Posts Tagged ‘H&N Field Target Trophy pellets’

BSA Scorpion SE: Part 2

by Tom Gaylord, a.k.a. B.B. Pelletier

Today’s report is Part 2 of the guest blog from Tyler Patner, a Pyramyd Air customer sales and service representative and enthusiastic field target shooter. He’s finishing his report of a BSA Scorpion SE, and today’s blog is all about accuracy.

If you’d like to write a guest post for this blog, please email me.

Over to you, Tyler.

by Tyler Patner

Part 1

This report covers:

• Accuracy at 20 yards
• Accuracy at 40 yards
• Trigger and safety
• How loud is it?
• Final thoughts

BSA Scorpion SE beech stock
BSA Scorpion with beech stock.

In the first report, we used a chronograph to measure the velocity of the .25-caliber BSA Scorpion SE. Just looking at the chrony numbers, I would guess that .22 caliber is really optimal for the Scorpion SE. I’d bet a rifle in that caliber could put out the same energy as the .25 and maintain the same or better shot count. But don’t discount the .25-caliber Scorpion SE. While clearly underpowered, today’s accuracy testing will show just why the this rifle should be on your short list.

Accuracy testing was done at 20 and 40 yards. Normally, I would do 25 and 50 yards, but my current range has a max of 40 yards. The Bushnell Elite 8-32X40 scope was set on 16X, and the shooting began. I should note, I was using only a front bag rest and shooting off a very wobbly plastic table, but even those hindrances could not keep the Scorpion SE from impressing me! A .25-caliber hole is a bit bigger than I’m used to seeing. I shot 3 groups to warm up and then refilled for the 20-yard test.

Accuracy at 20 yards
The first pellet shot at 20 yards was the JSB King. They stacked 5 into a tight 0.43-inch group, starting things out nicely.

BSA Scorpion SE  JSB King 20 yards
Five JSB Kings went into this 0.43-inch group at 20 yards. This is a good start.

Next was the Benjamin Destroyer pellet at 27.8 grains. This is shaped similarly to their Destroyer in .177 and .22 calibers. Four shots went into a 1.30-inch group, with the fifth shot flying high about 2 inches. The overall size came to 2.60 inches for 5 shots, which is beyond poor. The Benjamins were not included in the 40-yard test for that reason.

BSA Scorpion SE  Benjamin Destroyer 20 yards
Five Benjamin Destroyers went into 2.60 inches at 20 yards, with 4 in 1.30 inches. This isn’t the pellet for this rifle.

The Predator Polymags did surprise me a bit. Not only did they just barely squeeze into the magazine, but they actually grouped pretty well. A 0.54-inch group of 5 at 20 yards made a nice-sized hole that would certainly be adequate for small game. The Polymags have proven, time and time again, that they’re the premier hunting-specific pellet and can smack small game with devastating results.

BSA Scorpion SE  Predator Polymags 20 yards
Five Predator Polymags went into 0.54 inches at 20 yards. This is another good pellet for the Scorpion SE.

The lighter-weight H&N Field Target Trophy grouped decently, with 5 in 0.79 inches. I pulled the fourth shot a bit, as my wobbly table wasn’t quite stable. I did shoot them at 40 yards, as well, but the results were not worthy of showing here.

BSA Scorpion SE  H&N Field Target Trophy 20 yards
Five H&N Field Target Trophys went into 0.79 inches at 20 yards. This is another good pellet for the Scorpion SE.

The pellet that surprised me the most was the H&N Baracuda Hunter Extreme. With a cross cut on the head of the pellet, it’s certainly eye-catching, with major accuracy to back it up! A 0.35-inch, 5-shot group (basically one single hole) was more than enough to get my attention. Twenty yards is not a long distance for PCP guns; but when you lace 5 shots in a row through a single hole, it immediately gets your attention!

BSA Scorpion SE H&N Baracuda Hunter Extreme 20 yards
This is what I wanted to see — 5 H&N Baracuda Hunter Extremes went into 0.30 inches at 20 yards.

Next up were the Beeman Kodiaks. Being made by H&N, I was pretty confident they’d group similarly to the Baracuda Hunter Extremes, and they did. A 0.32-inch group of 5 bettered the mark set by the Hunter Extremes at 20 yards. The two pellets are very similar in terms of shape; and aside from the cut out in the head of the Hunter Extreme, they showed little difference in accuracy at 20 yards.

BSA Scorpion SE  Beeman Kodiak 20 yards
Beeman Kodiak pellets put 5 into 0.32 inches at 20 yards.

Accuracy at 40 yards
I chose to go with the Kodiaks, Hunter Extremes, Predator Polymags and JSB Kings for 40-yard testing. The results were all very good, which shows the versatility of the BSA barrel. This is something I’ve come to appreciate about the BSA guns I’ve owned. They all seem to be very even-tempered in terms of pellet selection. All too often, I test guns that will shoot only one pellet, and everything else groups horribly. That’s all well and good, but only if the pellet the barrel likes is accessible, consistent from die to die and not too far on either side of the weight spectrum so your trajectory is reasonable. For testing at 40 yards, I shot two groups just to try to remove the potential for human error because we all know the gun is rarely the problem. It’s the jerk behind the trigger!

First up were the Beeman Kodiaks, and they did not disappoint — giving a 0.50-inch group. Bear in mind the pellet is half the size of the group, so you are looking at two holes at the end of the day.

BSA Scorpion SE  Beeman Kodiak 40 yards
At 40 yards, 5 Beeman Kodiaks went into 0.50 inches.

The Predator Polymags at 26 grains grouped very well at 40 yards, making a 5-shot group that measured 0.65 inches. I would be very confident with a magazine of these in the Scorpion SE if I was going out after squirrels or pest birds. Raccoons and opossums would also be well within the Scorpion SE’s game menu. Accuracy like this will pretty much assure you of a clean head shot or vital organ shot if you do your part. The extra bit of expansion the Predators offer would also come in handy.

BSA Scorpion SE Predator Polymag 40 yards
Five Predator Polymags went into 0.65 inches at 40 yards.

The overall best group of the day (and not just at 40 yards) was made with JSB Kings. After looking like the H&N/Beeman pellets would run away with the accuracy testing, the Kings came back in a big way. I managed to put 5 shots into a single hole measuring 0.27 inches. Basically, that’s the size of the pellet. The next group opened up ever so slightly, but it was clear that the Kings are the way to go.

BSA Scorpion SE JSB King 40 yards
JSB Exact Kings made the best group of the day, with 5 in just 0.27 inches! This is great for 40-yard accuracy.

