Posts Tagged ‘air pistols’
by Tom Gaylord, a.k.a. B.B. Pelletier
Today, we’ll look at the velocity of the Gamo P-25 air pistol, and something interesting that happened. Normally, I report on the velocity of 3 or 4 pellets and leave it at that, but a strange thing happened with the first CO2 cartridge in the test pistol.
I didn’t screw the piercing screw deep enough into the CO2 cartridge, resulting in the gas flow being hindered. I’ve experienced this a few times in the past, but this time it was very pronounced. After each shot, there was a period of time that ranged from 5 to 10 seconds, during which the gas flowed audibly from the cartridge into the gun’s valve. It sounded like a leak in the gun, but I noticed it only lasted a few seconds before stopping, so it wasn’t venting to the outside. It was the gas flowing from the cartridge into the gun’s valve, where it would be used for the next shot.
Shooting the pistol in the rapid-fire mode proved impossible with this first cartridge. The first shot went out at the normal velocity, and shot 2…fired immediately after the first shot…clocked 88 f.p.s. through the chronograph.
It was my fault
So, I screwed the piercing screw much deeper into the next cartridge. Problem solved! Don’t be tentative when piercing a cartridge in this pistol. Do it like you mean it. After I pierced the second cartridge correctly, the pistol performed exactly as expected. Rapid-fire worked as you would expect, and the gun kept up with my trigger finger.
The first pellet I tested was the RWS Hobby. Weighing 7 grains, the all-lead Hobby pellet tells me so much about an airgun’s powerplant. For starters, it tells me what needs to be done to get the 425 f.p.s. velocity that’s claimed for the gun.
Hobbys averaged 353 f.p.s. in the P-25. They ranged from a low of 333 to a high of 379 f.p.s., and some of that large variance may be due to the gas flow problem I mentioned. At the average velocity, Hobbys were generating 1.94 foot-pounds of muzzle energy.
The Hobbys told me what I wanted to know. This pistol wasn’t going to get its rated velocity with a lead pellet. So, I needed to try it with a lead-free pellet; and since this is a Gamo gun, the Gamo Raptor PBA sounded like a good selection.
The Raptor PBA pellet is made from metal that’s harder than lead. It weighs 5.4 grains and will generally boost the velocity of an airgun above what a lead pellet will, though the hardness of the metal actually slows it down sometimes. But in the P-25, the Raptor PBAs worked just fine. They averaged 412 f.p.s. and ranged from a low of 395 to a high of 432 f.p.s. So, the ads are right on the money. At the average velocity, this pellet generates 2.04 foot-pounds of energy.
Next up were the lead Gamo Match wadcutters. They weigh 7.56 grains and are sometimes quite accurate in some guns. In the P-25, they averaged 348 f.p.s. with a spread from 329 to 357 f.p.s. The average energy was 2.03 foot-pounds. This will be a pellet to try in the accuracy test.
Crosman Premier 7.9-grain lites
The last pellet I tested was the 7.9-grain Crosman Premier lite. They fit in the circular clips of the magazine rather easily, which caused some concern they might fall out; but the way the magazine is designed, only 2 pellets at a time are exposed in its clip. So the worry was for nothing.
Premiers averaged 344 f.p.s. in the P-25, with a spread from 330 to 360 f.p.s. At the average velocity, they generate 2.08 foot-pounds at the muzzle.
The double-action trigger-pull broke at exactly 8-1/2 lbs., which is light for a DA pull. On single-action, it broke under 4 lbs., with a huge creep at 2-1/2 lbs. That creep is consistent and lets you know when the gun is ready to fire.
While I got just 50 shots on the first cartridge, I got more with the second one. Besides the velocity testing, I did another test with an entire cartridge, just to see how the pistol operates in the rapid-fire mode. So, the correct piercing is very important. I fired an entire cartridge, just to see how the pistol handled. Everything worked smoothly until shot 48, when the blowback failed for the first time. After that, the blowback would work if I waited long enough between shots, but not if I shot rapidly. However, if you allow time for the gun to warm up, it keeps right on shooting.
