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Or a sunspot causing an electrical surge! I think mechanical firearms will be the norm for a loooong time. Hmmm, what about electrical primers? Primers as we know them have been around for a long time. Maybe not a good idea, but I'm an engineer and I'm always looking to make something better.
Say goodbye to the M-4
I believe the Defense Department is going to hold trials for a new rifle for our soldiers, and the M-4 is not on the list.
Larger weapons (30 mm) have had electrical ignition systems for a long time, but the 16 inch guns on a battleship still use what is essentially a 30-06 blank for ignition.....
Doesn't the GE minigun use electricity? I know that the military has pneumatic operated AA guns. But yeah I am always tearing apart one gun or the other and just kinda fiddle with em, look over the weapon to see how they operate.
The minigun has a motor to turn the action, but the cartridges are primer fired(7.62x51). Pretty much anything bigger than a .50 is electrically fired, IIRC....Originally Posted by Bitter Clinger
Thanks, I thought it was something like that but wasnt too sure, speaking of modern marvel firearms do any of you watch lock and load? Good info on there.
I know the 20mm Vulcan cannon rounds are electrically fired, though the cannon itself is hydraulically driven. I believe the 30mm in the A-10 is the same.
SI VIS PACEM, PARA BELLUM
Herding cats and favoring center
This happens about once every six months it seems. They just canceled the bit SCAR order that the DOD had going. Costs too much to change platforms for too little of a gain.
Been done my Remington in 1999.. check out Remington Etronix
Great design and poor execution.
Check out this article:
http://www.outdoorlife.com/articles/...-rifle-revisit
"A couple of years ago, curiosity got the better of me and I spent (read: wasted) an hour or two every day for a week scanning firearms chat rooms on the Internet. During that week I saw handloads recommended that would blow a cannon to smith-ereens, gunsmithing "tips" that would wreck an arsenal and assorted advice on firearms, scopes and ammunition that gave me the shivers.
All of this "advice" was contributed by self-styled experts cowering anonymously behind silly screen names; the anonymity, however, did nothing to conceal their ignorance. The one statement that stood above the rest for misguided stupidity was made by an individual who declared that he saw no reason to continue reading shooting magazines because he could learn all there was to know about guns and shooting right there in that chat room.
Had his face, rather than a phony screen name, been up there on my monitor, I might have tried to ram my fist through the glass and slap some sense into him, because that week, in the very chat room he was so highly praising, a remarkable new development in firearms design had just been thoroughly trashed.
The gun was Remington's just announced Etronix rifle, and the dozens who condemned it had never shot one or seen one and hadn't the vaguest notion of how one worked. Yet every criticism was applauded and cheered by onlookers in a mass pile-on, giving me a mental image of a cave full of primitive savages who have been shown a clock, with each trying to explain to the others what it is for and how it works and all of them finally beating it to death with their clubs. Only now the clubs were keyboards.
It's no secret that the Etronix has had nowhere near the success Remington envisioned it would, but I'm not suggesting that a chat room full of airheads had the clout to tear it asunder. If anything, it was Remington that consigned the Etronix to its current moribund state. It's a cautionary tale worth telling, but first let me tell you I'm biased, as you would have discovered anyway.
To be fair to the Web wackos, the manufacturing and marketing of electronically fired guns and cartridges does have a record of failure. Though the concept has been brilliantly successful in military rapid-fire weaponry, it has fizzled in sporting applications. But consider the human element.
Carmichel's Concept
It is human nature to resist change, and we gun people, like the wannabes in the chat room or the savages beating the clock, are particularly fearful of ideas that represent change or things we don't understand. This is silly, however, because the Etronix is easy to understand and the ammunition is as familiar as mom's apple pie.
Back in 1985 I authored The Book of the Rifle. In it I wistfully described
a simple ignition system in which the complexities, complications and un-reliabilities of traditional percussive ignition were eliminated and replaced with a simple circuit that would work somewhat like an ordinary electric dynamite cap. The advantages of such a firing system included virtually instant lock time (the interval between pulling the trigger and propellant ignition), simplicity, reliability and, presumably, reduced manufacturing costs. Otherwise, I foresaw no particular differences from ordinary rifles and ammo. Cartridges could be reloaded the usual way, except for using a different type of primer.
I don't know if anyone at Remington read the book, but in any event I'll take no credit, because the system I
envisioned is so simple and obvious it would have been inevitable eventually, even in an industry that proceeds with the unerring swiftness of a crippled snail sleepwalking.
The Etronix Is Born
The Etronix project was one of the first and most expensive developments to come out of Remington's spanking-new Kentucky research center. Not only did the electronics on these guns have to be designed d tested from scratch, but electronically activated primers had to be developed along with a way to mass-manufacture them. The primer has long been called the "spark plug" of a cartridge, and with the Etronix system that's truer than ever.
The Etronix primer can best be described as two electrical poles, one positive and one negative. When you press the trigger a circuit is completed and a spark plies between the primer's two poles, like a car's spark plug, exploding the priming mix.
It sounds simple, but Remington's safety-conscious engineers went all out to prevent accidental discharges and ended up with a considerably more complicated system than I had envisioned. Virtually every conceivable cause of mishap-errant radio signals, power-line emissions, static electricity, water seepage-was considered, and safety barriers were built into the system. This is why one of the biggest laughs I had while tuned in to one of the Internet's Etronix bashings was at some yahoo's prediction that such a rifle might accidentally fire if struck by lightning. As if gun owners are normally inclined to venture out into lightning storms with gun in hand.
In 1999, the Etronix rifle was announced to the shooting public with the fanfare befitting a revolutionary concept, but Remington's marketing strategy was more than a little obscure, as its executives now privately confess.