The Baracuda Hunter Extreme was the last pellet tested at 40 yards, and they grouped well also at 0.42 inches for 5. That was the best I could manage; and if the expansion of the Hunter Extremes is better than the average domed pellet, then I would say they’re the most accurate hollowpoint I’ve ever shot in any gun past 10 yards. Generally, hollowpoints suffer a bit in the accuracy department; but I think that because the Hunter Extremes are not a complete hollowpoint, they fly just a bit better. Either way, these pellets work well, so H&N has a definite winner with them.

BSA Scorpion SE H&N Baracuda Hunter Extreme 40 yards
Five H&N Baracuda Hunter Extremes made the best group of the day for hollowpoints, with 5 in just 0.42 inches!

Trigger and safety
The trigger on the BSA Scorpion SE was unadjusted since it came out of the box crisp and relatively light for a hunting trigger. It measures an average of 2 lbs., 2 oz. over five pulls. I know the trigger can be adjusted much lighter than this; but for the hunting crowd, that won’t be necessary.

The manual hunter-style safety is located on the left side of the action. I’ve seen the triggers adjusted so light that an engaged safety won’t stop the gun from firing when the trigger’s pulled. So, be careful when adjusting this trigger — or any trigger for that matter. Test it before you load the gun and make sure the safety still stops the gun from firing after adjustments are made.

BSA Scorpion SE safety
Manual safety

How loud is it?
On the subject of noise, the Scorpion SE is pretty loud. It’s not backyard friendly, and I would rate it a 7 out of 10 (10 being the loudest). If this were a 45-50 foot-pound gun, then the noise would be up in the 9-10 range; but at 30 foot-pounds, it’s fairly tame for an unshrouded gun. That said, the air stripper on the muzzle also doubles as a thread protector covering the 1/2-inch UNF threading that could accept a more useful air stripper or muzzlebrake if you choose to add one.  [Editor's note: Silencers are subject to federal legislation. If an airgun silencer can be attached to a firearm and quiet the report, it must be licensed.]

BSA Scorpion SE air stripper
The air stripper/muzzlebrake covers 1/2X20 threads.

Final Thoughts
The Scorpion SE represents a step forward for BSA airguns. The new features like the redesigned magazine and gauge show that they’re listening to what their customers want and need. All the while, they’re not changing the things they know are proven to work. Their barrels are still some of the best out there, and their overall quality and precision shines through.

There are a lot of options in the mid-priced PCP realm, and the BSA may be overlooked because of its relatively low power level; but if you’re looking for a precision shooter with adequate power for small game, then I would highly recommend taking a look at the BSA Scorpion SE. My experience with BSA products has been stellar over the course of many years, and I’m confident you’ll come to the same conclusion after just a few shots behind the trigger of their PCP works of art!

BSA Scorpion SE: Part 1

by Tom Gaylord, a.k.a. B.B. Pelletier

Today’s report is a guest blog from Tyler Patner, a Pyramyd Air customer sales and service representative and enthusiastic field target shooter. He’s going to tell us about a BSA PCP pellet rifle. This is a complete report with the description, velocities and test targets, so I am breaking it into two sections.

If you’d like to write a guest post for this blog, please email me.

Over to you, Tyler.

by Tyler Patner

This report covers:

• Changes from BSA
• Let’s shoot

BSA Scorpion SE beech stock
BSA Scorpion with beech stock.

Before getting to the review, I want to preface this by saying that I’m a BSA fan boy (self-proclaimed, of course). When I found out that BSA was officially making their return to the U.S. market, I was ecstatic. And no gun was more present in my mind than the BSA Scorpion SE. I already had the BSA R-10 in my arsenal and had owned an Ultra as well as a SuperTEN (predecessor to the R10). The one gun I had yet to own of the BSA PCP line was the Scorpion SE. With the new look to the stock and the various glowing reviews from the UK sub-12-foot-pound crowd, I was chomping at the bit for the Scorpion SE.

Traditionally, I’m a .177 and .22 pellet shooter. I’ve never owned a .25; and, quite frankly, I had little desire for one. It’s nothing against the caliber, I just don’t have too much use for it, as most of my hunting and long-distance shooting can be easily accomplished with a .22. But as most folks will tell you, it never hurts bringing more gun than you need. If there was one thing I knew going into this review, it was that the accuracy should be nothing short of stellar. BSA barrels are widely known and highly regarded for their amazing consistency and accuracy. Many worldwide field target and benchrest shooters choose their barrels for that exact reason. So, expectations were very high; but to my surprise, my expectations could not have possibly been set this high.

Changes from BSA
The introduction of the SE (which stands for Special Edition, even though all of the current models are “SE” models) saw a few new features brought to the BSA line that many had yet to experience. The addition of a pressure gauge that reads in bar was a welcome feature I was very happy to see. The R-10 was the first BSA gun to employ it, and BSA has since added it to their entire PCP range.

BSA Scorpion SE beech stock pressure gauge
BSA Scorpion SE pressure gauge reads in bar.

The Scorpion SE also uses BSA’s new self-indexing magazines. Prior to these mags, BSA went through two other styles that used an indexing pin within the breech. This is a common method of indexing a magazine but comes with its own set of problems. A common complaint was that the indexing pin would actually break, leaving the gun unusable. BSA has solved this issue by creating a magazine that seamlessly rotates under spring tension once the bolt is retracted from the magazine.

I’ve used these magazines in both old-style BSA rifles and the new-style guns. To this day, I’ve never had a hangup with the new-style mags. Loading the magazines does take a certain technique, but it’s very easy to figure out and do quickly. I simply hold the drum of the magazine with my left hand and load pellets with the right, rotating with my thumb and index finger.

The drums are color-coded blue and red for .177 and .22, respectively. Each holds 10 pellets. The .25 is slightly different, with cutouts to allow for the larger spacing the bigger quarter-inch bore pellets need. It’s black and holds only 8 shots. I’d like to see BSA not leave any portion of the pellet exposed in the magazine.  If I were to drop the magazine in the dirt or mud, it’s possible for debris to find its way into the internals of the mag and potentially jam it.

BSA Scorpion SE beech stock mag indexed
My thumb and index finger hold the magazine drum against spring tension.

BSA Scorpion SE beech stock mag not indexed
Here I show the drum not indexed. It takes only a little finger pressure for this control.

BSA Scorpion SE beech stock mag side view
The mag drum is open on the side to allow the big .25-caliber pellets to fit.