There are certainly 75 or more powerful shots in the gun if you allow the gun to rest between shots. The blowback will work reliably past shot 50, as long as time is taken between shots. Shoot fast, however, and the gun cools too much and wastes gas.
Impressions so far
So far, I like the P-25. I like its simplicity and the light single-action trigger. If it’s also accurate, this might be a best buy.
by Tom Gaylord, a.k.a. B.B. Pelletier
Okay, now for something a little different. The Gamo P-25 air pistol is a 16-shot pellet pistol with blowback and a rifled barrel. This pistol operates on CO2, and the 12-gram cartridge is hidden inside the grip.
Normally, a gun like this is a BB gun, but this time there’s a rifled barrel — and the chance to shoot many different lead pellets, plus a trigger that’s both single-action and double action. Because of the blowback action, you’re going to shoot this gun single-action most of the time.
The P-25 is a 21st century handgun is every respect. It’s nearly all synthetic, entirely black and the grip is fat, as though enclosing a double-stacked magazine. The fixed sights feature three white dots — like night sights, but without tritium inserts. Align the three dots and put the center dot over your target…and I assume you’ll have minute-of-soda-can accuracy at 25 feet. We’ll find out more about that when we test the pistol for accuracy.
I like the fact that this pistol comes with blowback. That gives a realistic feel to each shot, which makes this a good trainer for maintaining firearms proficiency. When we get to the accuracy test, I’ll let Edith shoot the pistol and give her assessment, too. The gun I’m testing is serial number 12F31301.
The P-25 is a large pistol. Maybe it looks like a pocket pistol in the photograph above, but in person it’s larger than an M1911A1 in all ways, save length.
The trigger is very strange. Usually a single-stage trigger is crisper and lighter than a 2-stage trigger, but this one isn’t. While the pull weight isn’t that heavy, there’s a country mile of takeup even in the single-stage mode — i.e., when the hammer is already cocked. Once the takeup is done, though, the trigger breaks cleanly enough. It isn’t exactly crisp, but it is light and very predictable. I don’t think I’ll have any trouble with it.
The double-action pull is relatively light, though you’ll only feel it on the first shot after installing the magazine. Once the gun fires, the slide blows back, cocking the hammer for every successive shot.
The trigger blade is very wide. I find that gives a nice feel to the pull when I’m trying to control the let-off or point at which the trigger breaks.
The safety is another matter. It’s one of those Euro-lawyer safeties that have a center switch that’s pulled back before the lever can be moved. There’s no way to operate this kind of safety with one hand. It blocks the trigger when its on.
The magazine is a stick type with two circular pellet clips — one on either end. It’s a drop-free design, and the release button is on the left front of the grip frame, where a right-handed shooter expects it to be. The mag has to be ejected and turned around for the second 8 shots.
This gun runs on CO2. The manufacturer says it gets up to 425 f.p.s. with pellets, and we will test that for you in Part 2. The cartridge is hidden in the grip, and this time the enclosure is different. The bottom rear of the grip is pulled away from the rest of the grip, and two-thirds of the CO2 compartment is exposed. When the cartridge is installed, a conventional piercing screw tensions and pierces the cartridge. Don’t forget to put a drop of Crosman Pellgunoil on the tip of each new cartridge as it’s installed. That will keep your gun sealed for many years.
The P-25 is moderately heavy, at 29 oz., so the blowback action causes a fair amount of bounce. It feels not much different than a medium-weight .22 rimfire pistol shooting standard-speed long rifle rounds.
The barrel is rifled steel. That gives me some hope that this pistol will also be accurate. If the blowback feature doesn’t use too much gas, the P-25 could turn out to be a very nice plinking air pistol.
All things considered, at this point the Gamo P-25 air pistol looks like a good one. I hope it delivers on that promise.
by Tom Gaylord, a.k.a. B.B. Pelletier
Before I begin today’s report, I have sad news. Our friend Earl “Mac” McDonald passed away on Sunday, May 5, at 4:30 a.m. He was surrounded by his family.
