This is a continuation of our in-depth look at the AirForce Talon SS precharged pneumatic air rifle. Today, I’m going to begin examining the optional air tank with the Micro-Meter valve. The rifle I’m testing today has the optional .22-caliber 24-inch barrel installed. I would not normally put this long barrel together with the Micro-Meter tank — because this is a pneumatic rifle, and a long barrel will give higher velocity than a shorter one. When I use the Micro-Meter valve, I don’t want high velocity. But since a detailed test like this has never been published (to my knowledge), I’m doing it here and now. After this test, I’ll install the 12-inch barrel that comes standard on the SS and rerun the test with that, since that’s what most owners will probably be doing.
This report is in response to a comment Pyramyd Air got from a customer who doubts that fixed-barrel airguns can ever droop. His position is that they can only have droop if the barrel is heated in some way (as on a firearm that fires very fast) or if the gun is assembled in a shoddy fashion.
He said he believed barrel droop is only commonly found on breakbarrel airguns, which is why he said he would never own one. He thought that droop was mostly caused by the metallurgy of the barrel.
Today, I’d like to address the subject of barrel droop in detail. It can be caused by many things, but poor metallurgy isn’t one of them. Barrels do not bend from cocking, despite what some people may think. It is true that a barrel can be bent by human force, but the force required to do so is much greater than the heaviest cocking effort on the most powerful magnum airgun. So, poor metallurgy is not a contributor to barrel droop.
Wow! Before I started this report on the AirForce Talon SS, I really had no idea of just how expansive it was going to be. Today, I’m going to start a report on the AirForce Micro-Meter air tank that transforms the Talon SS from a powerful outdoor hunting rifle to a plinker that gets lots of low-power shots. It brings the outdoors inside!
Now that you’ve seen the difference in performance between the factory 12-inch .22-caliber barrel and an optional 24-inch .22-caliber barrel with the standard tank, I’ll have to test both of those barrels with the Micro-Meter tank, so that’s a minimum of two tests for velocity and another test for accuracy. I hope you’ll let me get by with just a single accuracy test (from just one of the two barrel lengths); because after the Micro-Meter tank, I still have to test the rifle using the CO2 adapter with both barrels. Then there’s the new Spin-Loc tank still to be tested. And, yes, the Spin-Loc tank does come as a Micro-Meter tank and as a Hi-Flo tank, as well as the standard Spin-Loc tank. Talk about job security!
I’m on my way to Malvern, Arkansas, for the airgun show on Friday and Saturday. If you’re going to the show, please stop by and introduce yourself. I’ll have limited time to spend answering the blog comments, so I would appreciate it if the blog regulars would help answer questions from newcomers and new shooters. Now, on to today’s blog.
Today, we’re going to change the stock 12-inch barrel of our AirForce Talon SS for an optional 24-inch .22-caliber barrel. The caliber will remain the same but the barrel length will double. That will demonstrate the benefits of installing a longer barrel on a PCP.
Today, we’ll take our first look at the accuracy of the AirForce Talon SS precharged pneumatic air rifle. Since I just returned from the NRA Annual Meetings and heard from a lot of owners what they think about this airgun, let me tell you what they all said. Many of them said they’ve never seen a more accurate airgun. Some do own other precharged air rifles, but admit that the Talon SS is equal in accuracy to the best of them.
A few years ago, I used to hear some criticism about the Talon SS trigger since it isn’t adjustable, but I guess people are shooting it more these days, because everyone I talked to at the NRA Show loves their trigger. They all confirmed that the trigger and safety both get lighter, smoother and easier to use as the rifle breaks in. One man was awed that his rifle had held air without leaking for seven months. Then, I told him about the prototype rifle I once found in the factory when I worked there. It was tucked under a work table and was covered with dust. It was still holding a charge after more than five years! So, they do hold their air indefinitely.
Air Arms TX200 Mark III air rifle is impressive in its optional walnut stock.
Today, we begin our look at the accuracy of the legendary TX200 Mark III. Since the rifle has no sights, I mounted a Hawke 4.5-14×42 Sidewinder Tactical scope in two-piece UTG Accushot 30mm medium rings. These rings are tall for a medium-height ring, but the TX200 cheekpiece is so high that many higher rings will be just right and fit the shooter perfectly. I know they come very close to a perfect fit for me, and the 42mm objective bell still clears the spring tube by a lot.
I’m showing a photo of the rifle with the scope mounted because you’ll see that the end of the scope hangs over the back of the loading port. In a TX200, that isn’t a problem unless you have summer sausages for fingers, because the loading port is very large — but on other underlevers and some sidelevers it may be. The Hawke is not a long scope, so this clearance is something a new TX owner needs to consider.
Hatsan’s new 125TH breakbarrel is a large, powerful spring-piston air rifle.
Today is the day we see the accuracy of the Hatsan 125TH air rifle I’m testing. I have a surprise for you, and it isn’t what you expect. Just to review, the rifle comes with a scope that’s best not used. It’s very poor optically. And their mounts are very lightweight, so I didn’t use them today, either. Instead, I mounted my favorite scope, a Hawke 4.5-14x42AO Tactical Sidewinder that I have raved about in other reports. It’s the sharpest scope I have (don’t own it yet, but I expect to), so no one can say the Hatsan rifle didn’t get the best optics.