The final change was the stock. The new stocks are being made by Minelli in Italy. For standard beech, the one I had was very impressive. It had great character and a very comfortable shape. The stock also had a very interesting reverse stippling in some areas. I’m not really sure if reverse stippling is the correct term for it, but that’s the best I could come up with! It’s almost as if Minelli removed a layer or two of wood and left things rough on the surface to give you more positive feedback when held. This definitely made an impact, as the areas of the stock where this was present were very tacky and really solid in my hand. The forearm is not too wide, and the relatively light overall weight of around 7 lbs. makes this gun an excellent choice for those walking the woods.

BSA Scorpion SE beech stock holding rifle
The rifle holds steady in the offhand position. It’s lighter than it looks!

BSA Scorpion SE beech stock forearm
The wood stock is shaped well, and the odd stippling is very grippy.

BSA Scorpion SE beech stock butt
The butt is nicely shaped, and the wood is attractive.

Let’s shoot
I chose to mount a scope that most would think is major overkill for a gun like the Scorpion SE. I went with a Bushnell Elite 8-32X40AO. This is a big scope that adds a lot of weight; but since I was shooting only benched groups, that was fine with me. It was also the only scope available at the time that I was comfortable with. All my good hunting optics were on guns and in use. That said, a gun like the Scorpion SE certainly warrants a nicer scope such as the Bushnell, and the extra magnification really gave me the ability to be as precise as possible when shooting my groups. Before we get to the group shots, though, let’s have a look at some velocity numbers.

I shot eight different pellets for the test but decided to chronograph only three of them. BSA touts their new SE models as having a “self-regulated valve.” There isn’t an actual regulator in the gun, so I wasn’t sure why they would refer to the valve design as self-regulated when that’s normally how PCPs function. With an unregulated gun, you usually get more of a curve when you graph out your velocities, while a regulated gun gives you a very flat string until the gun falls off the reg. While the shot count was relatively low, it was extremely tight — maybe one of the tightest spreads from an unregulated gun I’ve seen. And that wasn’t just from one pellet. Hunters could probably milk 20-25 shots from the relatively small air cylinder on the Scorpion SE.

The first pellet I ran over the chrony was the H&N Field Target Trophy which weighs in at 20.06 grains. [Editor's note: Depending on how you search for this pellet in Pyramyd Air's listings, one product name will state that it weighs 20.06 grains, and another will say it's 19.91 grains. However, on the actual product page, the name and description say it weighs 19.91 grains (which is correct). However, I left the weight at 20.06 grains for this report since all of Tyler's calculations are based on that number.] Filling the gun to 3000 psi delivered 17 good, consistent shots. We had a high velocity of 819 f.p.s., a low of 792 f.p.s. and an average velocity of 807 f.p.s. The extreme spread was 27 f.p.s., and the standard deviation was 8.4 f.p.s. Again, the low shot count is due to the smaller air cylinder, but it’s much more consistent than most unregulated PCP guns I’ve shot. The Field Target Trophy pellets put out about 28.7 foot-pounds at the muzzle. For a .25-cal. PCP, this is very underpowered, and my only real beef with the gun. More power would sacrifice shot count further, and BSA opted to go for a moderate power level with a higher shot count.

Next up were the 25.4 grain JSB King pellets. These are widely considered the best .25-caliber pellets on the market — and for good reason. They preformed extremely well and also proved to be the most accurate pellet tested, but more on that in part 2. We got 15 good shots on a full 3000 psi fill with a high of 738 f.p.s., a low of 723 and an average of 731 f.p.s. The extreme spread was only 15 f.p.s., and the standard deviation was a mere 2.7 f.p.s. When you see a standard deviation that low, you often find accuracy follows closely behind.

That works out to 30 foot-pounds of energy at the muzzle for this pellet. It’s more than enough for small game but very underpowered for that caliber. A 25-grain pellet moving in the low 700s in a gun sighted in at 25 yards has just under 3 inches of drop when stretching out to 50 yards. That’s quite a trajectory curve, and it really shows just how under-used the caliber is in the Scorpion SE platform.

The final pellet I chronographed was the Beeman Kodiak at 31 grains. On a full fill, the gun produced 19 very consistent shots. The high was 672 f.p.s. and a low of 655 f.p.s., which averaged out to 664 f.p.s. We really see how going heavier eventually reaches a point of diminishing returns. I wouldn’t consider the slight bump in muzzle energy to be worth it, as it only topped out at 30.3 foot-pounds. I’d rather run the slightly flatter-shooting JSB Kings and give up the measly 0.2 foot-pounds. But with only a 17 f.p.s. extreme spread and a standard deviation of 5.9 f.p.s., things looked promising for the accuracy testing.

We’ll stop here and return in part 2 with Tyler’s accuracy testing. There are some good groups coming!

Benjamin Trail Nitro Piston 2: Part 4

by Tom Gaylord, a.k.a. B.B. Pelletier

Part 1
Part 2
Part 3

This report covers:

• Accuracy day…part 2
• Things that were done
• Sight-in
• Ten meters
• The hold
• 25 yards
• Velocity with Premiers
• Overall evaluation

Benjamin Trail Nitro Piston 2
Benjamin Trail Nitro Piston 2

Accuracy day…part 2
Today, we return to the Benjamin Trail Nitro Piston 2 air rifle. I think I’ve solved all the mysteries and finally got the rifle to shoot the way it should. You be the judge.

Things that were done
Several things were done to make the rifle ready for today’s test. First, I cleaned the barrel with J-B Non-Embedding Bore Cleaning Compound on a bronze bore brush. To do that, I removed the barrel shroud and the baffles, so access to the barrel was easy. I cleaned from the breech. Since the NP2 has a gas spring, I could leave it cocked as long as I wanted without hurting the spring.

Next, I replaced the 3-9X32 CenterPoint scope that comes with the rifle for an older CenterPoint 3-12X40 scope that has an adjustable objective. Now, I was able to focus the scope on the target at 25 yards. CenterPoint no longer carries this scope that was made by Leapers, but it’s equivalent to this 3-12X40 UTG scope with AO, except that my scope doesn’t have an illuminated reticle.

I shimmed the replacement scope with one thin slice of plastic under the scope tube at the rear ring; because when I removed the factory scope, I noticed that it was adjusted toward the top of its range. I just wanted to make sure the reticle wasn’t floating in the replacement scope because the NP2 has a healthy jolt when it fires. No vibration, but there’s definite movement.