Mac was diagnosed with a prion disease in April of this year. I don’t want to discuss it here, but if you want to know more, here is a link. This disease affects one person in a million. It is not only very rare, but the cause wasn’t even discovered until the 1980s. Scientists are still unsure of all the details.
I was aware of the probable diagnosis when I went to visit Mac last month but was asked not to disclose the details. Fortunately, when I arrived, he was able to recognize me. I sat with him and talked about old times whenever he was awake. My wife, Edith, and our friend Otho Skyped with Mac. Via the computer, Edith showed Mac the SHOT Show report in Shotgun News, which was the last thing he photographed for me.
Like everyone who knew him, I’m saddened by his passing — but that is more than offset by the pleasure of knowing him as long as I did. The fact that he was able to attend this year’s SHOT Show was especially rewarding.
As this blog moves forward, I will occasionally refer to Mac and some of the things he did. The best memorial I can give him is to never forget the time he was here.
I left you with a cliffhanger last Friday — more than I imagined, as it turned out, because I thought I was writing Thursday’s report and would publish the second part on Friday, rather than today. I know you all want to know what happened when I seated the H&N Finale Match Pistol pellets deep in the bore with the cocking aid attached and rested the pistol directly on the sandbag.
If you were expecting a Cinderella story, it didn’t quite happen. The group got measurably better — in fact, it was the second-best group of the test to this point. Ten shots made a group measuring 1.105 inches between centers. Compared to the previous group, which was larger than 2 inches, it seemed clear that this was the best way to shoot this pellet — deep-seated, gun rested on the bag and the cocking adapter attached.
Ten shots with H&N Finale Match Pistol pellets seated deep with the cocking aid attached and the gun rested directly on the bag made this 1.105-inch group. So, deep-seating these pellets reduced the group size by half.
Did you possibly think that it put all 10 into the same dime-sized hole that the 5 good ones went into on the previous test? I hoped that would happen, too, but it didn’t.
Not H.P.White Labs
Before you start looking back at all the testing done on this pistol to-date to recommend different things for me to test, let me say I am not H.P. White Laboratory, and the goal of this test is not to see how accurate the Benjamin Trail NP pistol can possibly be. My purpose is to evaluate the pistol as it comes from the box, so those thinking of making a purchase will have something to go on. I think I’ve done that already, and the gun is definitely worth the money. But the test is far from finished.
Air Venturi Pellet Seater
Blog reader Nomobux asked me how deep I seated the pellets with the Air Venturi Pellet Pen and Pellet Seater. Well, that varies, based on how thin the pellet skirts are. But I measured the seater with the pin protruding by 0.163 inches, which seated the pellets about 0.125 inches deep.
A blog reader asked me to test Crosman Destroyers — a new hollowpoint that has a large open cavity in the nose. Since I was playing, I decided to shoot 5 shots and see if it was worth finishing the group. With the pellets seated deep, the cocking aid attached and the gun rested directly on the bag, 5 shots made a group measuring 2.546 inches, so I stopped there. Since that was already very large and 5 more shots would not make it any smaller I decided to save my time and effort.
Five shots with Crosman Destroyer pellets seated deep with the cocking aid attached and the gun rested directly on the bag made this 2.546-inch group. I stopped after 5 shots because the group was already too large.
But I also figured some of you wouldn’t let me rest if I didn’t test at least one more variable with this pellet, so I shot it seated flush, as well. Surprise! It turned out better. Ten shots went into 2.086 inches. That’s not a world-beater group, I know, but it is better than the 5 shots with deep-seated pellets. It points out that deep seating has to be evaluated on a case-by-case basis.
Ten shots with Crosman Destroyer pellets seated flush with the cocking aid attached and the gun rested directly on the bag made this 2.086-inch group. Though it’s not a great group, it is better than the 5-shot group with deep-seated pellets.
Michael, Michael, Michael!
Blog reader Michael saw that I hadn’t yet tested the best-shooting RWS Hobby pellets from the rested position with the cocking aid attached, but he was standing on my shoulder as I played with the pistol. I knew you would want me to go back and test it this way, so I did. This time, the magic didn’t work, however, and the 10-shot group size was 1.536 inches, so no improvement.
