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The combination of the table locating pockets and the clamping system you've come up with are going to give you the results you are going for. NICE WORK!!

Can you build it out of foam instead of wood?

I'm lost. Cost savings? Faster to build? Stronger or lighter weight? Doesn't seem like something for a first time home builder nor possibly even in a factory?

Love boats, love woodwork and love technology and precision - all wrapped up on this channel!

why is there 2 middle fingers on your spoil board lol

I’m curious. What CAM software are you using. I’m using Vectric cam software and it’s pretty primitive for 3D work.

you are selling me on this with the cnc strongback. just need the space! and also wanna see kinda the boat with someone in it and the free board

Thought of a gift for subscribers using the laser cutting machine would be a high-pressure laminate key ring with a 1/3 scale coaster layout design. Would love to be the first Aussie to have one!

Many thanks Dan for taking the time to provide clear and relative comments

Amazing 🎉

As a CNC operator by day and a boat builder by weekend, I am thoroughly enjoying this series. I plan on using some of these amazing techniques on my next build. Thanks for showing us what is possible. I really loved your melamine jigs for the frames.

Very nice. I have used that technique to hold stuff down. Only thing I did was screwed into the piece first and then to the spoilboard. That way you are sure that the piece is bottomed out on the spoilboard. CNC is only limited by the vision of the programmer. So cool.

Another fantastic step forward in your build. And a great video!

Incredible!

love the f*ckfingers on your router table😂❤👍🏻 keep the amazing work up! would love to build one myself 😢🤯🤑

For anyone looking to dip their toes into CNC take a look at the Lowrider by V1 Engineering, a very inexpensive way to get into this side of woodworking. Great video and glad that nerve wracking operation went so flawlessly :)

Love the video's question: Why not reverse render the frame holder? So you don't have to remeasure once you have to flip it to the other side. Plus, your production would be faster?

Must be so nerve-wracking, hoping the cutter doesn't go rogue and murder your piece right at the end. Love your innovative approach to an ancient craft - you might say, cutting edge!

what a fantastic job Dan! great! as usual... man

Dan, is there a sailboat build on the horizon? Or a you more a powerboat kinda guy?

Thank you for sharing! What's the spacing between each bulk head, length wise? (I am not sure if I am using the right terminology.)

Impressed and a bit jealous! Two thoughts for anyone making their own Temptress: 1) Watching your precise cutting of the stem will help me with my manual placement of the chine top rail and chine. 2) Routing a 1/4” radius on the back side of the stem will eliminate the need to plane the CNC-cut keel notches on each frame.

This feels like one of those collect your Bout in a weekly step by step build.

It is not clear to me how you established the datum that was the side of the glue-up you laid into the recess you cut into the spoil board. I guess there was a lot of extra in the glue-up. In that case you were just hoping that the real part didn't "stick out" of the glue-up somewhere as you milled it I guess. Yes, about using the rabbit plane to square off the bottom of the landings, couldn't you have just radiused edges of the planks that land there? Much less fussy than using a rabbit plane or chisel.

Why does your cnc bed have 2 middle finger cutouts on it 🤣

You are doing some amazing three dimensional work on a two axis machine Dan - testimony to what really can be achieved with good programming. As a retired furniture and cabinetmaker, I managed in the final years to buy, design and program a three axis machine for an employer and it was simply amazing what could be achieved - albeit after spending circa £200k but the productivity increase was phenomenal, never mind the new design opportunities that it opened up. Running a huge extraction system, the vacuum pumps and the machine, was costing £1k per month in electricity alone - and that was 5 years ago.

great to see-stunning

intresting way building trad boats !!👍👍👍

Gotta say , very impressive ; and there must be some Nordic dna in your heritage !!!

I’m not a wood guy, or a CNC operator, or a boat lover, but, this documentary I find enthralling and I can’t wait for the next episode. Thank you very much for showing me this fascinating technique. I have been just as fascinated in Leo Golding’s Tally Ho project Sampson Boat Company(RUclips) that clearly showed the manual process of lofting Tally Ho’s hull. I can recommend your viewers find the episodes on lofting. You are doing the same solution for complex compound shapes but in computer world. Kind regards Pete in Australia.

Curious to know how many man hours you reckon you saved by using the CNC here?

Watching CNC machining is fascinating and relaxing to watch , except for the first time I suspect! Been teaching myself some basic CAD designing as a retirement project so nice to see what can be achieved. Great videos thanks Dan

Very impressive programming and machining Dan.

Most modern woodshop facilities use their waste in a furnace to generate hot water for heating or steam to generate power or both. I worked at a large furniture maker who was doing this 20 years ago! Every machine was connected to a central vacuum, the giant bags were emptied regularly and the waste was pressed into brickettes for use in the furnace to generate heat and power for the factory offsetting their energy use from the grid.

Super nice! Very familiar process and you nailed it! 🤩 I had to do my stem in two halves due the fact that it's 220mm thick eventually. And my stem wasn't really very flat in the beginning so I had to plane it down from both sides before I started the carving. Haven't done the final shaping yet, the stem has 10mm steps on it. But I think that's easy to do by hand (or electric planer). One question; what kind of tolerances are you using with those landings and stuff? I've come up with 0,4mm (0,2mm on both sides) to be good with plywood/OSB joints. On my first parts there's none and they're gonna cause some trouble soon... 😅 Good stuff! Keep it up!

Fascinating project: sometimes craftmanship and technology is a form of art... Kudos...😎

Love it! With Tally Ho nearing its finish, its great to have another build to follow and learn from.

This is modern art - a stunning way to create a traditional result. I have no clue about CAD and CNC so this is really impressive to see! Thanks Dan!

I knew a boat builder back in the 70s who said that modern timber boat building consisted of turning big bits of wood into many little bits of wood, then gluing them back into a big bit again. I have found in some cases wastage of original material can be more than 50%, especially if doing re-sawing on a table saw.

lol that doesn’t look like the outline of boat parts on the spoil board at 2:00 😂

Love it Dan, but far too many ad breaks

Another expensive machine for you will be 3D scan:-) Will help to solve backspring issue. Well done, as usually.

Hello Dan, I am looking to build a wooden boat and need someone to design this particular style boat. Is it possible to email you more info? I enjoy you craft and style of wood working. As I build airplanes in similar fashion. Thanks for your time and info

Great little machine!

I’m wondering how often the base bars will need replacing and particularly the cost. That’s a how long is piece of string question of course and depends on a few factors not least of which is how careful you are with finding the “just enough” cut settings. Cool machine though.

Imagine what a 60W would do ! One thing I thought when watching this would be what would you think is the smallest viable work area to puzzle piece together a much larger frame - your temptress frame pieces are several feet long at a time generally - now whilst I have enough space to build a nice boat - I don't have enough space for a CNC machine and a boat!

That is so cool!

Would be really nice at making some sort of inlay designs. If that was something you'd thought about adding to the boat.

Great tool!!!

I've built several sportfishing boats on the east coast of the US with the cold-mold method. Very similar process, but your attention to detail and precision is admirable!