SOLVED: How to model the PERFECT Asymmetrical Headstock Transition | Guitars in Fusion 360
Vložit
- čas přidán 4. 07. 2024
- In this video I show you how to model an angled and asymmetrical headstock with a volute for Guitars in Autodesk Fusion 360. This is an update to my previous video where I created a flat and symmetrical headstock transition and made a critical error leaving viewers struggling to reproduce my method in their designs.
0:00 Apology and Introduction
1:07 Neck Taper Solution
1:41 Angled/Asymmetric Profile Sketch
4:32 Drawing the Volute
6:55 Side Profile Sketch
9:51 Lofting Neck Profile Surfaces
11:19 Abandoning Intersection Curve
12:05 Extruding & Splitting the Headstock
13:41 Lofting Volute Helper Surface
15:10 Patch Left Side of Transition
15:47 Patch Right Side of Transition
16:21 Patch Remaining Surfaces
16:54 Stitching it all together
17:22 Parametrics
19:30 Analyzing Curvatures
20:21 Final Thoughts
SOLVED: How to model the PERFECT Headstock Transition | Guitars in Fusion 360:
• I thought this was imp...
How I modeled this guitar:
• Guitars in Fusion 360
Discord Server: Come chat with me and other viewers!
/ discord
If you like this video or want to learn more in Fusion 360; please like, comment, and subscribe to not miss any future videos!
Thank you!
#Fusion360 #CNC #Guitars - Jak na to + styl
Dangerous game: Take a shot for everytime I say "hide our sketches" xD
Can’t express how much I and many others appreciate your time and effort to post these. Thank you Austin
These tutorials are the best! I've come back to these time and time again when I'm having trouble getting a volute transition to work and these videos have always got me to the result I was aiming for. Thanks again for such helpful content.
That's a genius design, it's such a simple solution for a complex problem. Great job man.
I've been doing a firebird headstock all along. Angled and asymmetrical with a volute. I figured it out with the help of your last video. These are gold man, thanks.
Man, you just keep knocking these out the park bud. You're unstoppable!
Truly outstanding work! Love the ability to go back and tweak things.
really appreciate these videos. i'm new to fusion and love to see all the different ways to model with it. great set of videos
Better and better still! Bravo, Maestro!
Austin, Thank you for another excellent video. Watched it twice, and I'm working my way through it now. -p
Excellent work! Thank you again for your contribution.
Thanks so much Austin, this is really fantastic, and so well explained, very professional
This is amazingly valuable content, and you do a fantastic job of explaining. Thank you again so much!
very good tutorials and genius design/solution ...
Thanks man, that’s very very helpful ❤️ best explanation ever.
Great stuff sir. Tried several workflows before with acceptable results. This is however the simplest and best. Well done., subscribed.👍
Absolutely wizard 🙌
This is brilliant! Not just fewer steps than the intersect curve approach, but also MUCH easier to visualize (which was essential for me to be able to understand this). I will be trying this on my PRS neck this weekend - can't wait!
Its also interesting seeing your progress through different approaches, but one suggestion (for new viewers who might want to go directly to the best approach) - you could do a quick edit in the earlier videos that reference this one any say that its quicker and easier to understand. Just a thought.
Thanks again for sharing this. I have created the same process with a less smooth result and about 20 more steps. Nice work.
Great job!
Fantastic tutorials, really work well. Now just need to be able to apply this with the neckprofile using the control point splines in your other video. Tried it but came up with a few funky shapes when I tried making the neck asymetrical....maybe one for the next video?
Awesome stuff again! I like how you ditched the intersection curves. In hind sight, you just had to rebuild the intersecting surfaces again so this is a much better workflow.
Lately, one thing I have found useful is keep those trimmed/split surfaces. You can often reuse them as tool path control surfaces in CAM for various operations.
Exactly! I already built those surfaces at the end of the first video, but I could have just used those from the start to generate my curvature. :)
I tend to remove excess bodies to keep my timeline tidy - but I can totally see how keeping those would come in handy for CAM.
It's very helpful !
Wonderful!!!
Excellent as always, nice refinements! Although running into issues and fixing them (with your help!) was a great learning experience.
