What kind of golok is that one? Looks sweet...
Take a look in hybrid section too, Bolo camp knife L:
The BladeForums.com 2024 Traditional Knife is ready to order! See this thread for details:
https://www.bladeforums.com/threads/bladeforums-2024-traditional-knife.2003187/
Price is $300 $250 ea (shipped within CONUS). If you live outside the US, I will contact you after your order for extra shipping charges.
Order here: https://www.bladeforums.com/help/2024-traditional/ - Order as many as you like, we have plenty.
What kind of golok is that one? Looks sweet...
Take a look in hybrid section too, Bolo camp knife L:
![]()
We have that lovely Gulf Stream warming up things around here, though, which Alaska doesn't have. It's surprisingly warm around here, sometimes. And sometimes it's pretty cold. Especially north of the Arctic Circle. -50 C is nothing impossible, but luckily (if you ask some folks) it doesn't get much colder than that here. Unless, of course, you count the wind chill which isn't normally done around here. So, when I really like to freeze my behind off, I just go to Verkhoyansk in Sakha, where -60 C is nothing unusual in the winter, and -50 exactly what you should be expecting after Christmas. Quiet place, and not too many people around to bother you! But I digress.
I think my post about machetes breaking in low temperatures was a bit badly worded. I said "below -20 C" and that seems to emphasize precisely -20 C, but that's not exactly what I had in mind. In my experience, -20 C is about as low as you can go before you start seeing the cold seriously affect various pieces of gear. Below -20 C, things like synthetics and plastics, such as Fiskars and Mora handles and Kraton and whatnot, start turning brittle, and get much more easy to break accidentally. Applies to metals, too - heavy impacts on frozen woods covered in snow and ice are hell on especially thin blades like those on machetes. And most guys who have spent a lot of time chopping logs with axes in the winter will have seen even good axes lose nice chips off the blade due to the cold air and the frozen wood. Physics was never my strong point, but it seems that lateral stress is even more bad than usually in cold temps - a slightly sloppy swing that ends up with the blade twisting a little in the wood, and snap, there goes the blade. At -30, the effect is already easy to notice. At -40, it's almost impossible to not notice.
Now, one might say it's not really a good idea to be outside when it's below -20, and in some ways that makes sense. But sometimes you can't really avoid it. And in some places, you'd have to stay locked up indoors for months if you couldn't go out in that weather.![]()
cuphead no offense but tell that to the lappi people who have been using leuku blades for centuries..Just pointing out that there's no need to mock anyone for there blade choice..out of curiosity how many french/english settlers do you personally know?? Me personally I like em all I've said it numerous times for me when it gets cold an axe is king..that being said if I had to choose only 1 bladed implement to survive with it'd be a 12 inch machete..If I had to make a trio up I'd probably pick an axe instead..but no need to call anyone silly..there are not too many "rambo's" on this forum
In response to some of the posts about the cold weather performance of tools:
There is indeed a phenomenon where tools break in the cold. The problem is accentuated with higher amounts of carbon. That is why things like car frames are made w/ low carbon steel.
It is suspected that part of the problem that the Titanic had was some iron plates that had too much carbon. Due to that, and the cold conditions the boat was in, it is suspected that the plates were barely able to withstand the stresses of floating the boat, let alone any impacts.
In the axe book that is floating around, it is noted that a proper woodsman will warm his axe under his armpit in order to prevent chips in the axe when using it in cold weather.
So, while knife people typically think of higher amounts of carbon as a good thing, many do not understand that it is always a compromise. In this case, cold weather performance can suffer. It is interesting to note that as iron is worked down, part of the process is in order to remove high amounts of carbon from the mix, as the carbon is actually detrimental in many applications.
There are many who know this much better than I do, and can correct me if I am off. I think this is the gist of it all though, without looking it back up.