I tightened all the stock screws but found they were mostly tight already. That was when I noticed there’s no front triggerguard screw. The rear screw is the one that holds the action to the stock, and the front has no screw at all — yet there’s a hole in the guard for one. Some companies might be tempted to put a wood screw there to fool you, but that would just invite stripping the hole in the wood stock since the front screw is nearly always the one that gets tightened. Crosman made it foolproof.

The front triggerguard screw doesn’t exist. The rear screw holds the action in the stock, and the front hole is blank.

I sighted-in at 12 feet and was on paper with the first shot. In all, I fired four shots to get where I wanted to be at 10 meters. I continue to shoot .22-caliber Crosman Premier pellets in this rifle for this whole test. Once I was sighted-in, I backed up to 10 meters and shot a 5-shot group.

Ten meters
I was still experimenting with holds at this point. I had already spent a whole day shooting the rifle with the factory scope and trying different holds (I didn’t tell you about that day or bother to report it), but a comment from a reader got me thinking. Reader Ben told me to hold the rifle more firmly and also to slide my off hand farther out under the forearm. He reminded me of what I knew but had temporarily forgotten — namely that gas spring guns need a different hold. So, I followed Ben’s suggestions, and they resulted in a 0.319-inch 5-shot group at 10 meters!

Benjamin Trail Nitro Piston 2 10 meter group
Five Premiers at 10 meters went into 0.319 inches.

Okay, that’s just at 10 meters. I know a lot of you do shoot at that distance, and I also know that many people shoot 5-shot groups. This is what the NP2 can do at that distance with 5 Premier pellets.

But you really want to see what it can do at 25 yards. And you want to see 10-shot groups. I adjusted the scope reticle down for 25 yards and started shooting.

The hold
Before I continue, let me describe the hold I’m using today. It’s not an artillery hold. I’m grasping the pistol grip firmly, but not with a death grip. And my off hand is slid out far enough that it’s touching the sling swivel on the forearm. I don’t grasp the forearm tightly, but I do grasp it with my fingers. Having my hand out that far, the rifle doesn’t want to move left or right. So, when the off hand gets settled, the crosshairs stay on target as I relax.

Relaxation is very important with the NP2. Every time I became anxious about where the next shot was going, I threw it wide. But when I relaxed, the shot went to the aim point, as you’ll soon see.

25 yards
The first group of 10 went into 0.931 inches. It’s better than the best group fired in the last test, which tells me that something I did helped out. Cleaning the barrel, tightening the screws, changing the scope or changing the way the rifle is held seems to have made the difference. But I thought the rifle could do even better.

Benjamin Trail Nitro Piston 2 25-yard group 1
The first group of 10 Premiers from 25 yards went into 0.931 inches. It’s better than the best group from the previous test!

The second group is larger than the first, but the 3 pellets that missed the main group were all from my tension. When I relaxed, all the pellets went into the central group. Ten shots went into 1.333 inches, but the central 7 are in 0.656 inches. I think they represent the true accuracy of the NP2. This is the importance of relaxing when shooting this particular air rifle.

Benjamin Trail Nitro Piston 2 25-yard group 2
This group was the most revealing. When I shot totally relaxed, the pellets went to the central group. When I tensed up for any reason, they went wide. Ten shots in 1.333 inches and 7 in 0.656 inches. I believe the NP2 can shoot as well as the central group indicates.

But you’re skeptical, and I would be, too. The concentration needed for every shot (making certain I was relaxed) was tiring me, but this rifle deserved the best I could give, so I shot one more 10-shot group at 25 yards. This time, I relaxed for each shot — the way I would tell someone else to do. You know — do as I say! This time, 10 pellets went into 0.704 inches. This, I believe, represents the level of accuracy of which this particular Benjamin Trail NP2 is capable.

Benjamin Trail Nitro Piston 2 25-yard group 3
This time, I concentrated on the hold and relaxed for every shot. Ten pellets went into 0.704 inches at 25 yards.

Velocity with Premiers
One last thing to do. I told you that the cocking effort had dropped to 32 lbs. after the last accuracy report. With all the shooting I’ve done the rifle now has over 150 shots on the powerplant. I tested it again today, and it still cocks right at 32 lbs. The last velocity test had Premier pellets averaging 793 f.p.s. with a 40 f.p.s. spread. This time 10 Premiers averaged 745 f.p.s. and the spread was only 8 f.p.s.!

I know the gun shoots slower now; but given the wide variation before, I think it’s now settled into what it’s going to do. At 745 f.p.s., the Premier cranks out 17.63 foot-pounds of energy at the muzzle.

Overall evaluation
I think Crosman has made a nice new breakbarrel rifle with the NP2. It doesn’t vibrate, it cocks easier than other gas-spring guns in its power range, the trigger is crisp, the report is quiet and the rifle is accurate. For $250, this is about as nice a spring gun as you can find.

Yes, the power is not at the level Crosman advertises; and yes, the gun does kick — but it still gives you a lot of value for the money spent. The bad press at launch time is going to keep some shooters from giving the NP2 a try. That’s too bad because this is a rifle many of them would like.

I’ve tested this rifle openly and allowed you to see exactly what happened, as it happened. Crosman has sent another NP2 for me to test and I plan on testing that one for you as well. So, it ain’t over yet.

Benjamin Trail Nitro Piston 2: Part 3

by Tom Gaylord, a.k.a. B.B. Pelletier

Part 1
Part 2

This report covers:

• Lots of interest
• Mounted the scope
• The scope
• Initial accuracy
• Examine the baffles
• Back to Premiers
• Conventional artillery hold not right
• Found the secret
• Cocking effort
• Trigger
• Firing behavior
• Summary

Benjamin Trail Nitro Piston 2
Benjamin Trail Nitro Piston 2

Today is like one of those pregnant pauses in a movie. You know what you want the hero (that’s either me or the Benjamin Trail Nitro Piston 2) to say, but he just won’t say it. The poorer the actor, the longer you wait. Not today.

The Benjamin Trail Nitro Piston 2 works!

Oh, there’s a lot to tell, and I’m far from finished with my evaluation, but that’s how the story will end. I want to tell you about the rough and rocky road it took to get to that point — and we aren’t quite there yet.

Mounted the scope
I’m going to start shooting for accuracy, so first I mounted the 3-9X32 CenterPoint scope on the rifle. Mounting was easy, and the scope aligned very well. Then, it was time to sight in the rifle. I always start at 12 feet from the target, so I know I’m on paper. I would start at 10 feet, but I have a door jamb at 12 feet, so there you go. The object is to get the pellet to hit in line with the center of the target and as far below the aim point as the center of the bore is below the center of the scope.

