwind during the starting process.
So yeah.... eventually the sail just becomes too big. More experience obviously helps lol. I don't think there's anything the LT does better to tolerate higher wind than any other windsurfboard. the only thing perhaps is that the longer boom means it's a bit easier to tune the power in and out.
The board itself seems ok. I think the fin is a bit undersized on the LT as you have the huge daggerboard to generate more resistance if needed.
Sorry, but that's not the LT having problems. It's a specific board that needs specific longboard LT techniques. In winds where you can get 22+ on the GPS you should be able to go upwind with one hand on the boom and the whole kit locked together.
Put it this way - if you switched from a mountain bike to a road-racing bike without changing your stance, you'd be on the road with a bloody face and spitting out broken teeth in 10 seconds. If you tried to sail a skiff like you sail a Laser you wouldn't get off the beach. If you tried to sail an F18 cat like a Hobie 14 the rescue boat would be your only way home. Different breeds need different moves.
I'm not sure that the "default position" means, and the "bermudan sail" (???? all windsurfer sails are "bermudan") isn't flabby of set right. The general setting is to put the boom on 40 and, if overpowered, pull the outhaul until there is about 10mm between the extreme outside edge of the sail and the inner point of the boom. Then provide heaps of downhaul.
In a breeze your feet should be nowhere near the mast, particularly because the further back you can get from the mast, the further back you are along the booms and therefore the more leverage you have on the rig. Going upwind in a breeze the body is leaning back towards the wind, further than on a shortboard because the LT's deeper sail has more depth (power) and more drag, both of which you need to counter by leaning back towards the wind.
In strong winds the front foot should be about 40 CM BEHIND the mast and on the windward rail - not even in the same postcode as the mast. The mast is raked aft (as seen from the side) about 20-30 degrees and sheeted in hard. If you look at the boom when going upwind, the back of the boom should be vertically above the tail of the board and, when the rig is heeled hard to windward, above the windward corner of the tail of the board. So the sail is sheeted in hard, and you're leaning it well back so you are well back on the booms with great leverage.
Putting the harness lines "superfar forward" is completely and utterly the wrong way to go. They should be well aft. If you have narrow harness lines, maybe 15cm apart, in strong winds many of the top guys have the aft end of the harness lines at, or just in front of, the vertical mylar seam that bisects the window. Others who win nationals carry wider lines and have the aft harness line behind the window in a breeze, as in the pic below.
If the board still rounds up, kick the centreboard up until the trailing edge that sticks out through the deck is vertical. That reduces the tendency to luff up, and the board will now cruise upwind. The pic below was taken in significantly stronger winds than the strongest day of the Perth worlds, where people were doing 22+ knots during the races (ie not at optimal reaching angles) and the board was totally under control apart from getting a little bit crossed up in the strongest three or four gusts of the day. The sailor was waiting for operations on each hand so didn't have anything like full strength.