I How does the slanted mast track improve railing on a windsurf board?

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The discussion centers on the slanted adjustable mast track of a windsurfing board, which enhances performance by optimizing the board's balance during different wind conditions. The design allows the front section to rise, facilitating earlier railing in light winds, while the back section sinks for improved control when planing. A request for a mathematical explanation of how this mechanism works was met with resistance, leading to a conclusion that further inquiries on the topic would not be entertained. The thread was subsequently locked, indicating a desire to limit repetitive discussions. Overall, the focus remains on the technical benefits of the mast track design in windsurfing.
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Words from manufacturer:

"SLANTED MAST TRACK
The slanted adjustable mast track raises the front section to help the board get on its rail even earlier in light winds and sinks the back section below deck level to improve control in planing conditions."

source:https://windsurf.star-board.com/products-2019/phantom-race/
Starboard-windsurfing-2019-Phantom-Race-SlantedMastTrack.jpg
Can you explain with math example how this works,how improve railing even earlier?
"Railing" is sailing board on leeward rail,windward rail is slightly lift up...
(Please avoid verbal explanations)railing;

sss.jpg
 
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I asked in the last thread if all this is going anywhere and you didn't answer. That forces me to conclude it's an endless rabbit hole with no purpose other than to see how far we'll chase you. Well, you have your answer to that question now. By now you should be able to analyze this yourself and we certainly are not going to entertain a thread where we do all the work and you do none. Thread locked. Please do not start another one on this subject.
 
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