Are we finished?
by Tom Gaylord, a.k.a. B.B. Pelletier
In almost every field of mature consumer technology, there’s a sense that the science and achievement have gone as far as they possibly can. The days of innovation are over and, from this time forth, all new models will be repaints and reskins of what’s gone before. So it is with airguns.
So the question must be asked, “Is this all there is for airguns?”
Today, I’m going to try to hopefully restore your faith that airgun technology still has new frontiers to be explored. There are still new things yet to come; we haven’t opened the last of our presents, yet. In fact, in my opinion, there’s more that lies ahead of us than all that’s happened so far.
I periodically give new ideas to several companies just to gauge how quick they are to grasp the possibilities. Often, they give lip-service to ideas that sound like they want to advance the technology; but in over 95 percent of the cases, my ideas remain unexplored. In the few cases that do get developed, over half veer sharply off-course during development and end up as hopeless failures. In terms of what’s possible, I think there are a thousand acres of fertile land lying before us and, at present, we only have a hoe — or at best a rototiller — to work the soil.
Some folks may think we’ve gone as far as we can go with springers because we’ve hit the maximum velocity barrier. They think that nothing is left for airgun companies, short of reskinning existing models and coming up with new buzzword names and bizzare camo paint patterns for the stocks! But they’re missing the boat. No one yet has built a spring rifle that is easy to cock, yet produces over 20 foot-pounds. I’m talking about a rifle that cocks with 20 lbs. of force, and delivers a medium-weight .22-caliber pellet out the spout at 850 f.p.s.
Can it be done? Of course! I’ve even given the concept of how to do it to one company, where it’s currently lying on the floor, getting trampled by engineers who are busy designing great new ways to encapsulate 30 foot-pounds into ever less-expensive envelopes.
How about a spring gun that can put 10 pellets into a dime at 30 yards? We know that’s possible because there are several such rifles already in existence. The FWB 124 is one, and the TX200 is another. But the bulk of the new models coming out today are hard-pressed to keep 10 shots inside an inch-and-a-half at that distance. We’ve explored the very way to make a rifle shoot that well here in this blog, yet we keep getting new spring guns that are designed as exercise machines, rather than for shooting. If you want to know how to make a spring gun more accurate, refer to this blog report.
Surely, we’ve seen the ultimate in PCP possibilities? The answer is “Yes,” if by ultimate we mean finding out how much the market is willing to bear in terms of cost. But there are places the PCP technology has yet to go. How inexpensive can a gun of reasonable quality be? Can we make a PCP that can sell for $150 and still return a reasonable profit? I think it’s possible. Maybe not under the existing manufacturing paradigm; but if a new process of building was created at the same time as the design, then, yes, I think it could be done.
But, the marketeers all shrink from such thoughts. Where’s the profit in a low-cost air rifle? A century ago, a man asked the same thing about automobiles. He took the average price for an entry-level car from over $800 to under $400 inside of 15 years. In the process, he created the world’s first vertically integrated manufacturing plant and also put humanity on wheels. I’m speaking of Ford, of course. I understand he was able to make a few dollars along the way.
Leapers will bring out a scope with an internal bubble level in a few months. That’s an idea that’s been bubbling along for years, pun intended. Such scopes were hand-made in the 1990s and Sun Optics makes them today, but their models don’t achieve their rated magnifying levels. Leapers has worked on this idea for several years, and they’re close to bringing a quality optic to market. The bubble level will end the problem of canting, which is extremely important to accuracy for airgunners.
Are we finished with optics? Never! There are still so many things to be done. Where is that great air pistol scope, for example? And where’s that scope base that makes mounting a scope easy? Benjamin uses Weaver bases on many of their springers, which is a step in the right direction. We need more of that.
When Leapers made the drooper mount bases for Diana rifles, they solved a decades-long problem for airgunners. However, they did even more than that. They focused Diana’s attention on the problem and the need to end the drooping barrel problem. If airgun barrels didn’t droop, drooper mounts wouldn’t be required. The Diana 350 Magnum proves that it’s possible to make breakbarrels that don’t droop.
What about a simple, foolproof scope-mounting system? Where’s that? When the market supports people paying money to have their scopes mounted by someone else, you know there’s room for improvement.
There’s plenty of room in the world of open sights for improvement. For starters, how about a muzzlebrake that incorporates a front sight post, or even a selection of front sight elements that can be folded out of sight and stored when you want to mount a scope? Wouldn’t that be welcomed by a lot of shooters?
While the technology has advanced in so many areas, the one place it has actually gone in retrograde is the trigger. There were better triggers in the 1880s than exist today. We still rely on the simple sear with a small contact area, when there’s a universe of mechanical possibilities yet to be explored. An over-center geometry that collapses when pushed past center is just one way to build a reliable adjustable trigger. And people make so much of triggers that I’m certain there would be a small but profitable market for a single-set or double-set trigger as an upgrade on certain premium airguns.
Chiappa figured out that if the barrel of their Rhino revolver was lower, the perceived muzzle jump would be less. We need air pistols that do the same.
Hunting is growing fast these days, and everyone who goes afield knows the value of a sling. There’s certainly a market for a easy-to-use sling swivel attachment that could be conveniently installed on an air rifle. Mossberg had them in the 1940s, but nobody ever looks to the past to find the things we need now.
Things to avoid
While thinking of the things we need, there are some things that must be avoided….
More power in spring guns
The horsepower race among smallbore spring-piston airguns has painted several companies into the corner. They can’t find enough adjectives to describe their next new magnum gun. What they fail to realize is that the parade has already passed by the power race. The max velocity possible is well-known and now shooters are looking for a gun with adequate power that can also hit what they shoot at. I’ll agree that the uneducated buyers don’t understand this yet, but the moment they get saddled with a jackhammer that takes 50 lbs. to cock and removes their fillings when it fires…they will. They’ll also leave airgunning, never to return!
Higher fill pressure
The usefulness of higher fill pressures has peaked and gone past the optimum, into the weeds of excessive pressure that offers no benefit. We thought that 3,000 psi was necessary until Tim McMurray and Crosman showed us different with the USFT and Benjamin Discovery rifles, respectively. Going higher than 3,000 psi is the marketing kiss of death, because nothing in this nation supports such pressure.
Scopes of higher magnification
I used to shoot field target, and we thought the higher-powered scopes were necessary for success. We thought that because we wanted to be able to see blades of grass at 55 yards, so we could focus on them and be able to determine range. When the magnification passed 40x, the scopes started getting darker because the optics inside couldn’t support that great power. And we were unwilling to pay the $2,000 required to buy the kind of optics that could. Instead of chasing magnification or objective lens size, what the optics companies need to do is come up with an erector tube that doesn’t float when it gets too high or right in its adjustment.
These are just a few of my thoughts. I think there has never been greater opportunity for new airguns than right now. There’s an established base of educated shooters who understand airguns well enough to accept a good new gun and make it profitable for the builder. In that respect, we’re much better off than we were a decade ago. But are the airgun makers in the same position? Only time will tell.
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