Noss posted more videos...

I like Noss's videos. They're entertaining and informative. Are they entirely objective? I personally like seeing an extreme test, even if it is way beyond the realm of what I'll do with the knife. Too many boring knife reviews on you tube of people batoning with silly dialogue. I've only watched a few knife review videos which held my attention through the entire video. The knives may not be "made" or "designed" to stand up to a particular test. Who cares? It is still impressive to see what some knives can do. I found out about Busse Knives through Noss's videos, I have a Busse and a Swamp Rat on order. I plan on never doing any of that with any of my knives, but it's cool to see what they can or cannot do.

Drink a beer and watch a guy beat the hell out of his knife, better than TV.
 
I have just recently gotten into this knife thing. I find so much of it fascinating. The different designs, the locking mechs of folders, and the various steels each having different balances of different properties. I have heard much about infi steel. It is undoubtedly the most talked about metal on these forums and I had read about this Noss fellows videos with much heated discussion. Im kinda surprised that people get so wound up over what is to me entertainment while also being an interesting but unscientific test. I was under the impression that all he did was strictly ridiculous stuff but the firt few seem reasonable then goes way beyond normal. I dont understand how some folks get so upset over this when they find what he does is pointless. If it is pointless then it shouldnt bother you because the outcome would not matter. I admit that I find the outcome very interesting despite the fact it has only a bit to do with cutting but the durability of a hard use knife is important and I found it incredible how the tip of that Skinny Ash maintained its integrity after going through what it did. That blew me away because it wasnt the beefiest tip in appearance. Incredible. Like it or hate it, that will sell people on Busse because that was impressive.
 
I just dont get all the hate for Noss's videos. He took knives, chopped concrete, cut webbing, cut card board put them in vice grips and hit them with hammers. why does that need to be scientific? Its not like when you are hard using your knife, you are measuring the velocity of each hit or swing. who cares? some knives held up better and some didnt. I dont know if he had a following. i dont care. I googled knives when i was looking for a good one and his vids came up. Busse did really well, so i bought one. and behold, its an awesome knife. nothing else matters. If he wanted to be uber scientific he could have programmed a robot to hit the knives with exact velocity. But thats not practical. It seems like some of you know him personally and have a vendetta against him. how could his videos possibly make people mad at him??
 
I think Noss's tests are reasonably practical and standardized: he starts easy and goes to hard, does pretty much the same with every knife, and some do much better than others. Even Busse's 3/16" skinny ASH got all the way up to handle hammering, which is clearly way better than most other 3/16" knives.
The way I see this is, I can rely on my Busse to support my weight if I hammer it into a tree or other obstacle and stand on it. If I get trapped in a building, or a car, I have a realistic chance of breaking out through wood, concrete, or sheet metal and mild steel. Given enough time and effort, I can chop down a tree, or telephone pole, to build shelter, clear the path, or call attention to myself. Maybe, hopefully, I'll never need to do any of this, but the cost of a large Busse is no more than say, an annual car insurance premium.
So, why again would I settle for Sir Breaks-a-lot's knife, which may be only half the cost, but doesn't even survive being hammered through a 2x4?
 
I think Noss's tests are reasonably practical and standardized: he starts easy and goes to hard, does pretty much the same with every knife, and some do much better than others. Even Busse's 3/16" skinny ASH got all the way up to handle hammering, which is clearly way better than most other 3/16" knives.
The way I see this is, I can rely on my Busse to support my weight if I hammer it into a tree or other obstacle and stand on it. If I get trapped in a building, or a car, I have a realistic chance of breaking out through wood, concrete, or sheet metal and mild steel. Given enough time and effort, I can chop down a tree, or telephone pole, to build shelter, clear the path, or call attention to myself. Maybe, hopefully, I'll never need to do any of this, but the cost of a large Busse is no more than say, an annual car insurance premium.
So, why again would I settle for Sir Breaks-a-lot's knife, which may be only half the cost, but doesn't even survive being hammered through a 2x4?

