Thanks for the comments..!
More progress on a few fronts.
Still working to get the first plank layer smooth and profiled correctly so it serves as a good and sound base for the mahogany planks. Mainly using the proxxon belt sander with 80 grit at this stage.
Also been working on some smaller parts of the build. The front cabin now has mahogany panels cut out for the 'footwell', not varnished yet. I need access to the grating as there's a fan under it, so using magnets to hold the panels in place.
You can also see the start of the cabin cushions. These are 2mm ply with 3mm neoprene, ready for the cream faux leather at some point. I've made up some discs on the 3D printer to fit the holes taken out of the 6mm ply panels used for frame construction. They have a flange on the underside and are generally glued in place (as below), some are bolted where I may need access later.
And these are some of the bolted versions, the thickness of the discs is such that when the second magnet and it's smaller disc is in place, the surface is flush. So I just add a bit of epoxy to the second magnet disc, place the cushion and wait, it then looks like this:
And the cushion snaps into place.
I'm using same approach in other areas, so this is the cover for the motors, with the bench seat base on the left:
And in place:
Discs also in place (bolted just in case...) to retain the cockpit floor:
Sundeck will use magnets too, but at the moment I've just added some 3D printed clips that are positioned at the front edge for the sundeck, they're shaped to protrude under the sundeck frame, aim being to prevent the sundeck front edge lifting when out on the water.
Started to look at the seats too, trying to use the 3D printer to get some of the profiles, not there yet, a work in progress. The print approach makes for rapid prototyping....
Using magnets embedded in the prints, they're an interference fit and need pressing in, but I add a drop of cyano to make sure:
Final part of todays update... I've made up a mount for the steering wheel servo.
This also uses a collar to directly attach servo to the brass shaft. I found the basic design on 'Thingiverse', it's splined one end to fit the servo, and takes a securing screw down the centre, then provides an 8mm hole at the other end. I've made up a reducer out of more flexible TPU to make the brass shaft a push fit.
The mount uses a dovetail plate on the bulkhead so the servo can be added in after the forward deck is in place, and can be removed if needed in future.
So all in all I got a bit carried away playing with the 3D printer and need to get my act together with the sanding...
Best regards to all.
David.