Most of the detailed analysis and micro-criticism of headlamps that goes on here is valuable as a reference, but I wonder sometimes if we "allow the perfect to become the enemy of the good."
Really, in the great scheme of things, all the nitpicking about low not being low enough, having to go through extra clicks to get the output you want, etc. is fairly silly. And I should know, because I've been one of the worst nitpickers. ;>
Nearly all of the headlamps that get talked about here, even the inexpensive ones available in big box stores, are far ahead of what was used in the great outdoors not all that long ago...
I used various 2AAA, 2AA, 2C, 2D, and 4D incan headlamps for the great outdoors.
The smaller ones didn't offer much in the way of output or runtime. OK for use around camp, very limited night hiking, or as backup lights.
The bigger ones had decent output and more runtime, but required a heavy, bulky beltpack. Carrying a big headlamp with a set of spare cells was often too much additional weight for backpacking.
All of these headlamps offered ONE output level. Well strictly speaking, you could get a different output by changing out the stock bulb. (Bulb with lower output for more runtime, or a higher output bulb for less runtime.)
My other option was a carbide lamp, with 4 hours of runtime per charge. Massive output with several hundred lumens of flood was great for night hiking, night backpacking, and caving. The big downside: once fired up, you were pretty much committed to burning through that 4 hours of fuel. Turning it off for more than a few hours with the intent of restarting it later could be problematic, and would cut way down on runtime.
Nowdays even the inexpensive LED headlamps, those with the lamest user interfaces and questionable water resistance, are far ahead of what was available not all that long ago.
Be happy to have a headlamp that isn't too heavy!
Rejoice at having usable ouput with decent runtime!
Learn to appreciate any UI that lets you set usable outputs without too much aggravation. ;>
.
Really, in the great scheme of things, all the nitpicking about low not being low enough, having to go through extra clicks to get the output you want, etc. is fairly silly. And I should know, because I've been one of the worst nitpickers. ;>
Nearly all of the headlamps that get talked about here, even the inexpensive ones available in big box stores, are far ahead of what was used in the great outdoors not all that long ago...
I used various 2AAA, 2AA, 2C, 2D, and 4D incan headlamps for the great outdoors.
The smaller ones didn't offer much in the way of output or runtime. OK for use around camp, very limited night hiking, or as backup lights.
The bigger ones had decent output and more runtime, but required a heavy, bulky beltpack. Carrying a big headlamp with a set of spare cells was often too much additional weight for backpacking.
All of these headlamps offered ONE output level. Well strictly speaking, you could get a different output by changing out the stock bulb. (Bulb with lower output for more runtime, or a higher output bulb for less runtime.)
My other option was a carbide lamp, with 4 hours of runtime per charge. Massive output with several hundred lumens of flood was great for night hiking, night backpacking, and caving. The big downside: once fired up, you were pretty much committed to burning through that 4 hours of fuel. Turning it off for more than a few hours with the intent of restarting it later could be problematic, and would cut way down on runtime.
Nowdays even the inexpensive LED headlamps, those with the lamest user interfaces and questionable water resistance, are far ahead of what was available not all that long ago.
Be happy to have a headlamp that isn't too heavy!
Rejoice at having usable ouput with decent runtime!
Learn to appreciate any UI that lets you set usable outputs without too much aggravation. ;>
.