The two below comments in another thread started me thinking about this question.
When I asked what that might be, KenS responded:
I found several articles and sites about GRIN (gradient refractive index) lenses, and most referred to the ability to use the technology to make extremely small lenses.
This one, however, referenced making binoculars with GRIN lenses that would be much lighter and would offer improved optical quality. That piece, however, seemed to be about possibilities, not something that’s been done yet. But if the technology can be used in binocular lenses, there should be no reason it couldn’t be used to make scopesights that have less complex lens elements, and therefore lighter and perhaps brighter for a particular objective lens size than current methods.
But I’m curious what the membership thinks other advances in scopesight technology might be.
“The fundamental cause of trouble in the world today is that the stupid are cocksure while the intelligent are full of doubt.”
— Bertrand Russell
|Go ahead punk, make my day|
I think integrated LRF tech with dynamic BDC as part of the optic.
You are already on target, lase, the scope does the dope and you update hold and fire.
Since this is already proven tech now, I agree that this will become much more common. Kinda like Aimpoint with their crazy battery life, rugged RDS.
Now there are many "budget" options that are rugged with 50k hours like Primary Arms, Vortex, Sig etc. At the start of the market there was just Aimpoint (and EOTech, but not with the battery life)...and junk.
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I agree that this will likely become more common. In a perfect world the best scope's features may include:
- Highly accurate LRF. Along the lines of the best LRF binos -- say Swaro and Leica. Maybe even Vectronix accuracy.
- Really clear glass, ED quality at a minimum.
- Ballistics integration. Maybe JBM quality, hopefully with the ability to tailor the ballistics for individual cartridges and atmospheric conditions.
- Multiple styles of reticles, which are integrated with the ballistics. Could be Christmas tree, could be circle-dot, could be more traditional X-Y axis.
- Illumination of aiming point, based on ballistics.
Regardless of cost, distributor, or manufacturing location, I expect glass to be become clearer. Contrary to what many people want to believe, even China can produce some pretty good glass. Other developing countries will likely enter the glass business, too.
ED glass may be just be a stepping stone to better optics. Maybe flourite glass. Maybe some other form of uber-low-dispersion glass. Maybe polycarbonate instead of glass.
More robust scopes are likely, as long as shooters are willing to pay for such quality. Elevation turrets that survive years of dialing up and down. Larger scope tubes, with more elevation dialing capabilities.
I expect that inflation-adjusted costs will decrease for people not wanting the latest and greatest features in optics. Such as serviceable hunting-type scopes, with simple reticles, with minimal extra doo-dads.
I suspect there will be increasing improvements in zoom capabilities. One big challenge with 10x or 12x or whatever zoom is making useful reticles -- regardless of whether the optic uses ffp or sfp. Maybe multiple reticles per scope.
Fully electronic scopes probably aren't that far in the future. Akin to how 35mm cameras have gone from film to digital media. In the future, we may not be looking through glass, but at pixels on a screen.
Of course, much depends on the health of the firearms industry and the effects of legislation. Goods must be marketable, consumers must be willing to buy them, and the industry must remain healthy enough to innovate.
|Gracie Allen is my |
I'm hoping for something simple - 1-4 or 1-6 power, 8" or shorter (the shorterer the betterer), weighing no more than 8-10 ounces (the lighterer the betterer - we're making rifles lighter and making scopes feel like three masts of sails on a canoe).
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