Posts Tagged ‘JSB Match Diabolo Exact RS pellets’
by Tom Gaylord, a.k.a. B.B. Pelletier
We’re certainly getting a good look at the Benjamin Trail NP pistol! While the title says this is Part 6, it’s actually the 7th report because Part 4 was so large it had to be broken into two parts.
Let’s look at the performance of the pistol after break-in. This test pistol has been shot so much that it’s now broken in, so today we’ll look at the velocity. Crosman says in the owner’s manual that the pistol needs several hundred shots before it’s fully broken-in, and this gun certainly has that many shots through it.
They also say the gun will become quieter after a break-in, and the test pistol is certainly quiet now. Apparently, some guns have detonated and surprised their owners, so Crosman is being conservative in its explanation. The test Trail NP pistol has never been very noisy.
I’ll report the velocity of each pellet before and after the break-in period, so you can compare them.
The first pellet I tested was the 7-grain RWS Hobby. It’s normally the fastest lead pellet in almost any airgun.
Crosman SSP hollowpoint
The Crosman SSP hollowpoint is a 4-grain, lead-free pellet that’s shaped like a wadcutter but with a deep hollow point. Being so light, it’s a real speed demon.
Crosman Powershot Penetrators
Crosman Powershot Penetrators are synthetic-jacketed pellets that have a metal core. They weigh 5.4 grains and loosely fit the bore of the Trail NP pistol.
Crosman SSP pointed
Crosman’s SSP pointed pellet is another 4-grain, lead-free pellet. You’d expect it to have about the same performance as the SSP hollowpoints, but this pellet isn’t sized as well as the hollowpoint. Consequently, they fit the bore variably, which affects the velocity.
JSB Exact RS dome
The last pellet I tried was the JSB Exact RS dome. It weighs 7.3 grains and fits the bore loosely.
So there you have it. All 5 of the pellets shot slower after the break-in, and all but one had more consistent velocity spreads. Clearly the Benjamin Trail NP pistol does break in as the company states in the owner’s manual.
This report has been a look into the performance of a spring-piston air pistol as it breaks in. We’ve seen the way to maximize the accuracy of the airgun, and we’ve learned how to overcome the too-tall front sight post. I hope this experience has been of benefit to the new shooters and perhaps provides a template of how a spring gun breaks in.
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
Walther LGV Olympia was a top-quality 10-meter target rifle from the 1970s.
It’s play time again, today, for this is the day we shoot the Walther LGV Olympia target rifle at 25 yards in preparation for shooting it at 50 yards. This report is a look at the vintage Walther LGV platform as a sporter, rather than the 10-meter target rifle that it is. With Walther bringing out the new LGV models, I thought it would be nice to see how the original LGV did in the same test.
I have no idea which pellet to choose for shooting at 25 yards — to say nothing of shooting twice as far. So, today’s test was nothing beyond my best guess of what might work well. Because I’ll be shooting at a fairly long range with this relatively low-powered spring rifle, I knew the pellets had to be domes. Wadcutters start to fall off in accuracy after 25 yards, and pointed ones aren’t that accurate to begin with. But good domes can be as accurate as good wadcutters, and they hold their accuracy a heck of a lot longer.
I’m shooting 10-shot groups off a rest at 25 yards, using the target sights that belong on the rifle. Ten shots should show which pellet or pellets are the best. I’ll also try each pellet seated flush and seated deep, so there will be 2 groups shot with each pellet.
JSB Exact Express
The JSB Exact Express pellet is a fairly lightweight domed lead pellet that’s new to me. I tried it in the velocity test for the first time and learned that flush-seated pellets leave the muzzle faster than deep-seated pellets. That was the reverse of what 2 other pellets did in that test.
The first 10 shots were with flush-seated pellets. They made a group that measures 0.657 inches between centers; but within that group, there are 8 shots in a 0.257-inch group. What can we say about that? There were no called fliers, and I feel the 2 shots that strayed from the main group did so on their own, without the rifle contributing. I’m looking at the entire group size and ignoring the smaller group-within-a-group. However, this pellet does merit another chance at 50 yards.