*cough* CRK *cough*

:foot:
 
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*cough* CRK *cough*


:foot:

We DO NOT bash other knifemakers here...especially WELL RESPECTED knifemakers who have forgotten more about the art of making knives than you will ever know.

Re-read Post #33. :grumpy:


In before .........

Precisely.

...................................................

I will reopen this thread for serious posts, but with the warning that the NEXT CRACK, INSULT, or any other type of NEGATIVE POST will get the poster an infraction and cause me to lock it down permanently.
 
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I apologize for the impertinent comment. It was more of a joke than an insult.

I can see that it was not taken that way
 
I apologize for the impertinent comment. It was more of a joke than an insult.

I can see that it was not taken that way

It was an old insulting joke...which is still an insult. Your hindsight is better than your foresight. Please work on that.
 
So, why again would I settle for Sir Breaks-a-lot's knife, which may be only half the cost, but doesn't even survive being hammered through a 2x4?

There's more that matters in a knife than it's ability to hammer through a 2x4. If all anybody cared about was toughness, we'd all be edcing sharpened crowbars and driving tanks to work.
 
There's more that matters in a knife than it's ability to hammer through a 2x4. If all anybody cared about was toughness, we'd all be edcing sharpened crowbars and driving tanks to work.
I wonder how many people drive over-built SUVs, Jeeps, Volvos, etc. and carry ZT's, Hinderers, "over-built" folders of an company, or "over-built" fixed blades daily...

We sure ain't all carrying snap-away box-cutters and driving "Smart" cars.
 
If i'm going to bet my life on a knife holding up, i certainly want the deck to be stacked in my favor
 
I wonder how many people drive over-built SUVs, Jeeps, Volvos, etc. and carry ZT's, Hinderers, "over-built" folders of an company, or "over-built" fixed blades daily...

We sure ain't all carrying snap-away box-cutters and driving "Smart" cars.
I wonder how many people who drive over-built SUVs, Jeeps, Volvos, etc. and carry ZT's, Hinderers, "over-built" folders of any company, or "over-built" fixed blades daily... actually use them.

I think Noss's videos are unscientific in that they don't give accurate data because of inconsistency of forces applied to the knives and his sample size is one knife. He's not testing a dozen. He tests one. They are funny though and yeah it's kind of cool to see how much abuse a knife can take, but honestly who needs to bash on a knife in a vice? Ever? Knives are supposed to cut things. I don't understand the obsession with overbuilt knives designed to chop or survive being bashed by sledge hammers while in a vice. The videos show that certain knives can handle abuse, but since not all knives are designed to handle abuse, saying "LOL THAT ONE FAILED WHEN THE SLEDGE HAMMER BASHED IT 20 TIMES" doesn't really mean much when it was never intended to handle abuse of that nature. If it wasn't engineered to be used that way, testing it that way proves nothing other than it does not fulfill a function for which it was never intended. It's showing that that knife was not designed to withstand serious abuse in the first place.

Chris Reeve doesn't seem to be in the business of designing and creating choppers. The Green Beret knife looks like a sturdy, solid knife that would handle regular use and then some. It probably takes and holds a nice edge too. I imagine it would do well at cutting tasks.
 
There's more that matters in a knife than it's ability to hammer through a 2x4. If all anybody cared about was toughness, we'd all be edcing sharpened crowbars and driving tanks to work.

The point is that if you design a knife as though all that mattered was toughness (thick stock thickness, thick edge, 1/2 saber grind, 55rc, thick tip, marketing that indicates military use), it should be tough.

but honestly who needs to bash on a knife in a vice? Ever? Knives are supposed to cut things. I don't understand the obsession with overbuilt knives designed to chop or survive being bashed by sledge hammers while in a vice. The videos show that certain knives can handle abuse, but since not all knives are designed to handle abuse, saying "LOL THAT ONE FAILED WHEN THE SLEDGE HAMMER BASHED IT 20 TIMES" doesn't really mean much when it was never intended to handle abuse of that nature. If it wasn't engineered to be used that way, testing it that way proves nothing other than it does not fulfill a function for which it was never intended. It's showing that that knife was not designed to withstand serious abuse in the first place.

