- Joined
- Feb 28, 2011
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- 27,532
The BladeForums.com 2024 Traditional Knife is available! Price is $250 ea (shipped within CONUS).
Order here: https://www.bladeforums.com/help/2024-traditional/
Yeah, I'm very strongly thinking about picking one up as a gift for someone given that the holidays are coming. I don't love A/O or liner locks, but M390, US made, great ergos and KAI warranty for that price? Man, it's a hell of a deal.WOW. That's a very nice price for those specs.
Damn!! That's less than I paid for the s35 version!Is for sale over at GPknives. The Link isn't my cup of tea, but the price is honestly a little crazy for what you're getting with it.palonej , I know you dig the Link and you definitely want to take a look.
I cannot remember the last time I recommended anything by Kershaw, not counting ZT, but the Link is a good solid platform. It's great in s35vn, it'll only be better in M390.......especially at that price!Kershaw is pulling a Spyderco here putting such a nice steel in a budget-friendly knife. I wholeheartedly approve of this.
I should just get one of the Cold Steel budget XHP models, a Maxamet FRN Manix, and one of these and call it good.
truth about steel article says that kershaw generally does a lower hrc on there blades. what truth is their in that? i can believe it but would that do that to m390 sprint?
Can't go wrong with the link. I actually prefer A/O.
Might it be the geometry? ZTs are often ground a bit on the thicker side and geometry can have a profound effect on edge retention.I could see that. The Cedric & Ada Gear channel on YouTube has been doing a lot of edge retention tests, and they did find that the CPM S35VN on some (not all) ZTs tends to lose it's edge about twice as fast as the same steel on Kizers and CRKs. Obviously a lot of variables go into that, but I could see lesser heat treats being used on less expensive ZTs (and Kershaws) to keep prices down.
Nope.Might it be the geometry? ZTs are often ground a bit on the thicker side and geometry can have a profound effect on edge retention.