Next, I shot another 10 JSB Exact Express pellets, only these were seated deep with the Air Venturi Pellet Pen and Seater. This time, the group measured 0.778 inches, and you can clearly see the dispersion of the shots. Deep-seating does not suit this pellet.
The next pellet I tried was the RWS Superdome, which so many shooters love. I had no idea how Superdomes would do in the LGV Olympia, and this test would be the way to find out. First, I shot them seated flush. Ten pellets made a group that measures 0.695 inches between centers. The group was fairly round, which I took to be a good thing, because it means the pellets are fairly evenly distributed.
Next, I shot 10 Superdomes seated deep in the rifling. This time, the group wasn’t as pretty, but it did measure only 0.649 inches, which is slightly better than the flush-seated group. It’s a toss-up between the different seating methods, though deep-seating does seem a trifle better. Perhaps the difference would be greater at 50 yards.
JSB Exact Heavy
The final pellet I tested in the LGV Olympia was the JSB Exact Heavy that I included in the velocity test. We wouldn’t normally select a 10.34-grain pellet for a rifle of the LGV’s limited power; but when you shoot out to long distances, the weight of the pellet is more important than its starting velocity.
The first group was shot with the pellets seated flush. It measures 0.354 inches, making it the best group thus far. This group is also very round, which is another point in its favor. I think I’ve found the best pellet to shoot in this rifle at 50 yards!
I now wondered if could this get any better. The next 10 pellets were shot deep-seated and, alas, the answer was…no. I’d gone as far as I was going in this test. Ten deep-seated Express pellets made a 0.79-inch group.
So, here at the end of the test we have a very clear example of one seating method triumphing over the other. The Express pellets wants to be seated flush in this rifle.
We also have a clear example of one pellet standing apart from the others. The flush-seated Express pellet made a group that was significantly smaller than all the other pellets I tried. That doesn’t mean it’s the best pellet in the LGV — just the best of these 3 that I tested. When I go to the 50-yard range, I need a day with zero wind — and I’ll try the JSB Exact Express first.
You may have noticed that the groups were all below the bullseye. That was with the rear sight cranked up pretty high. There’s still some room for more height; but at 50 yards, I know the gun will be printing its groups low. I’ll have to compensate for that.
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 test the Walther 1250 Dominator at 50 yards. I had to go out to the rifle range for this test, and we’ve been having some winds lately, so it took some time before I got a calm day. But this day was perfectly calm — I couldn’t have asked for a better day to shoot an air rifle at long range.
As you recall, the Dominator takes a 300-bar fill, which is 4,350 psi. I had to delay the test to get my carbon fiber tank refilled, and even then I didn’t have enough air for a full fill. When you fill a tank, it gets warm; and when it cools back down, you lose several hundred psi. I was able to fill to about 4,100 psi this time, but that single fill was enough air to last for the entire test, which was about 50 shots. And the needle in the pressure gauge is still in the green, which means there are more full-power shots remaining in the rifle.
I normally shoot from one of two mechanical rifle rests when I’m at this range, but for this test I decided to use my long sandbag, instead. The rifle lays in the crease on top of the bag and doesn’t move. There’s also more flexibility to reposition the rifle when required. Since this is a repeater that has to be reloaded, this flexibility was a good.
Since the circular clip holds 8 pellets, I decided to shoot 8-shot groups. It’s too much trouble to load just two pellets by themselves. So, all the groups seen today are 8-shots.
The first pellet was the venerable RWS Superdome. They landed close enough to the bull that I didn’t bother to adjust the scope. Eight pellets made a group that measures 2.017 inches between centers. The pellets spread out horizontally, but there was no wind whatsoever. I don’t think this pellet is suited to the rifle.
Following this, I adjusted the scope up and to the left just a little to compensate for where the Superdomes had landed. Then, I shot a group of JSB Exact Heavy pellets.
JSB Exact Heavy
I expected the JSB Exact Heavy dome pellet to give good groups, and it did — sort of. Seven of the 8 pellets landed in a group that measures 0.753 inches between centers. But 1 shot landed apart from the group, opening it up to 1.933 inches. This shot was somewhere in the middle of the string of 8. It wasn’t the first or last shot, and there was no called flier. It’s just somewhere in the string.
When something like this happens, I’m tempted to believe that it was caused by a defective pellet or by something just as obviously wrong. I think the JSB Exact Heavy is a good pellet for this rifle.
I probably shouldn’t have tried Beeman Devastators because they’re essentially wadcutters in profile, and wadcutters don’t do well at long distances. But I did try them, and they strung vertically into a group that measures 3.067 inches. Obviously, they’re a non-starter for this rifle at 50 yards.
JSB Exact RS
Next, I shot a group of JSB Exact RS domes. As light as they are, I wouldn’t normally recommend them for a precharged rifle of the Dominator’s power but had them along, so why not? Eight went into 0.945 inches, so I’m glad I tried them. This was the smallest group of the test. I do want to emphasize that the day was calm, because these light pellets do get blown around a lot.
Crosman Premier 10.5-grain
Next up were the heavy Crosman Premier 10.5-grain pellets. I expected them to do well in this rifle, and they didn’t disappoint. Eight went into a group measuring 1.19 inches between centers. While that number sounds a little large, look at the group it represents. It’s a little vertical, but it’s not a bad group.
Crosman Premier 7.9-grain
The last group I shot was with the 7.9-grain Crosman Premier lite. Eight of them made a group measuring 1.371 inches. That’s a little large when there are other pellets that are better, but it’s not a bad showing for 8 shots at 50 yards
The bottom line
I was glad to finally have the chance to test the Walther 1250 Dominator. It was a good rifle, overall, but I took exception to removing the air tank to fill it, the high fill pressure and the discharge noise.
However, out at the range, the rifle was much quieter — far quieter than a rimfire. Also, the trigger that I complained about when shooting indoors was actually no problem outside. I don’t know what the difference was, except that it was a different day and I saw things differently. I must say, there are a lot of very powerful shots in the tank once you get it up to pressure.
I did get used to fiddling with the bolt handle, and the rifle fed without a problem during this test. Installing the rotary clip is easier than on most other PCP rifles.
I would have to say that the 1250 Dominator is a fine precharged air rifle, but it runs into a lot of stiff competition. Buyers will get it because they like the overall styling, the all-weather materials it is made from and the high shot count.
by Tom Gaylord, a.k.a. B.B. Pelletier
Walther LGV Olympia was a top-quality 10 meter target rifle from the 1970s.
Don’t get confused. The title of this blog is the Walther LGV Olympia field test, but the first part was titled, We interrupt our regular program….I used that title so I wouldn’t give away the topic that first day. This report is, indeed, about the Walther LGV Olympia of history, but this is a new take on it. I already reported on it two and a half years ago, but that report was about the rifle as a vintage 10-meter target rifle, which at that time was all the LGV had ever been. Only in 2012, when Walther brought out their new line of sporting rifles under the LGV model name, was the LGV anything except a breakbarrel target rifle.
We’ve now looked at the .177-caliber Walther LGV Master Ultra rifle and also at the .22-caliber LGV Challenger (which I now own), so I thought it might be nice to see how the original LGV stacks up to these new rifles. This test will look at the vintage LGV Olympia at 25 yards and at 50 yards. At both distances, I’ll use the rifle’s target sights. I mentioned last time that when I tested the FWB 300S at 50 yards, it didn’t seem to matter that much whether target sights or a scope was used, so I see no need to switch the sights on this rifle.
One thing I have learned in the two and a half years since testing the LGV target rifle is how deep-seating the pellet often has a dramatic affect on accuracy. We have seen that with other airguns, but this will be the first time I think I’ve tested it on a vintage target rifle. This should be an interesting test. And, because the LGV is a breakbarrel, it plays right into the test plan, because breakbarrels are the easiest type of guns in which to seat the pellets deep.
Naturally, I’ll use the Air Venturi Pellet Pen and PellSet seater to seat the pellets. It’s so easy; because once you set the optimum seating depth, it never changes until you change it. If you don’t have a tool, you can seat pellets with a ballpoint pen…but the seating depth is not adjustable.
Today, we’re just going to see how well the rifle performs with some sample pellets that might get chosen for the 25-yard test. I’ll test the velocity of all pellets both seated flush with the end of the barrel and also seated deep. That will be a good comparison.
JSB Exact Heavy
You must wonder if I’ve lost my mind, testing the 10.34-grain JSB Exact Heavy domed pellet in a rifle this weak. No, that’s one of the types of pellets I expect might do well at 50 yards. It certainly has the capability to buck the wind, so I thought it might be a good one to test. I have almost no experience shooting airguns of this low power level out to 50 yards, so this is just a hunch.
JSB Exact Heavys averaged 500 f.p.s when seated flush with the breech. The low was 499 f.p.s., and the high was 501 f.p.s., so there was a total variation of just 2 f.p.s. That’s remarkable for a spring-piston air rifle — I don’t care what type it is! This pellet generates 5.74 foot-pounds of muzzle energy.
When seated deep, the same pellet averaged 511 f.p.s., with a low of 509 f.p.s. and a high of 512 f.p.s. The spread opened up to 3 f.p.s., which is still astonishing. Deep-seated pellets averaged 11 f.p.s. faster than flush-seated pellets. The average muzzle energy was 6.0 foot-pounds.
The second pellet I tested was the ever-popular RWS Superdome. This is another pellet that I believe might do well at long range when fired from this air rifle. When seated flush, they averaged 552 f.p.s., with a 17 f.p.s. velocity spread from 543 f.p.s. to 560 f.p.s. The average muzzle energy this pellet generated when seated flush was 5.62 foot-pounds.
When seated deep, the average velocity increased by 10 f.p.s. to 562 f.p.s. The spread ranged from 557 to 565 f.p.s., so it tightened up to just 8 f.p.s. The average muzzle energy was 5.82 foot-pounds.
Next, I tested the Beeman Kodiak pellet. This is another heavy pellet that I plan to try at 25 yards; and if it does well there, at 50 yards, too. At 10.65 grains, this is the heaviest pellet in today’s test. When they were seated flush, Kodiaks averaged 483 f.p.s. in the LGV Olympia. The spread went from a low of 478 f.p.s. to a high of 487 f.p.s., so 9 f.p.s. in total. That’s still pretty tight. The average energy was 5.52 foot-pounds.
When seated deep, the average velocity for Kodiaks increased to 501 f.p.s. The spread now went from a low of 479 f.p.s. to a high of 515 f.p.s., so a total of 36 f.p.s., which is on the high side. The average muzzle energy was 5.94 foot-pounds.
JSB Exact Express
The JSB Exact Express pellet is one I haven’t tried before. It’s a dome that weighs 7.87 grains. Normally, I would try the JSB Exact RS pellet in a rifle like this; but when I tested it in the past as a 10-meter rifle, I did try the RS pellets and they didn’t seem to do very well at 10 meters. So, I welcomed the opportunity to include this new JSB dome in the test.
Although it’s heavier than the RS, this Express pellet is still the lightest pellet I tried in this test. When seated flush, it averaged 585 f.p.s., with a spread from 569 to a high of 593 f.p.s. The average muzzle energy was 5.98 foot-pounds.
Of course, I expected this pellet to go even faster when seated deep, but it didn’t. In fact the relationship between deep-seating and velocity turned around 180 degrees with this pellet. The average for deep-seated Express pellets was 547 f.p.s., with a range that went from 545 to 553 f.p.s. The average muzzle energy was 5.23 foot-pounds. So, just like we have seen in some tests of deep-seated pellets in the past, here’s another surprise. I wonder what will happen in the accuracy test?
The Walther LGV Olympia has an adjustable 2-stage match trigger. The one on my rifle is set very nicely, and stage 2 breaks at 10.5 to 11 oz. I can do very fine work with a good trigger like this.
Impressions thus far
I was surprised by how consistent the rifle is with JSB pellets. The fact that 3 pellets increased when seated deep, while one decreased, is also something curious. It just points out the need to test a gun in as many ways as you can think of, I guess.
Best of all, this test gives me one more opportunity to shoot and handle this rifle. I own many nice airguns, but my work doesn’t often afford the chance to play with them; so, tests like this one are a refreshing change for me. And I know that many of you get enjoyment from reading about a fine vintage airgun. It’s a nice change of pace.
I do hope the newer readers will see how nice these older airguns are and maybe use the links to explore them more thoroughly. If you’re new to the shooting sports, this is where a lot of the fun is found.