Chris Reeve doesn't seem to be in the business of designing and creating choppers. The Green Beret knife looks like a sturdy, solid knife that would handle regular use and then some. It probably takes and holds a nice edge too. I imagine it would do well at cutting tasks.


I've personally had to pry open the back window of a truck that I had locked my keys in because I didn't have a phone on me and I needed to get into the truck. The tip of the knife (a SR bandicoot) did fine.

The chris reeves knife is an overly solid knife for edc uses and is designed for the military to use in the feild of combat. Sure, that includes opening mre's (cutting tasks) but also includes punching holes in adobe walls or whatever combat throws at you, be that bashing in a window, prying open a bent humvee door, cutting through metal from a crushed vehicle, whatever. If you market to the military: you need to be able to stand up to military use or you need to specify in your marketing 'for normal cutting tasks only'. The sebenza's are amazing knives: I would think it somewhat foolish to expect them to stand up to hard strikes on metal. But those are marketed as edc folders with thin edges in steels that aren't shock resistant or tough. They excell at cutting. A thick knife with a thick edge at 55rc and a low saber grind doesn't.

It's important to remember that what a knife maker *thinks* about his knife means absolutely nothing to the end performance of the knife once it's created. The only thing that matters is the tool thats in your hands. The physics of the world we exist in dictates what that knife is or is not capable of doing: not the makers words. When NOSS tests a knife like the green beret he isn't just testing what the maker says (in this case that it should hold up to military use), he's testing the knife itself. That knife and all of it's various attributes says that it's designed to take the same level of abuse that Busse knives are: it's designed in many of the same ways with an obvious tilt towards hard use with it's exceptionally low RC for a supersteel, thick stock, low saber grind, thick edge and tip. I can't stress this enough: that is not a thin edc slicer in any regard.
 
It's important to remember that what a knife maker *thinks* about his knife means absolutely nothing to the end performance of the knife once it's created.

to clarify: If I work in a knifeshop on the morning shift and I make a knife to the companies protocol, then a knife crew member makes the same knife to the same protocols: They are the same knife. Same geometry, same heat treatment, made on the same machines.

-I say it can take hard use because of it's various attributes.
-Night crew says it will break the second you try to baton with it, it's only designed for light cutting of foods.

It's the same knife. That one maker says it can do something while the other says it can't has no effect on what the knife can actually do. It doesn't change the performance in any way. Both knives are going to perform exactly the same: determined solely on the metallurgical properties of the steel and it's heat treat and the geometry applied to it. If the knife can handle abuse: it can handle abuse. If it can't: it can't. The makers words mean nothing to this end result.

Certain things detract from cutting ability, but aid in the potential for toughness. Thick stock, thick edges, low grinds, and (potentially) low rc's all move away from cutting performance and towards the ability to resist damage. A knife with all of these things will not cut as well as a knife that has a thin stock thickness, thin edge, high grind, and high rc. So if this is the knife that's in your hands, regardless of what the maker says about it, all these things indicate that it's not fabricated to excell at cutting and is instead fabricated to take hard use, you should (as long as the metallurgy backs it) be able to use it in hard use tasks.

NOSS is not crazy for assuming that the green beret should hold up under hard use. A military man who needs his knife to punch through a wall or cut a bar of metal off a humvee so he or his friend can get out of it (they get blown up all the time) NEEDS that knife to work and not break. If the testing isn't provided by the maker: I want them to see what it can do before deploying with it. And I don't just want lab based experimental data: I want to see that thing hammered on metal, punched into brick, torqued on when jammed into something. Being in combat and underfire isn't like being in a lab: you will get variable loads in random media and your not going to get to sharpen it and stress releive it in between tasks. It's necessary to see your equipment in use before using it for an understanding of it's safety and abilities.
 