It took 3 shots to adjust the scope to the point that I knew the rifle would be close at 10 meters. Next, I set up a bench at 10 meters and proceeded to shoot several more shots — refining the zero. At 10 meters, I want to hit one inch below the aim point so the pellet will be on target at 20 yards. I’m going to shoot from 25 yards today; but as fast as this rifle shoots, it will be on the aim point between 20 and 30 yards, approximately, if I sight-in this way.

A couple more shots, and I was sighted-in. I went back to 25 yards and started shooting seriously.

The scope
Before we move on, I’ll comment on the scope. While it does have clear optics, the parallax isn’t adjusted for 25 yards; so, on 9x the bull was out of focus. One reader asked me for my observation and there it is. I think a scope for a rifle like this should have its parallax adjusted for 20-25 yards if the scope is going to have fixed parallax.

Initial accuracy
I began shooting with .22-caliber Crosman Premiers, as those are the pellets I felt might do the best in this rifle. The first couple shots went to my exact aim point, then they started dropping several inches below. I ended up with a nice group of 6 shots about 2 inches below the aim point and 4 more shots that ranged up to the aim point. All in all, not a very good group. I switched pellets.

I tried JSB Exact Jumbos next; but when the first 3 shots went into 1.50 inches, I stopped shooting. Next were Beeman Kodiak pellets. By shot 3, the group was already larger than an inch and a half, so I stopped. Finally, I tried some RWS Superdomes, and this time I stuck it out for 6 shots. They landed in 2-1/4 inches, and that stopped the whole show. Something was wrong!

Benjamin Trail Nitro Piston 2 Kodiak group
Three Beeman Kodiaks made this group that’s larger than 1.50 inches. The shot at the bottom center is from another pellet shot at a different target.

Benjamin Trail Nitro Piston 2 Superdome group
Six RWS Superdomes landed in 2-1/4 inches. Something was wrong!

Examine the baffles
Whenever I get wild or open groups like these from a gun that has baffles, I suspect the pellets are hitting the baffles or the end cap as they leave the gun. So, I shined a strong light down the muzzle and looked around all the baffles — looking for places where a pellet might have ripped off some of the plastic or left a gray streak. On aluminum baffles, a gray streak is what to look for, but these baffles are plastic, so I thought they might have been cut slightly.

But they looked perfect. They were completely round and there were no marks of any kind. I could see all the way down to the true muzzle of the gun, so I looked at the crown, to see if it was rough or out of round. And that’s when I saw it. Or, rather, I didn’t see it. I was unable to see the whole muzzle! Part of it was obscured by the last baffle! It was not in line with the bore!

The baffles are one cast piece of synthetic, and they’re separate from the shroud tube. I showed them to you in Part 1. They have rubber o-rings on each end of the baffle tube to center the baffles inside the shroud tube. But here’s the rub. The baffles, and not the shroud tube itself, thread onto the end of the barrel. The baffle tube has an end cap that holds tension against the shroud tube. Once the baffles are tight, everything is tight; but it’s still possible for the shroud tube to rotate. If that happens, it’s possible for the baffles to be misaligned with the muzzle of the barrel — or at least it is on my test rifle! All I had to do was rotate the shroud tube about 90 degrees, and then I could see the entire muzzle! It was time to shoot another group.

Back to Premiers
I went back to Crosman Premiers now that the muzzle was clear. The inside of the baffle tube looks like it has more than enough room for even a .25-caliber pellet to pass through without touching, so I figured it would be okay. This time, I shot a much better group of 10, with 8 pellets in 0.915 inches. The last 2 pellets opened the group to 1.748 inches, and they just looked wrong as I watched them fly to a different spot through the scope. Something was wrong, but I didn’t think it was the pellets.

Benjamin Trail Nitro Piston 2 Premier group 1
This first 10-shot group of Crosman Premiers has 8 shots within 0.915 inches, and 2 that open the group to 1.748 inches. Something isn’t right.

Conventional artillery hold not right
I switched to H&N Field Target Trophy pellets. This time, they all landed in a nice 1.1357-inch group until the final 2 shots opened it to 1.704 inches. Clearly, something still wasn’t right, but I didn’t know what it was. However, I was starting to suspect that the conventional artillery hold isn’t right for the NP2.

Benjamin Trail Nitro Piston 2 FTT group
Ten H&N Field Target Trophy pellets went into 1.704 inches, with 8 of them going into a much smaller 1.135 inches. That’s still not great, but it’s more uniform.

I tried both Kodiaks and Superdomes, again — this time with the rifle rested directly on the sandbag. The results were about what you would expect when resting any breakbarrel springer directly on a bag — 3 shots scattering wide in 2-1/2- to 3-inch groups. Obviously, that’s the wrong thing to do!

I found the secret
I shot another 10-shot group of Premiers and experimented with the hold as I shot. When I firmly held the pistol grip, the group tightened up. When I relaxed in a traditional artillery hold, the shots went wild. The group looks bad at 2.508 inches overall, but 7 of those shots are in 1.042 inches and 5 are in 0.802 inches.

Benjamin Trail Nitro Piston 2 Premier group 2
This group taught me what I needed to know. Hold the gun tight, and it groups. Hold it loose, and it scatters pellets everywhere.

Next, I shot another 10-shot group of Premiers, With the pistol grip held tight, 10 shots went into 1.207 inches, with 9 going into 0.835 inches. Eight shots went into 0.514 inches. It’s not a smaller group overall, but there are more shots in the main group. I’m learning how to hold the rifle.

Benjamin Trail Nitro Piston 2 Premier group 3
Now, we’re cooking! 10 shots in 1.207 inches, 9 in 0.835 inches and 8 in 0.514 inches! This shows promise!

That was followed by another 10-shot group of Premiers. This time, 10 went into 1.178 inches, and 8 were in 0.721 inches. I was definitely learning how the NP2 wants to be held.

Benjamin Trail Nitro Piston 2 Premier group 4
Ten in 1.178 inches, and 8 in 0.721 inches. I am getting to know the NP2.

Cocking effort
I said in Part 1 that the effort to cock the rifle was heavier than I remembered from the SHOT Show, and in Part 2 I gave the effort as 38 lbs. as measured on my bathroom scale. I also said in Part 2 that the rifle seemed to get easier as I tested the velocity, but testing it on the scale once more didn’t bear that out. Well, after today’s shooting, which added more than 70 shots to what was already on the gun, the cocking effort has dropped to 32 lbs. The rifle is getting into the area where it’s worth taking notice! Do you remember that I said it probably needs to be broken in? I may have proven that in this test, but I need to test the velocity, again, just to show that lighter cocking doesn’t also mean a loss of velocity.