The next neck challenge I’m going to try is an angled headstock for a fanned fret - the geometries get a bit funky, and I need to thing really carefully about the workholding…
Mattia Valente If you have any brain storms on workholding, I'm basically in the same boat. I'm doing this now with blue tape, and two locating pins. Works, but I'd like to get to something more repeatable and "industrial" Probably get a vacuum at some point. It's an interesting problem, and I'll keep thinking about it. -p
very good! thanks
The video is very helpful. Thank you.
How can i change the surface to a solid model at the end? I used stitch, but it doesn't change to a solid model.
These videos are amazing! I've been following along and using these techniques on Solidworks. Are you familiar with SW? I'm having trouble creating the geometry for the helper surfaces on either side of the neck. I can't figure out how to extend the curve but have a broken entity that is below the fretboard surface.
Thank you Austin! This has been working great except for one little problem. When I try to alter the scale of the guitar to a multi-scale, i run into a whole bunch of issues with the constraints on the headstock shown here. Have you tried messing around with scale length after you constrain the headstock design?
Austin, I used a cubic spline for my neck back. In order to create the "helper curve for the volute, I just mirrored the spline, and trimmed it off. I feel like this may not be the best way. How do you create the helper curves if you use a cubic spline for the neck back? Thanks!
Awesome... Much appreciated 🙏. I was getting damn close to this result (thanks to your last video) but still a bit clunky getting there, this will clean some things up for sure. I normally use a neck profile on the first and twelfth fret. Is there a simple way to simply project this shape out to the nut line to create the helper surfaces? Or does that neck profile need to be drawn again from scratch on the nut line?
I don't think you'd be able to project it, because you'd end up missing the nut line like when I extruded the helper surfaces. What I'd recommend doing is drawing your neck profile at the nut (instead of 1st fret) and the 12th fret, then simply split your neck faces with the first fret line to give your neck profile at the first fret.
I followed your method and the result was fantastic, Problem is even though the headstock registers as a body it does'not act as one. It won't allow inspection it just disappears it can/t be combinrd with the neck error. It can be exported as a STL and slices..Any hints?
That's great Austin ..... I'm just going to ask you now: Would it be possible to get the sample file from Fusion for your asymmetrical headstock? That would be incredibly helpful for me :-)
Austin, every time I go to stitch my headstock to my guitar body I don’t get a solid body. What should I be checking?
That’s a great technique. Especially since you can change the parameters. Big ask.. will you be covering how you do cam between neck and headstock?
Thanks!! and yessir! My current plan is to have a CAM for guitar necks video out sometime in August. I will likely showcase both a flat headstock and an angled headstock to show the workholding and toolpath differences between both.
Hello Austin, I try to model my 6 string bass neck according to your design but when it comes to selecting the curvatures to close up the neck to headstock transition there are always curves that I cannot select. Thanks for your help,
Same! I'm having trouble with that as well.
Same problem here. I'm stuck in min 15:25. Any solution?
Very clever as a pensioner I have to slow it down to 50% to keep up with the cursor🤣😂. Thank you Austin, I'm learning a lot👍🏼
Sorry! 😀
Another viewer requested that I include keystrokes for the same reason. I'll keep that in mind for the future!
@@austinshaner Please don't apologise it's par for the course at my age Austin I'm learning and have enthusiasm again and at my time of life it's a good thing. Just have to work on retaining the knowledge now🤔
I am trying ti determine if I should switch from SU to Fusion and this video has been very helpful, but I have run into a wall.
I am at 21:55 in the video and the only way Extrude will allow me to extrude a line is to use the "Thin Wall" selection and it defaults to a pretty thick wall rather than a normal face. No matter how this I make the wall I cannot delete the parts I don't need. I can extrude and cut the parts that are on the plane, but I have not found a way the remove the parts that are curved up. Any suggestions?
Make sure you are using the extrude command in the surface tab, not the solid tab. (Orange, not blue) thin extrude like that is only available in the solid tab
@@austinshaner That got it. Like I said, new to Fusion. Thanks.
Could you use an angle of zero?
I believe so, but you would need an additional recess on the front like fender does.
Thanks for working so hard on this! I'm probably missing something completely obvious, but how do you select only half of an arc when using the loft tool? czcams.com/video/N8VcumXW41Y/video.html
Have you found a solution? I'm having issues as well.
@@bosticcustomguitars3249 If memory serves, I think you have to create 2 different arcs or splines when creating your neck profile sketches. But I truly can't remember.