Isn’t it interesting how changing one variable will change the entire performance of the gun? I think so.
The bottom line is that the Benjamin Trail NP is still a whole lot of value for the price tag. And I’m not finished, yet. There’s still another accuracy test to go with those lead-free pellets; and then I want to recheck the velocity of the gun, now that several hundred shots have been fired. There’s more to come, so sit back and enjoy.
by Tom Gaylord, a.k.a. B.B. Pelletier
Today we’ll make blog history. This is the first half of a 2-part report on the Benjamin Trail NP pistol. I was shooting it yesterday and found myself going in so many directions that I collected too much data for a single report. So the second half of today’s report will come on Monday.
I told you in the last report that I decided to “play” with the pistol rather than subject it to a rigidly structured test. Well, that must be catching because I did it again today. Something about this air pistol seems to invite experimentation.
It doesn’t have to shoot low!
I said that it shot too low in the last report. It did, but I was using the sights in a way the manufacturer did not intend by using the tip of the front sight for a 6 o’clock hold. That caused the gun to shoot a little low by itself. But, today, I replaced the rear sight with a red dot sight and found that the gun can shoot to the point of aim with ease. In fact, I had to adjust the sights down, but I will talk about that later.
I mounted a Tasco Pro Point dot sight on the 11mm dovetails that are on the rear of the spring tube. You could use anything that has a decent amount of adjustability.
It’s so much easier using a dot sight because there’s just the dot and target to watch, instead of the sight alignment. Shooting the pistol was much easier.
The first pellet: RWS Hobby
In the last test, RWS Hobby pellets were the most accurate, so those were the first pellets I tested this time. That made it simpler to test the gun because I knew I was starting with a reasonably accurate pellet.
And because this will become important in a while, let me tell you that these first groups were shot without the cocking aid on the gun. It’s a little harder to cock without the aid, but installing and removing it for every shot takes too much time.
The first group surprised me, because it wasn’t as good as it was the last time I tested this pistol. The first shot was a low flier caused by my unfamiliarity with the dot sight; but after that, all the rest of the shots were the best I could do. I think the measurement for 9 shots is more representative in this case, and let’s exclude that one low shot.
Nine shots went into a group that measures 2.04 inches between centers. That’s still larger than the group I got with open sights, which is 10 in 1.155 inches. I wondered if some of the stock screws might have loosened in all the shooting. I checked, and they certainly had. I tightened all stock screws; but instead of running the same test again, I proceeded to the next test. How would the pistol respond to pellets seated deeply with the Air Venturi Pellet Pen and Pellet Seater?
Not only did the group improve measurably, the point of impact rose by two inches when I seated the pellets deep into the breech with the pellet seater. This pellet seater is really proving to be a valuable piece of equipment when used on certain guns — like this one. And this rise in the point of impact is why I say there’s no problem with the Trail NP shooting low. You simply need to seat the pellets deeply.
This time, 10 RWS Hobbys went into 1.025 inches between centers. That’s remarkably close to what I did last time with open sights, but just a trifle better.
Since deep-seating seemed to produce such good results, I decided to seat all pellets from this point, on. For my next test, blog reader Victor suggested that I try some good competition pellets. He recommended some H&N pellets, so I selected H&N Finale Match Pistol pellets. I seated them deep and proceeded with the test. But, oh, my, they didn’t do well at all! At least not when taken as a whole.
Five of those pellets managed to make a very tight little group. They gave me hope that this pellet wasn’t as bad as the numbers said. Perhaps something more was required?
The dot showed that I was shaking a lot more than I was comfortable with, despite using a two-hand rested hold. My forearms were resting on a sandbag, and the pistol was held in my hands, just in front of the bag. It sounds like a solid rest, but the dot said otherwise.
Since I was playing with the gun anyway, I stopped shooting for score and started experimenting with different holds that were firmer. I tried using my off hand as a modified artillery hold, but that was just as shaky. Then, I laid the gun directly on the sandbag and had a go. That proved to be the best way to hold it, as all shaking stopped and the pellets landed together again.