[pagebreak]
Marketing Mishaps
The plan was to introduce Etronix
rifles on a limited basis, with an effort to get them mainly into the hands of more elite shooters. The rationale was that elite shooters would best recognize the advantages of the electronic system and would provide positive feedback and good word of mouth, as well as spot any trouble that needed correcting. Accordingly, the first Etronix rifles were built in heavy-barrel varmint configuration, in accurate varmint calibers. This turned out to be a huge marketing mistake for unanticipated reasons.
One of the main selling points of the Etronix system is practically instantaneous lock time. That's a pretty big
advantage when a rifle is in motion and the crosshairs are skittering across a target. Off-hand shooting with a lightweight hunting rifle is a good
example of where lightning-fast lock time would shine. But heavy-barreled varmint rifles, like the first Etronix models, do not particularly benefit from quick lock time because they are typically fired from solid, unmoving positions such as benchrests. Thus the Etronix rifles were mostly used in conditions where their quick lock time
offered little or no noticeable benefit.
Another failing of the Etronix rifles, besides their high price, was that they were fitted with production-grade
barrels. In hindsight, it's easy to see that they would have made a much better initial impression had they been fitted with Remington's highly accurate 10-X barrels. A rifle's accuracy is no better than its barrel, regardless of the firing system, so it was inevitable that Etronix rifles would deliver accuracy virtually identical to that of Remington's standard varmint rifles, which cost hundreds of dollars less.
Accuracy at Last
Still, I was convinced that the Etronix should have had an accuracy edge, all other factors being equal, because of the nonmoving nature of the system. And since the barrel seemed to be the main hurdle to hairsplitting accuracy, I undertook a simple but ultimately very revealing test.
Starting with a new Etronix, I did a series of controlled accuracy tests with a variety of factory ammo and handloads. Half of each batch of ammo was saved for later testing. The rifle was then sent to Shilen Rifle Barrels, the famous makers of ultra-accurate, tournament-winning barrels, and the original Remington barrel was replaced with a top-of-the-line Shilen. The only stipulation I made was that the Shilen barrel be of the same length and diameter as the original so there would be no weight difference.
Upon return of the Shilen-equipped Etronix, accuracy testing was repeated, firing the same batches of ammo used in the initial phase of the test
series. From the first five-shot groups on, the improvement was little short of astonishing, with the accuracy potential of the Etronix being revealed at last. During test shooting of the rebarreled rifle by Remington personnel, one shooter exclaimed after his first five shots that it was the smallest group he had ever fired in many years of shooting. Another was so amazed at the performance that he suggested I might have somehow loaded the test ammo with "magic" bullets.
Whether this demonstration will
encourage the powers at Remington to rescue the Etronix remains to be seen. To be sure, there are other improvements to be made, such as a quicker and easier way to change the nine-volt battery (which lasts about 250 shots on average). And I'm told the electronics have already been simplified and made more compact.
Anyway, as I said before, I'm biased, just as anyone would be who saw his pipe-dream prediction for a better
ignition system become a reality. And as for the Internet nuts who took such perverse delight in bashing the Etronix, here's something they might want to ponder: Let's suppose that firearms had always been fired by electricity when suddenly a gunmaker decided to introduce a new ignition method in which a complicated series of levers and sears-all prone to breakage and disorder-released a spring-driven rod (which had to be reset with each firing) that smashes into an explosive chemical to ignite a flash of fire. Do I hear anyone say that it would be barely a step beyond starting fire by banging two rocks together? Or killing a clock with clubs?the original so there would be no weight difference.
Upon return of the Shilen-equipped Etronix, accuracy testing was repeated, firing the same batches of ammo used in the initial phase of the test
series. From the first five-shot groups on, the improvement was little short of astonishing, with the accuracy potential of the Etronix being revealed at last. During test shooting of the rebarreled rifle by Remington personnel, one shooter exclaimed after his first five shots that it was the smallest group he had ever fired in many years of shooting. Another was so amazed at the performance that he suggested I might have somehow loaded the test ammo with "magic" bullets.
Whether this demonstration will
encourage the powers at Remington to rescue the Etronix remains to be seen. To be sure, there are other improvements to be made, such as a quicker and easier way to change the nine-volt battery (which lasts about 250 shots on average). And I'm told the electronics have already been simplified and made more compact.
Anyway, as I said before, I'm biased, just as anyone would be who saw his pipe-dream prediction for a better
ignition system become a reality. And as for the Internet nuts who took such perverse delight in bashing the Etronix, here's something they might want to ponder: Let's suppose that firearms had always been fired by electricity when suddenly a gunmaker decided to introduce a new ignition method in which a complicated series of levers and sears-all prone to breakage and disorder-released a spring-driven rod (which had to be reset with each firing) that smashes into an explosive chemical to ignite a flash of fire. Do I hear anyone say that it would be barely a step beyond starting fire by banging two rocks together? Or killing a clock with clubs?"
I say lets all remove the warning labels and let nature take its course.
http://www.voere.com/model_vec91.htm
"Model VEC 91 is the worldwide first rifle being built in series with electronic ignition and caseless ammunition. Two 15 Volt batteries ignite the cartridge directly. Electrical ignition has some significant advantages compared to the traditional hammer ignition.
Electrical ignition is about a factor 10 faster that the traditional way. There are no moving parts interfering your shooting results. Therefore shooting results even from less well trained shooters are immediately better. Benchrester Kenny Jarett has shot with a caseless VOERE-benchrest rifle 1,8 mm dia of spread on 100 m with 5 shots."
Its an interesting idea, anyway. Its always seemed strange to me that there has been very little advancement in firearms technology recently. Even the latest designs, like the ACR, differ from the first assault rifles only in the materials used for their construction.
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