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5400
XOC™
Designed by Flavio Ikoma in Presidente Prudente, Brazil
Overkill? Yup.
For designer Flavio Ikoma, bigger is better. He brings this conviction to life in the colossally overbuilt, limited edition XOC™ /shock/ folding knife. It’s among the first in the world to house Deadbolt®, the mechanism that proves awesome strength doesn’t have to come at the compromise of simplicity and usability.
For designer Flavio Ikoma, bigger is better. He brings this conviction to life in the colossally overbuilt, limited edition XOC™ /shock/ folding knife. It’s among the first in the world to house Deadbolt®, the mechanism that proves awesome strength doesn’t have to come at the compromise of simplicity and usability.
- Deadbolt® lock innovation provides incredible strength and it's easy to use
- Premium CTS® XHP Blade Steel
- Carbon Fiber with Titanium Handle Inlays
Out of stock
Specifications
| Blade Length | 4.26" (108.15 mm) |
|---|---|
| Blade Edge | Plain |
| Blade Steel | CTS-XHP |
| Blade Finish | Satin |
| Blade Thickness | 0.18" (4.60 mm) |
| Overall Length | 10.38" (263.53 mm) |
| Closed Length | 6.25" (158.75 mm) |
| Weight | 11.00 oz. (311.84 g) |
| Handle | Carbon Fiber | Titanium |
| Style | Folding Knife w/Deadbolt® Lock |
U.S. Patent No. 9,833,912
Innovations
Overkill? Yup. For designer Flavio Ikoma, bigger is better. He brings this conviction to life in the colossally overbuilt, limited edition XOC™ /shock/ folding knife. It’s among the first in the world to house Deadbolt®, the mechanism that proves awesome strength doesn’t have to come at the compromise of simplicity and usability.
For years, Flavio Ikoma of Presidente Prudente, Brazil toiled over the mechanism that was to become Deadbolt®. Finally, it’s perfected: steel bolts interlock with the CTS-XHP carpenter steel blade when it’s deployed to yield outrageous strength. A prominent button sits at the pivot point on the burly titanium handle for simple disengagement.
As a finishing detail, Flavio added a discreet torx screw in the handle for deployment customization. Modify the blade detent for an easier or more powerful flip that’s all yours.
The overbuilt XOC™ is a showpiece with powerful capabilities.
How Deadbolt® Works
Steel bolts interlock with the blade when it’s deployed to yield outrageous strength. A prominent button sits at the pivot point for simple, intuitive disengagement without fingers crossing the path of the blade.
For years, Flavio Ikoma of Presidente Prudente, Brazil toiled over the mechanism that was to become Deadbolt®. Finally, it’s perfected: steel bolts interlock with the CTS-XHP carpenter steel blade when it’s deployed to yield outrageous strength. A prominent button sits at the pivot point on the burly titanium handle for simple disengagement.
As a finishing detail, Flavio added a discreet torx screw in the handle for deployment customization. Modify the blade detent for an easier or more powerful flip that’s all yours.
The overbuilt XOC™ is a showpiece with powerful capabilities.
How Deadbolt® Works
Steel bolts interlock with the blade when it’s deployed to yield outrageous strength. A prominent button sits at the pivot point for simple, intuitive disengagement without fingers crossing the path of the blade.
Presidente Prudente, Brazil
Some kids dream of being a ballplayer. Flavio wanted to be a knifemaker. In his adolescence, he worked on knives of the Japanese sword variety in his father’s shop. He has gone on to learn metallurgy, to work with Ken Onion, and to become a force for innovation. Not only has Flavio brought to market the revolutionary IKBS™ ball bearing pivot system (with Rick Lala), but he also showed the world that there’s impressive strength in simplicity with his game-changing Deadbolt® innovation.
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