I also thought that if I was going to rest the gun on the bag, I might as well use the cocking aid again, too. I had now fired the gun about 50 times in all and wanted to relieve some of the strain on my hands. So the cocking aid went back on the gun.
And that’s all I’m going to tell you today. Tune in Monday to see if this new position paid off.
by Tom Gaylord, a.k.a. B.B. Pelletier
Accuracy day has arrived. And this is going to be a report that’s different than the ones I normally write because I decided to do things differently with the Benjamin Trail NP pistol. First of all, there’s some interest in the gun. Readers have said they’re watching the reports because this gun seems to deliver a lot of performance for a very reasonable price.
Next, I’ve read some owner reviews that talk about the gun hitting low. I wanted to test that for you. Owners also say the pistol shoots to two different impact points, depending on whether or not the cocking aid is attached.
Finally, I received a call from Crosman’s head engineer, Ed Schultz, who noticed I was testing the pistol now. Ed confirmed that the pistol does indeed shoot to two different points of impact, depending on whether or not the cocking aid is attached. He was also intrigued by how much I seem to like the air pistol, so we chatted about that for awhile.
How this test will be different
I decided to “play” with this pistol today instead of plowing through a formatted test with X number of pellet types. What that means is that I decided to let the pistol lead me through the test, and to look at those things that were interesting — even if they didn’t conform to my normal test format. I think the test went well, but it lead me in directions I might never have taken otherwise.
It shoots low
The first pellet up was the RWS Hobby. The first shot wasn’t even on the paper, so I elevated the rear sight as high as it would go, then I held up the front post above the rear notch in a style that was popularized by Elmer Keith. That got me on paper, and I put 10 shots through the gun. They landed in a group that measured 1.155 inches between centers. This turned out to be the best group of the test, and I think it shows the accuracy potential of the pistol quite well. You see, I was estimating how much front post to hold up above the rear notch while I shot this group, so my aim point was only an estimate.
When Elmer Keith wanted to shoot handguns farther than their sights would allow, he used this holdover sight picture. Keith inlaid gold lines on his front sights, but I am simply estimating the height from shot to shot.
Even when I held over a lot, the pellets landed below the aim point. So, I used another trick by drawing a secondary aim point above the main bull and using the holdover sight picture on it (at 6 o’clock). My sight picture now looked like the drawing above.
Next, I tried the lead-free Crosman Powershot Penetrators. Using the higher aim point, I put 10 of them into a group that measured 2.527 inches between centers. Obviously, they’re not right for this pistol.
Different impact point?
I told you I was playing with the pistol, so next I tried an experiment to see the difference in point of impact when the cocking aid was left on the gun or removed during firing. And there was a difference! For this test, I used JSB Exact RS domes.
I used the same high aim point, and the pellets landed about 2 inches lower when the cocking aid was left on the barrel during firing. I’ll show both groups on the same target, so you can see what that looks like.
The group fired with the cocking aid installed was slightly tighter than the one with it removed. The one with the cocking aid measures 1.369 inches between centers, while the other group measures 1.636 inches.
I reported that the cocking effort is low for this pistol. Well, that’s fortunate; because when I shot it without the cocking aid, I also cocked it that way. The effort required with the aid installed still measures 25 lbs., and with the aid removed it increases to 35 lbs.
This time, I shot the pistol indoors, and I still must say that it’s very quiet for the power. I think some new owners may have had a few detonations when their guns were new and thought their pistol was going to always be that loud, but I doubt that many will fault it for the sound after it calms down.
The trigger-pull isn’t so much heavy as it is long. It does take some concentration and even discipline to shoot the pistol at its best. But there’s no creep in the second stage.
Crosman Premier heavies and JSB Exact 10.34-grain heavies
I had thought that heavier pellets might do best, so I tried both Crosman Premier heavies and JSB Exact heavies. Since I was just playing with the gun instead of conducting a formatted test, I decided that if either pellet didn’t show any promise by 5 shots, I wouldn’t complete the group. Well, neither one did, so I ended each group at just 5 shots. Both would have been over 2 inches for 10 shots.