After over 70 shots, I found myself tiring from the session, so I stopped; but the rifle didn’t seem that hard to cock. This is a surprising and happy revelation.

As I was shooting targets today, I found the trigger very heavy. I’ll try to adjust it lighter next time. It’s still smooth and crisp.

Firing behavior
The gun still shoots dead calm without vibration, but the two-way recoil is very noticeable. I had to tighten the ring caps after the scope slipped 3/8 inch from recoil in the first 15 shots. That was my fault for not tightening the screws enough to begin with.

These groups are not what I had hoped for, but they do show that there’s a right way to hold the gun. I don’t think I have that hold perfected, yet, but I’m closer than when I began. I actually believe the NP2 is capable of much better groups than those you see today because there are smaller groups that look wonderful in each of the final groups.

Crosman said they were able to get one-hole groups at 35 yards. I’m not there yet, but I’m certainly able to put 5 out of 10 into a single hole at 25 yards. Next time, I’ll shoot only Premiers and will begin the test knowing how to hold the rifle. It should get better from there.

The Crosman 622

by Tom Gaylord, a.k.a. B.B. Pelletier

Today’s report is a guest blog from reader Paul Hudson. It It’s his evaluation of the Crosman 622 repeater.

If you’d like to write a guest post for this blog, please email me.

Over to you, Paul.

The Crosman 622
by Paul Hudson

Crosman 622 The Crosman 622 is a rarity — a slide-action CO2 repeater.

The Crosman 622 is a repeating slide-action CO2 pellet rifle. It was produced from 1972 to 1978 in .22 caliber only. It uses the familiar 12-gram Powerlets and has a rotary clip that holds six pellets.

There have been only a few other slide-action repeaters available in the recent past — the Gamo Extreme CO2 and the Shark roundball repeater made in Argentina are two examples. The Gamo uses an 88-gram cartridge, and the Shark is a bulk-fill gun.

This particular 622 belongs to my brother-in-law’s friend. It had not been fired for many years and was in need of a resealing. The old factory lube had turned to hard wax, and several hours of cleaning was required to get everything in working order.

Due to its design, the 622 did not develop a reputation for durability. The valve body is made of two parts held together with a single screw and is prone to breakage. A second bolt or pin can be added to the bottom of the valve body to greatly strengthen the assembly. Another problem was the tendency for the gun to jam with certain pellets; this can happen if the muzzle is elevated when the slide is cycled. Some pellets (depending on their shape) can back out of the clip enough to prevent it from rotating. Keeping the gun pointed down will help prevent this. Possibly due to this problem, Crosman added a lever to the receiver of later 622s to aid removing stuck clips.

Crosman 622 interior
There are many parts in the 622′s receiver. The large, rectangular casting on the right is the valve body, and it’s prone to breakage. The probe is near the top of the receiver and is in the rearmost operating position. In the middle is the rotating rod that advances the clip. The large cylinder on the bottom houses the striker.

The 622 is large enough not to feel like a toy. It’s 40.5 inches long with a 13.5-inch length-of-pull, so it’s adult-sized. The blued barrel is 23 inches long, and the gun weighs 6 lbs. without a scope. A square post front sight and a square notch rear sight come from the factory, and they’re entirely suitable for the ranges at which the gun would be used. The painted receiver is made of two die-cast pieces and is grooved for mounting a scope. While the paint isn’t the greatest finish, no complaints can be made about the blueing on the barrel and gas tube. It’s very well done for a low-priced gun. Both the stock and forearm are made of varnished hardwood that has a very straight grain. The receiver is only about an inch thick, and the gun does not feel bulky; combined with the light weight, it’s a perfect plinker and can be carried for hours.

Crosman 622 rear sight
The rear sight is a simple square notch and is adjustable for elevation and windage.


The front sight is a square post. The ramp is textured to prevent glare.

A manual safety is mounted behind the trigger; it’s very similar to the unit on many other Crosman models. The single-stage trigger was a pleasant surprise. It isn’t adjustable…but it’s fairly smooth, mostly creep-free and breaks at a consistent 2 lbs., 2 oz. For an inexpensive airgun, it’s quite good. Holding down the trigger while cycling the action lets the striker travel forward with the slide; it will not fire the gun.

Crosman 622 trigger
The trigger features Crosman’s typical cross-bolt safety and is surprisingly good.

The rotary clip
The 622′s 6-shot rotary clip is easy to load and fits entirely within the receiver; it will not interfere with a scope or catch on anything during handling. Unfortunately, the clip accepts pellets with a max length of 0.275 inches. This prevents longer domed pellets and pointed pellets from being used. All wadcutters fit, and most cycle fine.

Crosman 622 magazine rear
Rear view of the clip. Pellets load easily from this side.

Crosman 622 magazine top
The thin clip will not accept pellets over 0.275 inches long. The Baracuda Hunter is about the longest pellet that fits.

To charge the 622, the end cap of the lower tube is removed. A CO2 cylinder is dropped in nose-first (don’t forget a drop of Pellgunoil on the tip), and the end cap is replaced. As the cap is tightened, a slight hiss will be heard as the cartridge is pierced. Further tightening should not be needed. Since the CO2 cylinder seats against a flexible seal, it should be removed after shooting. A single cylinder was good for 36 shots, or 6 full clips. A two-cylinder lower tube, similar to that of the Crosman 160, was available for a time; but this was an aftermarket part not supplied by Crosman.

Crosman 622 CO2 tube
A single CO2 cartridge is used in the long gas tube.

The 622 was rated by Crosman at 450 fps; this gun exceeded that rating with all tested pellets. The temperature was around 90 degrees during shooting.

Crosman 622 performance table
MV=muzzle velocity (fps), ME=muzzle energy (ft-lbs), ES=extreme spread (fps)

Getting the best accuracy from the 622 is a bit of a challenge. The forearm uses a single operating rod and can slightly rotate around the lower tube. This allows the gun to move upon firing if it’s held by the forearm. For best accuracy, support the 622 just ahead of the receiver by holding the gas tube. This is really a minor point; the 622 is not a long-range target gun — it’s a plinker, and one of the most entertaining ones at that.

