MTMilitiaman
Member
I can remember our family's first desktop computer, a Tandy Sensation. Around the same time period, my dad brought home this cellular phone from Cellular One that fit conveniently in a brief case. Twenty five years later, these technologies have advanced dramatically and now offer increased functionality and intelligence in a smaller size. Likewise, I can remember reading about the AR-15s and other semi-automatic rifles that were about to become not available to civilians with the newly passed Assault Weapons Ban. The ban sunsetted over a decade ago and the rifles then share only vague resemblance to the Colt 6960 in my bedroom. It occurs to me as I try to help a friend find an optic for his AR-10 that optics haven't shared the advancement in technology or capabilities that nearly every other field has experienced. While firearms, cell phones, flashlights, and pretty much everything else has fought to stay with the times, optics manufactures have been content to rest on their laurels and charge exuberant amounts of money for a product that has changed and adopted little in nearly 30 years. A modern scope might have slightly better optics coatings and there is more demand for first focal plane scopes today, but that technology still existed decades ago and the fact is that a modern scope can do almost nothing that a 25 year old scope can't do just as well.
A major complaint of mine is power sources. My friend is sort of a prepper and thinks in terms of logistics. He doesn't want to be forced to stockpile a completely new type of battery just for his optic. But while variable power scopes with illuminated reticles are easy enough to find, they all run off of a flat battery that is used in pretty much nothing else. So while the SIG Romeo 7 red dot sight on my Colt AR-15 runs off a commonly available AA battery that is already stockpiled for use in any number of other applications, we are forced to adopt technology that far from being revolutionary, isn't even relevant by today's standards with variable power scopes. We could find only one scope that ran off of batteries he was already stockpiling, a Trijicon VCOG that normally retails for $2500, but which he managed to find on eBay for about half that. Why is there so few 21st century optics out there? Why do we pay hundreds or thousands of dollars for obsolete, inconvenient technology? Why isn't there more telescopic sights with real-world available, practical power sources? AAs work, but imagine if your scope took the same batteries as my rechargeable Fenix EDC light. You could charge your optic with the same cord you charge your cell phone with on the way to your 3-Gun match. Or you could have a small external battery pack like the ones available for your cell phone, on a quick-release mount that could attach to the picitanny rail in front of the optic and charge it while you were shooting your match, or sitting on an OP in Afghanistan. This is proven, accepted technology available everywhere except for the optics industry. Why?
A major complaint of mine is power sources. My friend is sort of a prepper and thinks in terms of logistics. He doesn't want to be forced to stockpile a completely new type of battery just for his optic. But while variable power scopes with illuminated reticles are easy enough to find, they all run off of a flat battery that is used in pretty much nothing else. So while the SIG Romeo 7 red dot sight on my Colt AR-15 runs off a commonly available AA battery that is already stockpiled for use in any number of other applications, we are forced to adopt technology that far from being revolutionary, isn't even relevant by today's standards with variable power scopes. We could find only one scope that ran off of batteries he was already stockpiling, a Trijicon VCOG that normally retails for $2500, but which he managed to find on eBay for about half that. Why is there so few 21st century optics out there? Why do we pay hundreds or thousands of dollars for obsolete, inconvenient technology? Why isn't there more telescopic sights with real-world available, practical power sources? AAs work, but imagine if your scope took the same batteries as my rechargeable Fenix EDC light. You could charge your optic with the same cord you charge your cell phone with on the way to your 3-Gun match. Or you could have a small external battery pack like the ones available for your cell phone, on a quick-release mount that could attach to the picitanny rail in front of the optic and charge it while you were shooting your match, or sitting on an OP in Afghanistan. This is proven, accepted technology available everywhere except for the optics industry. Why?