Hi Remmlinger, I would like to satisfy your interest in a 3D scan of a hull, unfortunately there is none as is I said the scanner is waiting for...
In my opinion resistance wil increase a little but not as much as maneuvreability especially in a harbour full of fishing boats and too less...
A little input from me: As far as I know AI is able to create realistic pictures but not as real-realistic as the renderings of OP. Pictures...
Hey Dieter, why not give it a try with your sailboat if it's a boat like the June Bug? For your new design: A 20 kg boat should be light...
Did you show them more than the two pictures you attached to your post? Maybe they wanna get some more information and get insight of what you...
Hey everybody, During my study I got interested in Arduino projects, started coding and after a while I got the oppertunity to follow a Python...
Hi @Boatyboatboat Viewed historically I guess the main reason for a not-rectangle shape is it's not as hard to turn as a (in side view)...
Since you started the thread I'm wondering if your design is made with help from AI. Is it?
I've built and programmed a 3D scanner with a lidar sensor. I'm not sure what you are using but I guess it's the built-in lidar from apple...
It's not too difficult to measure the breadth of the section and multiply it with the scale... ...or you should redefine your question. Maybe...
There are online-tools which converts pictures from different formats to CAD drawings.
Hi Thule, nice to see that it worked for you. In the table of offsets you have two columns named "z" and "y". These are the measurements for the...
I would recommend looking on the class society's website for building information and recommendations, for example are there also the offsets for...
So: z = length*sin(angle) y = length*cos(angle) just insert the length and the angle given for that specific coordinate
Since the x-coordinate is the same for the offsets of one station you only have the y- and z-components. For station 1 it would be (I'm switching...
I assume that wet feet's diagonals are a little bit off topic since you want to create a line plan based on table of offsets. The diagonals wet...
Yes, the origin is at the top of the stem. The european dinghy class society has extra files for the stemdesign etc.
There are lineplans for the europe dinghy somewhere on the internet, but it might improve Thule's learning process if he tries to draw the lines...
This is station 1. I can't fair the line since I'm on my mobile but I think you'll get the idea.
The 90° coordinates are the keel. The z-value is the deckheight. The y-coordinate (or 0°) the deckbreadth.