I wonder how many people who drive over-built SUVs, Jeeps, Volvos, etc. and carry ZT's, Hinderers, "over-built" folders of any company, or "over-built" fixed blades daily... actually use them.
Well, if you're driving the car or cutting with the knife, you're using it regardless of whether or not your reaching the full potential of its "toughness", and that potential is there should you ever need it (i.e. insurance). It's up to each user to decide how much insurance he wants ;) The volvo (and driver) will take less damage in a crash than a smart car, the over-built knife's blade won't snap off as easily when you need it not to. Over-built is safer than under-built. Just saying...

I think Noss's videos are unscientific in that they don't give accurate data because of inconsistency of forces applied to the knives and his sample size is one knife. He's not testing a dozen. He tests one.
One randomly selected representative from a batch of uniformly produced individuals theoretically identical. If that individual is NOT representative of each in the batch, there is a manufacturing QC problem. But if you doubt the results, you are free to replicate the tests, they are performed with maximal transparency, which shows greater scientific integrity than tests performed by many other makers/manufacturers, etc.
Second, "inconsistency of forces applied" is representative of real-world use, as is performing the tests by hand (rather than machine), and extrapolates more reliably to the forces other users might employ, not to mention that the sheer number of applications of force (hammer blows) given to each knife turns much of that inconsistency into statistical noise.

The videos show that certain knives can handle abuse, but since not all knives are designed to handle abuse, ... doesn't really mean much when it was ... If it wasn't engineered to be used that way, testing it that way proves nothing other than it does not fulfill a function for which it was never intended...
On the contrary, most of the knives tested are expressly advertised/marketed or promoted by others as specifically able to handle abuse, "built like a tank" etc., but that isn't the point, the point is to show how much abuse the knife can take regardless of its intended design, which shows just how far each can be pushed beyond (or before) what the author/maker intended. Watch the Mora Clipper vids - that little sucker can take a LOT of abuse!

... The Green Beret knife looks like a sturdy, solid knife that would handle regular use and then some. It probably takes and holds a nice edge too. I imagine it would do well at cutting tasks.
"Looks like", but doesn't and doesn't - Do you see the need for this sort of testing?

The point is that if you design a knife as though all that mattered was toughness (thick stock thickness, thick edge, 1/2 saber grind, 55rc, thick tip, marketing that indicates military use), it should be tough.

... an overly solid knife for edc uses ... designed for the military to use in the feild of combat... whatever combat throws at you, be that bashing in a window, prying open a bent humvee door, cutting through metal from a crushed vehicle, whatever. If you market to the military: you need to be able to stand up to military use or you need to specify in your marketing 'for normal cutting tasks only'. ... A thick knife with a thick edge at 55rc and a low saber grind doesn't.

It's important to remember that what a knife maker *thinks* about his knife means absolutely nothing to the end performance of the knife once it's created. The only thing that matters is the tool thats in your hands. The physics of the world we exist in dictates what that knife is or is not capable of doing: not the makers words. When NOSS tests a knife ... he's testing the knife itself. That knife and all of it's various attributes says that it's designed to take the same level of abuse ... with an obvious tilt towards hard use with it's exceptionally low RC for a supersteel, thick stock, low saber grind, thick edge and tip. I can't stress this enough: that is not a thin edc slicer in any regard.

Well said. :thumbup:
 
see the reaction of CRK COMPANY after the D-TEST by noss , is very very interesting.

if the boss say it wether or not expected , he will get into traped, right ?

keep in silence is a smart strategy.
 
Noss is not a scientist. But why does that mean his 'tests' are somehow invalid?

Even if you give a 10% margin of error, It is what it is fellas.


I hope he does more tests.



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