10-meter groups with open sights
All pellets tested were more than accurate enough at 10 meters for plinking and informal shooting. Groups are 6 shots since that’s the magazine capacity. Here are a few of the best performers:

Crosman 622 RWS Superdome target
The RWS Superdomes gave a nice, round 0.31-inch group at 10 meters.

Crosman 622 JSB Exact Jumbo target
The 15.9-grain JSB Exact Jumbos made this 0.27-inch group at 10 meters.

Crosman 622 Beeman Field Target Special target
At 10 meters, the Beeman Field Target Specials produced the best group at 0.24 inches.

25-yard groups with a scope
The factory open sights just aren’t precise enough to produce the best accuracy at 25 yards. I mounted a simple 4x Leapers scope for these groups. Most pellets gave groups in the inch to inch-and-a-half range. There were a few standouts, however:

Crosman 622 H&N Baracuda Hunter 25 yard target
Six H&N Baracuda Hunters made this 0.84-inch group at 25 yards.

Crosman 622 Crosman Premier 25 yard target
The 15.9-grain JSB Exact Jumbos also performed well at 25 yards with this 0.79-inch group.

Crosman 622 JSB 15.9-grain Exact Jumbo 25 yard target
The most accurate pellet at 25 yards was the Crosman Premier. Six pellets made this 0.57-inch group. There are three pellets in the lower left hole, two on the right, and one high and left.

While the 622 isn’t the best engineered or most accurate airgun Crosman ever made, it’s still an interesting piece. There have been only a few slide-action airguns produced; and for plinking, the rapid-firing provided by a slide-action really ups the fun factor.

Many 622s are still in circulation, and they regularly show up at airgun shows and on auction sites. Lack of attention from collectors has kept the price reasonable. One caveat is to make sure the gun includes the clip — they fetch about 25 dollars apiece. It’s possible to load the rifle singly, but it’s tedious.

Walther’s new LGV Master Ultra .177 air rifle: Part 6

by Tom Gaylord, a.k.a. B.B. Pelletier

Part 1
Part 2
Part 3
Part 4
Part 5

Walther LGV Master Ultra 177 air rifle
The LGV Master Ultra with a wood stock is what readers have been asking to see. Today we shoot it at 50 yards.

This is the final installment on the Walther LGV Master Ultra. When combined with the 6-part review I did of the .22-caliber Walther LGV Challenger, that’s 12 separate reviews of the new LGV rifle. I think that’s more than enough information to help anyone make up their mind.

For this report, I took the rifle to my outdoor rifle range two different times. The first time, the wind kicked up as I was shooting the first group, so I only managed to shoot one 10-shot group that day. It took a long time because I had to wait to shoot between wind gusts. The second day at the range, the weather was perfect. It was one of those rare days where the wind never gets up to one mile per hour all day long, so I feel the rifle has gotten as fair a test as I’m able to give.

To remind you of the way it’s set up, the LGV Master Ultra is scoped with a Bushnell Banner 6-18X50 AO scope mounted in BKL 1-piece rings. Nothing special about the scope or mounts, except that they both work very well with this rifle.

Today, I’m shooting at 50 yards. Two things about this are exceptional. First, I’m shooting a spring rifle at 50 yards. If you’ve never tried it, don’t knock it. You can’t just double the size of a 25-yard group and get what it’ll look like at 50. Second, I’m shooting 10-shot groups. They’ll always be 40% larger than 5-shot groups. So, factor that in as you read my report.

Day one on the range
This first day began okay; but before the first group was finished, the wind picked up. I waited between gusts, and I’m pretty sure the wind did not account for any increase in the group size. I shot 10-shot groups, as is my custom. That way, I seldom wonder if the results are anything but representative of the rifle. Yes, it’s harder to shoot 10 shots well, rather than 5; but I find that if you start thinking that way, the next thing you know is that you’ll be looking for only the best 5-shot groups among all you’ve shot. That’s harder to do with 10-shot groups because they take so long to complete.

The shooting at 25 yards had convinced me that I needed to rest the forearm at the end of the cocking slot, instead of with my off hand touching the triggerguard. That gives the rifle a very stable hold without the normal shakes you get when you hold it the other way.

I got just one group this day. There were more shots, but the wind picked up enough that I found it impossible to say that it wasn’t influencing the size of the groups. The single group I shot was with Crosman Premier lites, the 7.9-grain pellet that had performed so well at 25 yards. At 50 yards, 10 pellets made a group that measured 1.509 inches between centers. So I brought it home, to await the perfect day for another test.

LGV Master Ultra 177 air rifle Premier lite group 1
The first group of Premier lites went into 1.509 inches at 50 yards. Due to the wind rising, this was all I could shoot this day.

That day came last week. It was supposed to be raining, but the skies were dry and overcast. As mentioned, there was barely a breath of air the whole four hours I was at the range. The first group was shot with the Premier lites, for which I had so much hope. Ten went into a group measuring 1.561 inches between centers. It was time to face facts — this was the best the rifle was going to do with this pellet at 50 yards. Now, it was time to experiment.

LGV Master Ultra 177 air rifle Premier lite group 2
This second group of Premier lites was shot on a perfect day. It measures 1.561 inches between centers. The first group was also the best group.

Next, I tried Beeman Devastators — a lightweight hollowpoint pellet that has no hope at 50 yards, except when the conditions are perfect, as they were this day. Ten went onto a group that measured 1.852 inches between centers. I think that’s pretty good for a hollowpoint at 50 yards, but it probably doesn’t look too good in the photo.

LGV Master Ultra 177 air rifle Beeman Devastator group

Beeman Devastators did very well for hollowpoints at 50 yards. Ten went into 1.852 inches.

The day was still dead calm, so I thought I’d keep shooting. The next pellet I tried was the H&N Baracuda Match that hadn’t done as well as I’d hoped at 25 yards. At 50 yards, 10 of them made a 1.637-inch group…but this group was strange. Six pellets landed high in a tight 0.829-inch bunch and the other four landed low, making a 0.777-inch group of their own. This result would bear some further investigation, if I owned this air rifle.

LGV Master Ultra 177 air rifle H&N Baracuda group
H&N Baracuda Match pellets printed these two groups. Six on top and 4 below, for a total size of 1.637 inches between centers. There are no holes under the dime.

I can see sorting these pellets by weight and being very selective of each pellet, rather than just shooting everything straight from the tin, as I did in this test. I make no promises; but when you get results like this, there may be a good reason.

The last pellet I tested was the JSB Exact heavy, a 10.34-grain dome. I had high hopes for these, as well; but when the first 6 landed in 1.586 inches, I stopped because the final 4 had no chance of tightening that.