Crosman Premier lites
The last pellet I tested was the 7.9-grain Crosman Premier lite, figuring that if the heavy didn’t group, the lite might. And that was correct. The lites gave me a 1.775-inch group, which doesn’t sound good. But 9 of those pellets are in 1.314 inches, which is a lot better.
What’s the verdict?
The verdict is — it’s too soon to tell. I still have some things to test with this pistol. For starters, the sights that are on the gun are so problematic that I want to try it with a good quality dot sight and see what I can do. If I can adjust the sight so I’m able to aim at what I’m hitting, and if I use the 3 pellets that worked well in this test — RWS Hobbys, JSB Exact RS and Crosman Premier lites — then we might just see a more accurate gun.
I also want to test pellets that are seated deep in the breech to see if there’s any difference. There are the two lead-free pellets that Crosman sent, but I didn’t get around to testing this time. I’d also like to run a velocity test after all of that because, by then, I think the gun should be broken in.
More than ever, I think Crosman should build this gun as a carbine, using exactly what they have here but with an extended barrel shroud and a rifle stock. As easy as it is to cock as a pistol, I can see it losing another 10 lbs. of effort as a carbine. What a wonderful little plinker it would make!
by Tom Gaylord, a.k.a. B.B. Pelletier
Okay! The moment of truth has arrived. It’s velocity day for the Benjamin Trail NP pistol that claims to shoot 625 f.p.s.
I am still at my friend Mac’s home on Maryland’s eastern shore, so I brought the chronograph with me. I also brought some pellets I wanted to test, as well as all 3 types of lead-free pellets that Crosman sent with the pistol.
The first pellet I tried is the lightweight lead RWS Hobby. This pellet fits the bore very tight, so I may come back and test it seated after the accuracy test. Seated flush, they averaged 494 f.p.s. The range went from 477 to 509 f.p.s. That’s a spread of 32 f.p.s. Remember that Crosman said this pistol would have a wide velocity range for several hundred shots when it breaks in. At the average velocity, this 7-grain pellet generates 3.79 foot-pounds of energy at the muzzle.
I can hear the naysayers warming up now. But hold onto your skirts, because this pistol is about to come alive.
Crosman SSP hollowpoint
The first pellet that Crosman sent me to test with the pistol was their lead-free SSP hollowpoint. This one weighs exactly 4 grains and looks like one of those new high-performance hollowpoints that performs well at lower speeds. In the NP, the average velocity was 632 f.p.s., so that substantiates the Crosman claim. The spread went from 531 to 697 f.p.s., but that first shot was way out-of-profile. The second slowest shot was 597 f.p.s., and the bulk of the shots ran between 630 and 660.
So — what’s the power of these lightweights? How about 3.55 foot-pounds? However, I don’t think this string is really representative of the pistol because of the other SSP pellet I tested later.
Crosman Powershot Penetrators
Next I tried Crosman Powershot Penetrator. They are a synthetic-bodied pellet with a metal nose. Crosman guarantees them to be 20 percent faster than lead pellets. They weigh 5.4 grains, and in the NP pistol they averaged 576 f.p.s. The spread went from 561 to 586 f.p.s., so it’s tightening up quite a bit. I do feel this is more of the break-in process, rather than the specific pellet, though I don’t want to take anything away from these Powershot Penetrators.
Like the SSPs, this pellet also fit the bore loosely. And the average energy was 3.98 foot-pounds of energy at the muzzle. I really can’t wait to see how accurate these are because they look like they might have a lot going for them.
Crosman SSP pointed pellet
The next pellet tested was the Crosman SSP pointed pellet. Like the SSP hollowpoint, it also weighs 4 grains, yet this one went so much faster on average that I believe the pistol was breaking in right in front of my eyes. The average was 685 f.p.s., with a spread from 667 to, get ready for it — 704 f.p.s. Yes, the pistol broke the 700 f.p.s. level with lightweight pellets. Crosman has to advertise the highest velocity the pistol is capable of achieving, so setting the bar at 625 f.p.s. is conservative.
