SpySmasher
Lead Guitar
- Joined
- Sep 1, 2016
- Messages
- 5,016
If you don't know who "Snecx" Tan is, he's a new knifemaker who has made some waves on Instagram for his obsessive attention to detail, futuristic esthetic, and his willingness to talk his way through the design process. So far, he's concentrated on folders with a screwless disassembly mechanic. I own one of his two production models -- the CKF "Terra" (far right in the picture below). His other screwless disassembly knife models are also pictured. He also did a screwless spinner with CKF back when spinners were a thing and a more conventional collab with Jake Hoback (neither pictured).
He's recently announced a new model, the "P2036" which features a new lock of his own design. He has expressed a lot of enthusiasm for this mechanism. I ripped these two videos from his Instagram. This prototype doesn't represent a final knife design but is meant to test the mechanism.
He's also made some fairly bold and exciting claims:
[UPDATE POST 26]
[UPDATE POST 34]

He's recently announced a new model, the "P2036" which features a new lock of his own design. He has expressed a lot of enthusiasm for this mechanism. I ripped these two videos from his Instagram. This prototype doesn't represent a final knife design but is meant to test the mechanism.
He's also made some fairly bold and exciting claims:
- He tested an all-aluminum prototype to destruction on a bench and when the aluminum frame failed (330 lb/inches, suspended statically) the lock seized open and didn't collapse.
- He's hoping to match Tri-ad levels of static strength, as well as having the knife pass impact tests, etc. He is hopeful that he can achieve this because the lock has "a similar concept of load transfer" as a Tri-ad but it is not "a lockback of some sort" nor is it like a Scorpion lock. However, "the lock ... has similarities to other locks." He expects it to be stronger than a Compression lock.
- Blade retention when closed, the force of breaking the detent, how the blade opens, how it locks in place, how it disengages, whether or not a change of grip is required for unlocking, and how the blade closes were all considered in the design.
- Ambidextrous.
- Grip reinforces the lock strength.
- Minimal parts.
- One-handed lock release without repositioning the hand.
- User serviceability is a major design point.
- Regarding the lock spring he believes that he "has some surprises coming based on this part alone."
[UPDATE POST 26]
[UPDATE POST 34]
Last edited: