Posts Tagged ‘Gamo Raptor PBA pellets’
by Tom Gaylord, a.k.a. B.B. Pelletier
Today will be a very interesting report, in my opinion. The Gamo Whisper Fusion IGT air rifle I’m testing turns out to be a fascinating airgun in many ways. Let’s get right to the report.
Today we will look at accuracy at 25 yards with the scoped rifle. The first thing I had to do, therefore, was mount the scope. The rifle came with a scope installed in a one-piece scope mount. Its vertical scope stop pin was already correctly adjusted to fit the stop pin hole in the raised mount on top of the rifle’s spring tube. That is rare, in my experience. Normally, the scope will be installed correctly in the mount but has to be taken out of the mount to sufficiently adjust the height of the stop pin.
I’d used this mount for my report on shimming scope rings, so I did remove the scope from the rings after all. Following that report, I left in the one shim that was shown in the report. The mount Gamo included with the test rifle has four screws per cap and seems to be a good one. It’s a one-piece design that does limit the positioning of the scope, but I was able to locate it fine for my use.
The adjustable cheekpiece helped a lot. I had it adjusted up to almost the top position, and my eye lined up with the rear of the scope with no unnatural repositioning of my head.
Surprise No. 2 was the scope. I initially sight-in at 12 feet to get the shots safely on paper, and inexpensive scopes are usually very blurry this close to the target — even if they’re set on low power. This rifle comes with a very nice Gamo 3-9X40 scope that was quite clear on 3x at 12 feet. Back up to 25 yards and boost the power to 9x, and the glass remains very clear. It’s been a long time since I liked a scope that came bundled with a gun as much as this.
The Smooth Action Trigger (SAT)
Next, I must comment on Gamo’s new SAT. It’s a 2-stage unit that has a light first stage and a second stage that you can feel as you continue to pull. The trigger blade moves through stage 2 smoothly and breaks cleanly, but not with the sudden glass-rod crispness we talk about all the time. Instead, the feel is one of movement that is predictable and can be controlled. It isn’t bad — it’s just different from other triggers.
I reported in Part 2 that the trigger breaks at 3 lbs., 12 oz. That may sound high if you read about PCP triggers breaking at less than a pound, but it really isn’t that bad. The thing to do is experience it for yourself before you judge it. I find it to be manageable and not at all troublesome to the best accuracy.
The light weight of the rifle, on the other hand, does present something of a problem. This rifle is so light that even when the off hand touches the triggerguard, the rifle still has neutral balance. It floats in your hand. That makes it difficult to hold on the target because the crosshairs want to dance around. The solution is a very light artillery hold that does benefit the rifle’s accuracy, and I’ll address that in a moment.
Normally, this is where I launch into the accuracy test and start making comments about the groups. This time, I have more to say, and it isn’t just about the groups — except how they helped my understand the rifle in a diagnostic way.
JSB Exact RS
The first pellet tested was the JSB Exact RS that did so well in the 10-meter accuracy test with open sights. I knew from that test that these pellets like to be seated flush with the breech for best results.
As I shot these pellets, I saw a strange phenomenon unfold. The first 3 shots were out of the bull at 5 o’clock. Then, I relaxed very consciously and allowed the rifle to float on my off hand. The next several shots went into the black. On shot 8, I didn’t relax like I should have, and I threw 1 more shot out of the bull at 5 o’clock with the first 3. How interesting!
It was so interesting, in fact, that I shot a 14-shot group, so that 10 of the shots could be fired with me being very relaxed. When you look at where they landed, you can see that the hold was all-important to where this rifle grouped.
Now that I knew something about how the rifle performed, I figured I could do a lot better. And the very next group confirmed that.
H&N Barcuda Match
Next up were the H&N Baracuda Match pellets that shot second-best in the 10-meter accuracy test. Now that I knew how to hold the rifle, I expected to see a better group. And that’s exactly what happened.
I adjusted the scope after finishing the first group, moving it a few clicks to the left. The first Baracuda Match landed at 11 o’clock, just outside the bull. Shot No. 2 hit at 8 o’clock outside the bull. I was obviously holding the rifle too tight, so I made a conscious effort to hold it looser and shots 3 through 7 hit inside the black. Then, I tensed up again, sending shot No. 8 into the same hole as shot 2. The final 2 shots were fired with complete relaxation, and I had a respectable group inside the bull to the left of center.
This time, there were only 3 shots that missed the main group, and all of them were fired with some tension in the hold. When I relaxed, I was able to put 7 shots into 0.789 inches. I think this represents the true accuracy potential of the rifle. Total group measures 1.995 inches.
Altering the hold
Now that I understood the rifle better, I decided to move my open palm out farther so I could feel the cocking slot. Sometimes, resting the rifle this far forward is better. It certainly makes it more stable.
This time, however, there was no improvement. The group opened up, and I could see no way of controlling where the shots went. The total group measures 1.754 inches between centers, which is tighter than the previous group overall; but there’s no tighter group within this group that tells me the rifle wanted to do any better. Although this is a smaller group, I think the previous group that was shot with the off hand touching the triggerguard shows more promise. So, I went back to the other hold for the next group.
Two pellets I didn’t try were RWS Superdomes and Gamo Raptor PBA. Both had done so poorly in the 10-meter test that I felt it wasn’t worth the time to try them again at 25 yards. That’s one of the benefits of 10-meter testing — it eliminates some pellets.
But I wanted to try at least one more pellet, so I selected 7.9-grain Crosman Premier domes, simply because they’re often very accurate in spring guns.
I now knew the best hold for the rifle, so all I had to do was hold it as loosely as possible and let the pellets do the rest. Nine of the 10 pellets went into a nice group measuring 0.845 inches between centers. It was the first shot that opened it up to 1.596 inches.
I find it interesting that the early shots were always thrown wide of the main group. By the time I arrived at the third pellet, I managed to keep the wide shots to 1 in 10. That tells me something. It tells me that the Gamo Whisper Fusion IGT is a rifle that has to be learned. Once you’ve done so, I believe that your groups will be about the same size as the smaller groups seen here.
I’m going to say something that may surprise some of you. I really like this air rifle a lot. I think it is too light and the trigger takes some getting used to, but in the end this is a great budget air rifle. It really isn’t that fussy, once you learn how to hold it the right way.
For some of you, even a used Beeman R9 is too expensive. I think you may want to look at the Whisper Fusion IGT. This is a gas-spring air rifle that has not gone overboard in the power department. It has a usable trigger, and it’s reasonably quiet and accurate. No, it isn’t as accurate as an R9, nor is the SAT as nice as a Rekord trigger; but for those who want to cap their outlay for an air rifle at $260 with a scope included, I think this is the one.
by Tom Gaylord, a.k.a. B.B. Pelletier
This is the first accuracy report for the .177-caliber Gamo Whisper Fusion IGT air rifle. I shot this test using the open sights at 10 meters from a rest. I did that because I usually don’t have much luck with powerful gas-spring air rifles. They tend to spray their pellets all over the place. And getting a scope mounted and stable can also be a problem, so I wanted a track record for the rifle before I got to any of that.
Smooth Action Trigger
I usually wait until the accuracy test to report on how well the trigger, which in this instance is the Smooth Action Trigger (SAT), performs. The pull weight, measured in part 2, releases at 3 lbs., 12 oz. It’s a 2-stage trigger with a second stage that needs some explanation. Instead of pausing at stage 2 and then breaking cleanly, the trigger on the test rifle — and I must assume on all SAT — pulls through stage 2. You can feel the trigger move, yet there’s no creep. The pull is — well — smooth! And it’s predictable. It’s a different sort of feel from other triggers but not different in a bad way. I don’t think anyone will need to buy an aftermarket trigger when they have a rifle with the SAT installed. Well done, Gamo!
I also thank Gamo for making the safety manual. It does not come on when the rifle is cocked. That makes the shooting progress that much faster and with less for the shooter to do. It’s a small thing, but one that I noticed and must comment on it.
Feel of the rifle
This is a very light air rifle, yet the stock is shaped so your off hand goes to a spot immediately in front of the triggerguard. The rifle is so light that this still gives it a neutral balance, but it hangs right in the hands and feels good on the shoulder. The more-vertical pistol grip has something to do with the good feel, as well.
I did find the stock stinging my cheek with each shot, however. It served as a reminder to hold the rifle even lighter than I was, which is a good thing. Once I did that, there was no more stinging.
I sighted-in the rifle with JSB Exact RS pellets and discovered that the front sight was too high for a 6 o’clock hold on the 10-meter pistol bullseye target I was using. So, I did something I’ve never before tried. I’ll illustrate the sight picture I used.
As you can see, I placed the front bead at the top inside of the bullseye. The bull was so well lit that the bead showed up as black on gray. Maybe this isn’t the best open sight picture, but it seemed to work well enough for this test.
JSB Exact RS
The first pellet I tried was the JSB Exact RS dome. We know it’s often a good pellet — especially in lower-powered air rifles, which the Fusion IGT certainly is not. In this gun, the RS develops 14.32 foot-pounds, which puts it into the medium power group. If you’re a hunter, that’s where you want to be, so long as the rifle is also accurate.
The RS pellet put 10 shots into a nice round group that measured 0.591 inches between centers. While that isn’t a spectacular 10-meter group, it’s good when you consider the novel sight picture I was using. I’ll keep the RS in mind when I back up to 25 yards and mount a scope.
The next pellet I tried was the RWS Superdome. This pellet generates 15.43 foot-pounds of muzzle energy. Ten shots made a group measuring 1.332 inches. But it’s the shape of the group that’s really interesting! Five of the pellets landed in a very vertical group, while the other 5 made a beautiful small round group of their own. This target demonstrates why 10-shot groups are better than 5-shot groups because many shooters would just accept those 5 close shots and be done with it. I don’t think the Superdomes are right for this rifle based on all 10 shots.
H&N Baracuda Match
Many shooters think that heavy pellets are bad for spring guns. They’re supposed to damage the coiled steel mainspring. I wonder what they do to a gas spring like this IGT? That’s my way of saying I don’t think pellet weight is that much of a problem in a springer. Baracuda Match pellets average 824 f.p.s., for 16.06 foot-pounds of muzzle energy. Impressive power. If they’re also accurate, this will be a good pellet for the rifle.
And, accurate they are! Ten H&N Baracuda Match pellets went into 0.625 inches at 10 meters. That’s a pretty impressive group, considering the strange sight picture I’m using. It’s only slightly larger than the JSB Exact RS group, and I think these pellets have earned a spot in the 25-yard test, as well. I have no idea of why they’re spread out horizontally. When I checked the stock screws, all were tight.
Gamo Raptor PBA
The last pellet I tested was the Gamo Raptor PBA that Gamo uses to get the velocity out of this powerplant. Raptors go an average 1,232 f.p.s. and produce 18.2 foot-pounds of muzzle energy. That’s the best performance I saw from this rifle…alas, they aren’t accurate. Ten made a groups measuring 1.118 inches at 10 meters.
PBA pellets also cracked like .22 long rifle rounds because they broke the sound barrier. The noise, alone, would keep me from shooting them.
Evaluation so far
This rifle has plenty of good in its favor. The hold is good, the cocking is light for the power and the trigger is very nice. I’ll withhold my final opinion until I see how it does at 25 yards; but if this was any indication, this could be a best buy.
by Tom Gaylord, a.k.a. B.B. Pelletier
Today is accuracy day with the Gamo P-25 air pistol. I inserted a fresh CO2 cartridge into the gun, loaded both of its 8-shot rotary clips and then slid the magazine into the grip.
I shot the pistol at 10 meters, which seems appropriate for a gun of this type. I shot it rested with a two-hand hold and my arms resting on the sandbag but the pistol free to move.
The pistol has open sights that are not adjustable. They have white dots, both front and rear, but that was cancelled by lighting the target brightly and shooting from a dimly lit place. I used a 6 o’clock hold, and the sights were very sharp and easy to align.
Because each rotary clip holds 8 pellets, I shot 8-shot groups instead of the usual 10. I don’t think it makes a big difference; and when you see the targets, I think you’ll agree.
The P-25 has blowback, so every shot except the first is single-action. I therefore cocked the hammer for that first shot, so all shots were single-action. It’s the most accurate way to shoot any handgun.
RWS Hobby pellets
The first pellets I shot were RWS Hobbys. Because they’re wadcutters, they left good holes in the target paper that were visible from the firing line. The pistol shot Hobbys to the left, as you can see, but the elevation was pretty good. The pistol’s sights are not adjustable, so to move the shots means you have to either aim off or use some Kentucky windage.
The group isn’t very impressive — 8 shots in 2.169 inches at 10 meters. Perhaps one of the other pellets will do better.
Gamo Match pellets
The next 8 pellets I shot were Gamo Match wadcutters. These pellets will sometimes be very accurate in a particular gun, but the P-25 I’m testing isn’t one of them. Eight shots went into 2.894 inches, though 7 of them are in 1.846 inches. Still, neither group size is especially good. They did go to approximately the same point of impact as the RWS Hobbys, however.
Crosman Premier lites
Next, it was time to try some 7.9-grain Crosman Premier lites. These domed pellets are sometimes the very best in certain airguns. And this was one of those times. Eight of them went into 1.624 inches, though they also went way over to the left.
Gamo Raptor PBA
The last pellet I tried was the lead-free Gamo Raptor PBA. We know from the velocity test that these pellets go the fastest in the P-25, but now we’ll see how accurate they are.
And the answer is — not very. Eight PBA pellets made a shotgun-like pattern that measures 4.036 inches between centers. Interestingly, they did tend to group in the center of the target — the only pellet of the 4 tested to do so.
This was one time I found myself hoping for greater accuracy from the test gun because it was so much fun to shoot. The blowback action is quick, crisp and comes as close to the recoil of a .22 rimfire pistol as I think I’ve experienced in an air pistol. Although the trigger is long and full of stops and starts, it’s also light and can become predictable after you learn its quirks.
The lack of adjustable sights means you have to find a pellet that shoots to center and is also accurate. Good luck with that. If Premier lites had shot to the center, they would have made this test end on a higher note. Because it shoots lead pellets from a rifled barrel, I’d hoped for better accuracy than this. Had I seen it, I would have rated this Gamo P-25 a best buy.
by Tom Gaylord, a.k.a. B.B. Pelletier
Today, we’ll look at the velocity and power of the Gamo Whisper Fusion IGT air rifle. This breakbarrel rifle has a gas spring that seems to intrigue many new airgunners, so let’s talk about that first. A gas spring is a unit that uses compressed gas rather than a coiled steel mainspring to power the piston. Besides that, it’s identical to a conventional spring-piston powerplant.
What’s in a name?
There are many names for the gas spring. Some call it a gas strut, others call it a gas ram, but all these names refer to the same thing. We’re talking about a mechanical device that contains compressed air or other gas (Crosman uses nitrogen — hence Nitro Piston) to push the piston. When the gun is cocked, the piston unit is pushed backwards — making the compressed gas reservoir shorter. When the gas chamber inside the piston becomes smaller, it causes the internal pressure to rise. When the gun fires, this compressed gas pushes the piston forward, and the piston seal compresses the air in front of it.
None of the gas inside the gas spring mechanism escapes. It remains inside, where it can be used again and again. Gas springs are found on modern cars — holding open the heavy back decks and front hoods that used to be held by coiled steel springs. The gas springs on a car usually last for more than a decade, and it isn’t uncommon to find them still working in cars that are 20 years old. Throughout all that time, they’ve been kept fully compressed 99.9999 percent of the time, yet they can still do the job for which they were designed. This is why we say that an airgun with a gas spring can be left cocked for a long time without loss of power.
The advantages of a gas spring in a spring-piston airgun are:
* Can remain compressed a long time without power loss
* Are lighter than powerplants with coiled steel springs
* Vibrate less
* Move faster than coiled steel springs
* Are less sensitive to temperature changes
The disadvantages of a gas spring are:
* Impart a sharp crack to the discharge
* Require nearly full effort even when the piston is all the way forward, making for harder cocking
* Have a sharp recoil that can hurt if the gun is held too tight
Now, it’s time to look at the velocity and power of the Whisper Fusion IGT. The first pellet I tried was the JSB Exact RS, a 7.33-grain pellet that’s pretty light for this powerplant. RS pellets averaged 938 f.p.s. after I allowed the rifle a few shots to settle down. The low was 919 f.p.s. and the high was 949 f.p.s., so the spread was 30 f.p.s. I think that will tighten with time and more shots on the powerplant.
At the average velocity, this pellet generates 14.32 foot-pounds at the muzzle. I’d expected more power; but once the gun had settled down, it was fairly consistent at that speed. The RS pellets fit the breech somewhat loosely.
Next, I tried the 8.3-grain RWS Superdome pellet. They averaged 915 f.p.s., with a spread from 909 to 921 f.p.s. The gun is already starting to stabilize.
At the average velocity, this pellet generates 15.43 foot-pounds of energy at the muzzle. Superdomes fit the breech snug but not tight.
H&N Baracuda Match
Then, I tried some H&N Baracuda Match pellets. At 10.65 grains, these were the heaviest pellets I tried. The Whisper Fusion IGT belted them out the spout at an average 824 f.p.s., for a muzzle energy of 16.06 foot-pounds. The spread went from a low of 822 f.p.s. to a high of 828 f.p.s., so the gun was extremely stable with these pellets.
Baracuda Match pellets fit the breech tighter than all other pellets. That tells me the rifle needs something to push against, and deep-seating would not be recommended.
The final pellet I tried was the lead-free Gamo Raptor PBA, a 5.4-grain domed pellet. They averaged 1,232 f.p.s. in the rifle, with a range from 1,217 f.p.s. to 1,245 f.p.s. Even with this lightweight pellet, the rifle is still very stable. The total spread is just 28 f.p.s.
At the average velocity, the Raptor PBA pellets produced 18.2 foot-pounds, so the energy is definitely up. But these pellets fit the breech the worst of all those I tested. Some were so loose that they fell out when the barrel was closed, while others fit extremely tight. Because of this, I doubt they’ll give good accuracy.
The Whisper Fusion IGT cocks differently than any gas spring rifle I have experienced. The initial part of the cocking stroke rises to about 30 lbs. and stays there until the final few inches of the stroke. It increases to 43 lbs. of effort for the last little bit. Most gas springs are consistent throughout their entire cocking stroke, but not the test rifle. It requires two hands for me to cock it more than a handful of times.
The trigger-pull seems light and smooth. Of course, we will find out more about that in the accuracy test, but for now it does seem very nice. This is the new Smooth Action Trigger, and it seems to be lightyears better than Gamo sporting triggers of the recent past. I think it’ll be a winner. Stage 1 is short and takes 4 oz., while stage 2 breaks at 3 lbs., 12 oz.
Opinions so far
The rifle has less velocity than the 1,300 f.p.s. advertised, but in this case that’s a good thing. It has exactly what a hunter wants in terms of power. It seems to want to be stable and should not require a lengthy break-in, which is a good thing. Accuracy testing comes next, and we’ll see what it can do in the package Gamo provided. I’ll shoot it with open sights…first at 10 meters, then scoped at 25 yards.
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 B.B. Pelletier
We have a lot of interest in non-lead or lead-free pellets. I heard from several readers on Part 2, which ran last week. That was when I used the Hatsan model 95 Combo breakbarrel to test both lead and non-lead .22-caliber pellets for accuracy at both 10 meters and 25 yards. I admit that was a scatterbrain test; but after seeing the results, I’m glad I did it. Here’s why. If lead-free pellets do not perform in real-world airguns, they have no value. They shouldn’t be a science experiment, requiring special guns and conditions. If they’re going to succeed, they must work well in the kinds of guns that are used by many shooters.
That said, I’m dialing back my test parameters today and using a spring gun that I know is very accurate — my .177-caliber Beeman R8. It’s probably best to start with a known good gun and then, if the green pellets do work, expand the test out into the more basic types of airguns.
This particular R8 works best with JSB Exact RS pellets. And I rediscovered that this rifle also shoots best when laid directly on a sandbag and is not held using the artillery hold. The advantage of shooting directly off a bag is that it gives the rifle a more stable platform.
I was going to shoot several green pellets for this test, but I decided to limit the test to just one pellet. If it was successful, I could always branch out from there. The pellet I selected for today’s test is the H&N Baracuda Green, a 6.48-grain domed pellet (which is the same as the Beeman ECO Kodiak pellet). The equivalent pellet in lead weighs anywhere from 10.2-grains to 10.6-grains, depending on which H&N Baracuda you sample.
First, I shot a group of 10 JSB Exact RS domes at 25 yards. This group measures 0.502 inches between the two farthest centers. While it’s not the best group this rifle has made at 25 yards, it’s a good one, as can be seen in the photo.
Following that group, I shot the first group of Baracuda Greens. I was prepared to season the bore by shooting as many pellets as necessary for the group to settle down; but as you’ll see, there was no need. Ten shots gave a 0.442-inch group. That’s right, the H&N Baracuda Green pellets beat the best lead pellet I know of for this rifle. I would have to say that’s a positive result!
After shooting this group, I fired a second 10-shot group of the Baracuda Greens to see if the first group was a fluke. Group number two measures 0.543 inches between centers. It’s larger than the first group and also larger than the group of lead pellets I shot before that, but it’s certainly in the same ballpark.
To end this test, I fired a final group of the JSB Exact RS pellets. This time, the first shot did go to a different place than the following shots, so I guess some seasoning of the bore was required; but after that, the shots all went to the same place.
The second group of JSB Exact RS pellets measures 0.422 inches and is the smallest group of the test. But it’s only 0.02 inches smaller than the best Baracuda Green group, and that’s well within the margin of measurement error.
What can I say?
Obviously, H&N Baracuda Green pellets are very accurate in my Beeman R8. They may be equal to JSB Exact RS pellets, which have been the most accurate pellets for this rifle until now.
We have one good test under our belts. Next, I want to test these pellets in an accurate PCP. I happen to have a Benjamin Marauder in .177 caliber, so that’s what I’ll use.
The rest of you can help by testing the Baracuda Green pellets in other airguns and reporting the results. I want to stick with Baracuda Greens for a while before I branch out into other non-lead pellets. I’m glad I did today’s test, and things are looking good for the greens.
You don’t know how good we have it!
If you’re a regular reader, you know that I built an AR-15 lower receiver to test the Crosman MAR177 AR-15 upper PCP conversion. After sending the upper back to Crosman, I was left with a lower and nothing to attach to it. So, I thought I’d buy an upper in .223 caliber to complete my rifle.
In my ignorance, I imagined that buying an upper was a simple process. Well, it’s not! If you think airgunning has a lot of jargon and is confusing, you’ve never shopped in the confusing world of the AR! The websites abound with acronyms, slang and references to things I feel I should know but don’t. Unless you’re extremely careful, you can buy a partial upper and still need to spend a lot more money on parts that aren’t necessarily compatible with what you’ve already purchased.
Ever hear the tale that all AR-15 parts interchange? Well, they don’t, and the chat forums are full of complaints about it! Reading the customer reviews about certain products paints a nightmare tale of confusion, customer abandonment and outright lying by some of the major dealers.
What a snake-pit the AR market has become! I can see I will have to become very educated on the subject of the parts of the gun before I buy — or there’s one other possibility. I could buy a a “completed” upper that has everything needed to fit on my lower and work. There’s just one problem with that. Most (over 80 percent) of the .223-caliber (and yes, I am including those that are chambered for the 5.56mm in this number) complete uppers for sale today have 16-inch barrels, because buyers apparently want the M4 carbine look. But a 16-inch barrel has none of the things I want on my rifle. It’s as if there are only gas spring super-magnums breakbarrels for sale, and I want a TX200 that nobody offers!
Then, there’s the problem of supply. Buyers in this market are at the mercy of the manufacturers, whose websites are the most confusing places of all. It’s a case of, “Place your order and shut up! We will get to you when we are good and ready!” I know they’re experiencing a boom market of unparalleled proportions, but that’s no excuse for the unhelpful fulfillment language they use on their sites.
When I see complaints about the Pyramyd Air website and then compare them to the trauma wards that sell (I guess?) AR-15 parts and assemblies, I thank my lucky stars I’m an airgunner. And, yes, I do plan to soldier on and see this thing through. Unfortunately, when I do get my upper, I may then be in the class of owners whose “half-minute of angle” upper prints a three-inch, five-shot group at 100 yards! Don’t tell me there are good companies I can trust — I’ve seen complaints about all of them.
The bottom line is that if I wasn’t working in airguns, there’s a huge market of AR sales that needs a little honesty, education and Pyramyd Air-type retailing. Given the supply difficulties that exist, I’m not sure that a good dealer could make a go of it in this market, but it’s obvious there would be no competition.
by B.B. Pelletier
This is a long-term test of non-lead pellets that began nearly a year ago. There’s a lot of pressure these days to abandon lead for projectiles and move to some other substance that’s not as toxic. The problem is that there isn’t any material as good as lead. Ammunition companies have been working on this project for decades, and they’ve yet to come up with a substance that can take the place of lead.
I don’t want to get into the discussion of the evils of lead in this report, but suffice to say that a lot of what’s being said about it is untrue. However, that’s not my concern here. I just want to discuss the feasibility of using non-lead projectiles in airguns and hold it to that.
So, I did a little test that I want to talk about today. I tested both lead pellets and lead-free pellets in the same gun at the same distances.
For this test, I used the .22-caliber Hatsan 95 combo breakbarrel that we recently found to be reasonably accurate. I shot the rifle at 10 meters and again at 25 yards; and doing that proved quite revealing. The open sights of the rifle were used for this test.
The best of the best
For this test, I wanted to use the best pellets. For the lead-free pellet, I chose the .22-caliber Beeman ECO FTS. For the lead pellet, I actually tested four different pellets, but settled on just one; and strangely enough, it was the same best pellet that was best in the last test I did with the Hatsan 95.
Before you yell, “Bias!” I know I should test other lead-free pellets in this rifle; but there aren’t that many to test. I do have some others, but in .177 caliber. So, I’ll have to test them next.
Start at 10 meters
I began this test at 10 meters and tried two lead pellets that I knew to be good in the Hatsan 95. The first of those was the heavyweight Beeman Kodiak. When I last v\tested the Hatsan with these pellets in Part 3 of the Hatsan test, 10 shots at 10 meters gave a group measuring 1.073 inches, thought 8 of those shots made a much smaller group that measured 0.529 inches between centers. This time, 10 Kodiaks went into a group measuring 0.834 inches. That’s in between the 8- and 10-shot groups made the last time.
Next, I tried the best pellet from the last test with the Hatsan, which was the JSB Exact Jumbo that weighs 15.9 grains. Ten of those went into a group that measures 0.514 inches between centers. That compares favorably to a 0.648-inch group last time.
The lead-free pellet
Next up was the Beeman ECO Field Target Special pellet, a 9.57-grain domed pellet that has no lead in it. Weighing less than 10 grains, this is extremely light for .22 caliber. So, the question is — Can it be accurate?
At 10 meters, this pellet turned in a 10-shot group that measures 0.704 inches between centers. That’s smaller than the Kodiak group but larger than the JSB group. And it’s a decent 10-meter group for an open-sighted air rifle of the power of the Hatsan 95.
The real accuracy question
Here’s the real question. Ten meters tells us very little about the real accuracy of any pellet. Almost anything can be accurate at 10 meters, but not for very much farther. Real accuracy is the ability to hold a group together at twice the distance and more. To see that, we needed to back up. That’s what I did — backed up to 25 yards and shot again.
At this new distance, the lead-free pellet was again shot 10 times. The group it made this time measures 2.237 inches between centers. That’s a huge group — even when using open sights.
As a control, a group is shot with the JSB Exact Jumbos. We know from the last test of the Hatsan 95 that this pellet grouped ten shots in 1.882 inches. This time, 10 went into a group that measured 1.728 inches between centers. Not only is that very consistent with that last test, it’s also significantly tighter than the group made by the lead-free pellets.
Where does that leave us?
This test has many more cycles to run, but what it looks like at this point is lead-free pellets are not yet as accurate as lead pellets in the Hatsan 95. The first test done a year ago showed some surprising results, and there are many more tests yet to be conducted.
Here’s my take on the lead-free pellet issue at this juncture. They’re accurate enough for plinking, and in some guns they’re even more accurate than that; but to-date, I’ve not seen a lead-free pellet that could do as well as a good lead pellet. Since they cost about the same as premium lead pellets, my advice for now is to continue to use lead if you can.
I believe the pellet makers are working hard to perfect lead-free pellets, because they seem to be in our future. This is a topic I will watch and continue to test as new pellets become available.