At the average velocity, this pellet generated 4.17 foot-pounds of energy at the muzzle. Because it weighs the same as the hollowpoint SSP and fits the bore the same, I think the pistol is still breaking in.
JSB Exact RS
The last pellet I tested was the JSB Exact RS dome. I included it because of the accuracy potential. Although it’s light like the Hobby, it has a thinner skirt, so it was anyone’s guess how it would do in this pistol (because the gas piston is known for blowing pellet skirts out from the sudden pressure spike).
They averaged 487 f.p.s., but the range was tight — from 480 to 499 f.p.s. At the average velocity, this 7.3-grain pellet developed 3.85 foot-pounds of energy at the muzzle.
Next, I weighed the trigger-pull. It is two-stage, and stage one weighs about 3 lbs., while stage two breaks at 7 lbs., 3 oz. on the test gun. I have to observe that the design of the grip makes the trigger-pull seem a lot lower. I had guessed it to be 5 lbs. before putting the gauge on it.
I shot this test outdoors, so the sound was different than usual. But I must say the discharge is very quiet for a gun of this power.
This pistol remains easy to cock. In fact, I shot it about 60 times in this test because there were a number of shots that didn’t register on the chrono. And I wasn’t tired at all at the end of the shooting. This is an all-day gun for sure.
But the cocking assist came off the muzzle a couple times as I was closing the barrel. It held tight when the barrel was cocked, but popped off several times when the barrel was closed. The trick is to not hold it out at the end, but, instead, under the muzzle when you close the barrel.
The pistol cocks with exactly 25 lbs. of force. The effort ramps up to 25; and just when you think it will go even higher, it drops off. This is an all-day air pistol for any adult. I don’t know how they did it, but the Crosman engineers are to be commended.
Impressions so far
I’m still very impressed with this pistol. It cocks easier than I thought possible and shoots smoother than it should for the price. I can’t wait to see what it can do on targets!
by Tom Gaylord, a.k.a. B.B. Pelletier
There’s been a lot of talk about this new breakbarrel air pistol from Benjamin — the Benjamin Trail NP pistol. First and no doubt foremost is the price — just $80 at launch time. When you consider the power this pistol is rated to — over 600 f.p.s. with lightweight alloy pellets — you can understand the interest. You get the power of a Beeman P1 or a Diana RWS LP8 for a fraction of the price.
Yeah, but is it accurate? I don’t know yet, but you all know I’m going to test the heck out of this pistol to find that out.
But in the back of many minds is that NP label, which we know stands for Crosman’s Nitro Piston. That’s the brand name they use for the gas springs they put in airguns, and this is the world’s first pistol to get one as far as I know. If anyone knows different, please speak up.
So, a gas spring is often hard to cock. In fact, that’s the single disadvantage to the technology, in my mind. But not all gas springs are hard, and Benjamin has offered certain Nitro Piston rifles in the past that were quite easy to cock. Then what’s the story with the Trail NP pistol?
No worries, mate! Old B.B. has already cocked the gun. I have the news you have been waiting for. This 65-year-old codger says the Benjamin Trail NP pistol is very easy to cock. Let me put that into perspective for you. I think this pistol is in the same difficulty class as the two pistols I compared it to — the P1 and LP8. In other words, this isn’t for a young person, nor for anyone who doesn’t mow their own lawn with a push mower or ride a bicycle; but if you’re in reasonable shape, you’ll find the Benjamin Trail NP remarkably easy to cock.
I am not going to tell you exactly how hard it is to cock until the Part 2 velocity test, but I’ve already put it on the scale and I know the number. The Crosman engineers designed the pistol with the optimum cocking linkage and pivot point. Just when you think the effort is going to soar, it actually falls off sharply — giving you a pleasant surprise. As far as I’m concerned, Crosman should put some sort of trademark on this pistol’s cocking effort like “POW-R BOOSTER” (or something similar). Even if there’s no special or patentable technology involved, they’ve crossed the line and given us not only the world’s first air pistol with a gas spring, but also one that’s easy to cock.