LGV Master Ultra 177 air rifle JSB Exact Heavy group
Six JSB Exact Heavy pellets went into 1.586 inches. I didn’t complete this group.

So that was the test at 50 yards. It didn’t turn out as I’d expected. The 12 foot-pound .22-caliber LGV Challenger produced better groups that hovered around one inch. The wind cannot be blamed for this, so the 12 foot-pound rifle just turns out to be more accurate at long range.

The final word
I said the Walther LGV is the TX200 of breakbarrel springers at the end of the other test, and I’ll not change that assessment. The action is incredibly well-built, the trigger is fine and the accuracy is better than average for a good spring-piston rifle. I like the barrel latch, and I no longer need the last foot-pound of power to validate an airgun’s worth. What I’m after is a wonderful shooting experience that this Walther delivers.

Walther’s new LGV Master Ultra .177 air rifle: Part 5

by Tom Gaylord, a.k.a. B.B. Pelletier

Part 1
Part 2
Part 3
Part 4

Walther LGV Master Ultra 177 air rifle
The LGV Master with a wood stock is what readers have been asking to see. Today, I’ll scope it!

Today is the day many of you have been waiting for. I’ll scope the Walther LGV Master Ultra and test it for accuracy at 25 yards. I used the same Bushnell Banner 6-18X50 AO scope and BKL 260 1-piece high mount that I used on the Walther LGV Challenger in .22 caliber. The scope was already in the mount and ready to install. I thought about removing the sights; but since I couldn’t see them through the scope, I decided to leave them mounted.

One shot at 12 feet told me the scope was adjusted close enough to move back to 25 yards. The first shot at 25 yards then required some more adjustment, and I was ready to begin the test.

Best hold
With the .22-caliber rifle, I rested the stock on the flat of my open palm with the heel of my hand touching the triggerguard. That gives the rifle a very muzzle-heavy balance and is usually the best way to hold a spring-piston air rifle. But not with this .177.

I had chosen to shoot 7.9-grain Crosman Premier lites as the first pellet because they showed so much promise at 25 yards with open sights. The .177-caliber LGV Master Ultra strung its first 10 shots vertically in a group that measured 0.67 inches between centers. While that isn’t bad, the group was vertical, which can be caused by either loose stock screws or by resting the stock on the off hand at the wrong place.

I checked the screws, and they all did require tightening; but when I shot a second group, it was vertical as well and slightly larger, at 0.819 inches. Obviously, loose stock screws were not causing the problem. Experience then told me to slide my off hand forward until I could feel the back of the cocking slot on my palm.

LGV Master Ultra .177 air rifle Premier lite group 1 25 yards
The first group of 10 Premier lites at 25 yards was vertical. Though it measures just 0.67 inches, which isn’t too large, the verticality concerns me.

LGV Master Ultra .177 air rifle Premier lite group 2 25 yards
The second group of 10 Premier lites at 25 yards was also vertical and slightly bigger than the first. And this is after tightening the stock screws. It measures 0.819 inches across the widest centers.

Group 3 was the one I was looking for. Ten shots went into 0.326 inches at 25 yards. That’s 10 shots, not 5. Folks, that demonstrates what I thought was the case — the new Walther LGV is the TX200 of breakbarrel air rifles! Five shots in such a group might have a component of luck with it, but you don’t get lucky 10 times in a row. This rifle wants to put them all in the same place!

LGV Master Ultra .177 air rifle Premier lite group 3 25 yards
Now, this is a group. Ten Crosman Premier 7.9-grain pellets went into 0.326 inches between centers. This is a great group for 10 shots.

So, the best hold is with the off hand out forward, under the back of the cocking slot. That’s going to hold true for all of these Master Ultra models, I think.

Next I tried some H&N Field Target Trophy pellets because reader TwoTalon asked me to. I haven’t had good luck with FTT pellets in springers, but he likes them, though I learned that he’s shooting them only in a PCP. Still, I thought — what the heck?

Ten pellets went into a group that measured 0.683 inches between centers. While that’s not a bad group, it doesn’t look good next to the Premier lite group, so I won’t use it when I move out to 50 yards.

LGV Master Ultra .177 air rifle H&N FTT group 25 yards
Ten H&N Field Target Trophy pellets went into this 0.683-inch group. It’s good — just not the best this rifle can do.

Beeman Devastator
The third pellet I tried was the Beeman Devastator that did so well in the 25-yard open sight test. Again, they proved their superiority by putting 10 pellets into a 0.475-inch group. That’s pretty good for such an open-nosed hollowpoint. The LGV was hot!

LGV Master Ultra .177 air rifle Beeman Devastator group 25 yards
Ten Beeman Devastators made another tight group. This one measures 0.475 inches across.

JSB Exact Heavy
The last pellet I tested was the 10.34-grain JSB Exact heavy, which did okay in the open-sight test but with qualifications. What “qualifications” means is that I got 8 pellets in a tight group but had two unexplained fliers that opened the group considerably. This time, the results were even more bizarre.

With 10 shots, I got two extremely tight groups…one with 3 shots, and the other with 4 — and 3 wild fliers that don’t belong anywhere. The overall group measured 1.791 inches between centers of the two widest shots. I think what’s happening is that this pellet is very close to what this rifle wants, but it’s still far enough from perfection that it causes wild shots. These pellets fit the bore looser than the other three, which all seemed to fit about the same. The head size is a whopping 4.52mm, so put that into your head-size theories and see what you get. I just don’t know what’s happening, but it’s clear this isn’t a pellet for this rifle.

LGV Master Ultra .177 air rifle JSB Exact Heavy group 25 yards
Wow — what happened? Four pellets went into the small hole at the bottom of the bull, another 3 went into the small hole at the top left and 3 pellets went off by themselves. Total group measures 1.791 inches across the two widest centers.

Overall impessions
It’s clear the .177-caliber rifle is pickier about the pellets it likes than the .22, which seems to swallow everything. Find the right pellet, though, and the game is on! The best group with this rifle is roughly half the size of the best .22-caliber group at 25 yards. Fifty yards — here we come!

Big Shot of the Month
Pyramyd Air’s Big Shot of the Month is Brandon Syn. He’ll receive a $100 gift card. Congratulations! If you’d like a chance to be the next Big Shot, you can enter on Pyramyd Air’s Facebook page.

Big shot of the month

Brandon Syn is the Big Shot of the Month on Pyramyd Air’s facebook page.

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