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It's like a step down (speedwise) from the HAL, but a more fair comparison would actually be the SAL, since they both use an Ayous core. Overall it's still less stiff because Limba is flexier than Koto, and the Kevlar fabric used here is thinner (lower density).Again, beautiful work.
Could you compare this blade to the Xiom Hugo Calderano HAL?
No difference. The handle is not fully cross grained, there's a Purple Heart underlayer running vertically as usual. However, even if that layer didn't exist, there would be no difference in the stiffness of the blade.Interesting blade.
I am interested in the difference in stiffness caused by the cross grain handle.
This cant add as much as parallel oriented grain, so the blade may feel more flexy?
Ok, thats strange.It's like a step down (speedwise) from the HAL, but a more fair comparison would actually be the SAL, since they both use an Ayous core. Overall it's still less stiff because Limba is flexier than Koto, and the Kevlar fabric used here is thinner (lower density).
No difference. The handle is not fully cross grained, there's a Purple Heart underlayer running vertically as usual. However, even if that layer didn't exist, there would be no difference in the stiffness of the blade.
Mdf doesn't have any grain, there's no direction for any vibration to really travel in.Ok, thats strange.
I once made a blade with a handle made of MDF and it felt mushy.
As soon as I changed it to a normal wooden handle it felt a lot better.
The guy from our local tt shop even tells he needs hardwood handles as this adds some stiffness, so I assumed it should behave similar with a cross grained handle.
When you first cut the shape of the blade, and it does not have the handle pieces on, the blade is free to bend along all of it's length. If you measure the frequency at this point in the build process, it will be a lot lower than when the blade is finished. When you glue the handle pieces, you create a restraint, and basically create a cantilever, reducing the bending length. The bending point is roughly 1.5cm above the tip of the handle, depending on the stiffness of the composition. That's where blades often break due to excessive stress. Anything that happens below this point is irrelevant in terms of stiffness. In terms of vibrations and how that translates to hand feel? That's a different story... but once you allow the minimum conditions to create that restraint, it is done, you can't add more stiffness. And it does not take much to do it, just as long as the bond is good, a Balsa handle adds the same stiffness as a Ebony handle.Ok, thats strange.
I once made a blade with a handle made of MDF and it felt mushy.
As soon as I changed it to a normal wooden handle it felt a lot better.
The guy from our local tt shop even tells he needs hardwood handles as this adds some stiffness, so I assumed it should behave similar with a cross grained handle.
What's your number? Mine is 253, but I'm willing to wait a year for a blade to be made for me: good things don't come quicklyDude, I appreciate it, but let's be fair: I knew it was going to be a substantial wait list when I asked for a number. We're not "waiting for a blade for over a year", we're getting a number and going on with our lives until that day when we get to the front of the line. Really, don't sweat it. I wouldn't want you to hurry up and rush anyone's blade just for the sake of getting the queue down.
I know we live in the era of instant gratification. That doesn't mean we need to play into that all the time.
Keep up the good work! This batch of blades is looking great as usual
I'm at 194 but still figuring out what I would want when time comesWhat's your number? Mine is 253, but I'm willing to wait a year for a blade to be made for me: good things don't come quickly![]()
I don't really understand the properties of different materials (koto, kyri and etc.) and their "compatibility" with each otherWhat's your number? Mine is 253, but I'm willing to wait a year for a blade to be made for me: good things don't come quickly![]()
Maybe! 😂The 2 at the front are going to France, right?![]()
A quick and ignorant question. For the 2 Cybershape-esque blades, are the lighter and darker regions of the top ply due to springwood and summerwood or 2 separate veneers being spliced together?![]()
Finished the last batch of blades of 2025, getting them ready for shipping. Roughly 200 blades later the cycle ends, a new one will begin. It's been another tough year, a lot of work, some health issues, but many good things too! Hopefully, 2026 will bring new and better things to SDC, so that I can continue to improve, and create the best blades possible for you.
I wish everyone a wonderful new year!
Not ignorant at all. It's the wood, I veeeery rarely do joint top plies, actually I think I've only did it once.A quick and ignorant question. For the 2 Cybershape-esque blades, are the lighter and darker regions of the top ply due to springwood and summerwood or 2 separate veneers being spliced together?