Lawn Sale
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MSR's are no different from any other stove, it takes practice to use them correctly. I have yet to have one fail or perform in any way that was other than I intended.
It's amazing how quickly the canisters cool down. Between evaporative cooling, conduction from snow, and convection from ambient air, I suspect you're looking at changing the canister multiple times just to boil a few liters of water if it's cold out. Seems like a hassle to me. Not to mention, your robbing your own body of heat in order to make the stove work, which you may be disinclined to do if conditions are bad. The best solution to this problem I've seen is to keep the canister in a bowl of warm water. This water has to be refreshed occassionally, as it too cools down, but I have seen this work without THAT much trouble. In cold weather, however, you still must keep a canister in your parka in order to get it lit the first time. The stove simply won't light (in my experience) if the canister temp is around zero or below. Which means you can't make warm water in the first place to put your canister in.How about if you had two canisters and while one was running (and cooling), the other was being warmed inside your parka? When the running canister slows down, you shut off the stove and switch canisters?
One advantage of cold-fuel pumped-pressurization stoves (as in many of the MSR models) is that one doesn't have to worry about heating the fuel. The cold-fuel stoves also do not risk overheating and turning into flame-throwers when the pressure-relief valve opens (as in the Svea 123, Optimus 8R, etc) or exploding (as in canister stoves).It's amazing how quickly the canisters cool down. <snip>
Agreed.In my opinion, the calculus quickly shifts in favor of white gas if you're looking at cold temps (below zero) and multiple days and people to cook for. The potential for fireballs with white gas stoves is way overblown in my opinion, and is not a good reason to avoid using white gas as a fuel source in the winter. Instead, become proficient in using your stove before you have to depend on it. Just like any other tool.
One advantage of cold-fuel pumped-pressurization stoves (as in many of the MSR models) is that one doesn't have to worry about heating the fuel. The cold-fuel stoves also do not risk overheating and turning into flame-throwers when the pressure-relief valve opens (as in the Svea 123, Optimus 8R, etc) or exploding (as in canister stoves).
Doug
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