In fact, I would like to see this pistol turned into a small rifle. They don’t need a longer barrel — just a barrel sheath that takes the front sight out farther, and a stock to hold the action. It would be a sort of Air Venturi Bronco with a gas spring. How cool is that?
Think I’m impressed? YOU BETCHA! This is the second time in 2013 that I’ve had the pleasure of testing a remarkable new airgun with impressive technology. The LGVs were first, and now this Benjamin Trail NP is something else that makes B.B. smile! I haven’t done much of that in recent years. I see so many clones that all seem to blend together with too much weight, cocking that’s too hard and a nerve-shattering firing cycle. But this new pistol is smooth.
Ooops! Did I just slip and reveal that I’ve also fired the new Trail NP? Why, yes I did. I’m not going to elaborate today because I need material for the Part 2 velocity report but, believe me, this pistol shoots smooth.
Okay, B.B., quit hyping this pistol and tell us about it.
The gun I’m testing is a .177 breakbarrel that’s fairly straightforward, except for the Nitro Piston. Being a breakbarrel, it’s also a single-shot because the barrel must be broken open every time to both cock the spring and to load the next pellet.
It looks like a large air pistol. The grip is actually a stock that holds the entire barreled action, so the spring tube sits high above the hand. You would think that would make the pistol recoil — and it would if this was a firearm — but since it’s an airgun and one with a gas spring, the recoil is quite light.
The grip/frame is synthetic, which it should be for the price and also to keep the weight off. The grip has large rectangular knobs that provide a good grip. The pistol weighs 3.46 lbs. and balances surprisingly well. It looks very front-heavy, but that cocking aid is just hollow plastic and weighs almost nothing. And speaking of the cocking aid, you leave it on the pistol while shooting. When it’s off, the pistol is about the same size as the Beeman HW 70A we’re currently testing.
The front sight is fiberoptic. Unfortunately, the top is rounded instead of being flat, so it’s going to be harder to obtain a sharp sight picture. With proper lighting of the target, it should be possible.
The rear sight is also fiberoptic, plus fully adjustable for both windage and elevation. each adjustment knob has crisp detents that leave no question about the movement. I’ve seen guns for twice this much that didn’t have sights as nice as these.
The trigger is single-stage and adjustable for the break point. I don’t know how they managed to pack that feature into an $80 pistol that’s also the first of its type. Of course, I’ll report on its performance, but something in the owner’s manual made me stop and take a second look.
The owner’s manual?
I know, it’s very girly to admit I read the manual, but I wanted to find out about the trigger adjustability. However, in this manual I found more. Just after the introduction to the parts of the gun, they have a short paragraph about the break-in period. They tell you that accuracy may be inconsistent during this period, and that the gun may sound louder than it will later on. That blew me away! Not that the gun needs to be broken-in, but that a manufacturer acknowledged it and even addressed it in the manual. In the bad old days, you were either expected to know such things or get out of airgunning altogether. I joke, but it’s not far from the truth. It’s one big reason that I became an airgun writer in the first place.
What this passage indicates is that someone at Crosman spent some time with the pistol and put their findings into the owner’s manual. That sort of thing is very uncommon these days and is one more indication that Crosman is serious about what they’re making.
I guess I gave you all of my first impressions at the start of this report. But I’ll say one more thing. Putting a gas spring into a pistol is a daring move. It’ll bring many initial sales to those whose curiosity has to be satisfied at all costs; but if the pistol doesn’t perform, it’ll quickly get a black eye from word-of-mouth on the internet. All companies must know this, but many of them act as if they don’t care or don’t appreciate the power of this kind of publicity. They must think that the novelty and power of their airguns will trump any bad press it gets on the internet. If they have an established distribution network in the large retail outlets, it can last for a long time; but if they don’t, this kind of bad press will kill them.
Crosman does have one of the largest distribution networks, yet they obviously still appreciate what their customers think. That fact is demonstrated by this new pistol. They could just as easily have made it hard to cock and shoot with a harsh firing cycle as gas springs are so prone to have, but they went beyond that and built a powerful pistol with a very acceptable cocking effort and a smooth firing cycle.
The Benjamin Trail NP pistol has my attention!