Home Blog  
Ammo HW 50S: Part 9

HW 50S: Part 9

HW 50S
The HW 50S breakbarrel from Weihrauch.

Part 1
Part 2
Part 3
Part 4
Part 5
Part 6
Part 7
Part 8

This report covers:

  • The test
  • H&N Excite
  • Shooting behavior
  • Crosman Premier 7.9-grain
  • Light or heavy pellets?
  • RWS R10 Match Heavy
  • H&N Finale Match Light
  • Where are we?
  • Summary

Today we look at the accuracy of the HW 50S after being tuned with the Vortek PG4 SHO kit. For this test I shot four pellets that are new.

Today I mounted the Edge target peep sight to the rifle. And I put an aperture insert in the front sight, as well. I shot at 10-meter rifle targets. Let’s get started.

The test

Today’s test was shot at 10 meters off a sandbag rest. The rifle was rested directly on the bag. Each pellet was shot 10 times for a group, which is a difference from the past where I shot 5 shots.

H&N Excite

I sighted-in with the H&N Excite pellet, and once the pellets were hitting the bull I stopped and switched to shooting for accuracy. It took five shots to sight in — one from 12 feet and four from 10 meters. The Edge sight adjusts crisply and made the sight-in easier because its knobs have detents that can be felt.

The group of 10 Excite pellets measures 0.452-inches between centers of the two shots farthest apart. This pellet continues to surprise me with its performance at a reasonable price.

HW 50S Excite group
The HW 50S put 10 Excite pellets into this 0.451-inch group at 10- meters.

Shooting behavior

The rifle now shoots smoothly with a little forward jolt for each shot. The trigger is ideal, breaking exactly when and how I want it to.

On the other hand I dislike the effort required to cock the rifle. It’s way in excess of what I was hoping for. I’m just recording my thoughts for the future, because there is no way this rifle will remain tuned as it is.

Crosman Premier 7.9-grain

I shot the obsolete Crosman Premier 7.9-grain pellet next. Ten went into a group that measures 0.423-inches between centers And look at where they hit — directly opposite of where the Excite pellets hit the bull. This is why I don’t often adjust the sights, once the pellets are hitting within the bull.

HW 50S Premier Light group
Ten Premiers went into 0.423-inches at 10 meters.

Shop Outdoor Gear

Light or heavy pellets?

One question I want to answer was whether light or heavy pellets are best for this rifle. So the next pellet I tried was purposely heavier than the rest.

RWS R10 Match Heavy

Ten RWS R10 Match Heavy pellets made a scattered group that measures 0.744-inches between centers at 10 meters. While the group is well-centered it is a classic example of a pellet that’s not suited to a certain air rifle. It’s also an illustration of why 10-shot groups are more revealing than five-shot groups. Of course one group isn’t enough on which to base a decision, but when there are other pellets doing much better, it’s probably good enough.

HW 50S R10 Heavy group
Ten RWS R10 Match Heavy pellets made this 0.744-inch group at 10 meters. When the shots are scattered like this for a rifle that you know is accurate, it usually means the pellet isn’t suited to the airgun.

H&N Finale Match Light

The last pellet I tested was the H&N Finale Match Light. Ten of them went into a group that measures 0.354-inches between centers. It is the smallest group of today’s test and it also proves that the 50S is quite accurate. The previous smallest group of five shots that measured 0.422-inches.

HW-50S H&N Finale Match Light
Ten H&N Match Finale Light pellets made a 0.354-inch group. It’s the smallest one of the test.

Where are we?

Well, I like the size, smooth shooting, accuracy and trigger of the HW 50S. I dislike the heavy cocking effort. What I’m going to do is look for a way to decrease the cocking effort while maintaining all the other features that I like. This is something I need to ponder awhile.


The HW 50S is a delightful little breakbarrel rifle with just a bit too much power to suit me. The trigger is superb and I like the accuracy, but I need to find a way to shave about 10 pounds off the 37 lb. cocking effort, to make it a spring gun that’s also fun to shoot. Obviously you readers will have a lot to say about what I should do.

author avatar
Tom Gaylord (B.B. Pelletier)
Tom Gaylord, also known as B.B. Pelletier, provides expert insights to airgunners all over the world on behalf of Pyramyd AIR. He has earned the title The Godfather of Airguns™ for his contributions to the industry, spending many years with AirForce Airguns and starting magazines dedicated to the sport such as Airgun Illustrated.

61 thoughts on “HW 50S: Part 9”

  1. BB,

    You showed in Part 5 that the PG4 kit is much shorter. You did not state how much preload was left. Originally there was 2 inches of preload. Isn’t this the kit with a washer in front? Maybe you can begin the quest for a lower cocking effort by removing the washer in front that probably adds to the preload. Although I don’t expect much change in the velocity since you won’t be changing the swept volume much you will probably do a chrono test after reassembly.


    PS Section H&N Excite 2nd paragraph 2nd sentence: “This pellet continues to surporise (surprise) me with its performance at a reasonable price.”
    PPS Section Light or heavy pellets? 1st sentence: “One question I want to answer was whether light of (or) heavy pellets are best for this rifle.”

  2. BB
    I don’t Ike heavy cocking springers either. All the spring guns I have tuned by spring cutting always cock easier and shoot smoother. And some the velocity even increased.

  3. Hello BB,
    Looking at Vortek‘s internet site, it seems like the PG4 steel kit exists in 2 versions, the HO which you seem to have for around 12 ft-lb and a less powerful version for stated 7.5 ft-lb.
    From reading your past posts, I’d say that the second option sounds more like what you are generally looking for.
    All the best

  4. BB
    I think I have tried and done with the HW50 almost everything a man could do.
    This rifle is at its best at around 13J Ek – that’s approx. 9.5 ftlbs. Not more. Your tuning kit is of very good quality, but too powerful. The HW50 is a medium energy design that may be forced to produce a relatively large amount of Ek, but then it is not as accurate. “Jumps” a lot. How much this affects the accuracy can be seen when we shorten the barrel to 28 cm. Then even the forced system is much more accurate. With a 28 cm barrel and 9.5 ftlbs of energy, it’s accurate as hell. My best 10-groups at 50m was 0.0xxx inch CTC without wind. It’s hard to believe I know. I also lost my faith many times shooting it 🙂
    A very similar size is the Comet220 which is now set up to 12J – the performance is superb. Easy to cock like the HW30, accurate as hell.
    Of course the max. “range of use” will decrease with less energy if you have some wind. From my experience the max distance for HW50 is 50meter. Like HW30 is 30meters. The other HW’s don’t follow this pattern :=)

    I must mention that my barrel is smooth and “scratched”. So it has the reverse of the thread you usually have. It needs 4.52mm cal. pellets. JSB Exact 4.52mm is the best choice. So it does not cut the head of the pellet like a normal barrel. It has less energy loss on the distance as the “turbine effect” is not present. It was a common technique in Poland in the end of 90’s (as far as I remember) because there was a stupid law – you could buy smooth barrel airgun without energy limit with no special certificates but not a threaded barrel. Crazy. But of course as usually the Polish guys found a good solution for this 🙂
    I compared two same energy HW50 at a long distance and the pellet drop in threaded barrel was much much bigger then scratched barrel. Very interesting it was. I mean it was very big difference.
    Now the limit in PL is 17J, so it is relative friendly compared to German “F” (7.5J).

    And so – at that time, companies producing air rifles needed to produce a smoothbore for the Polish market. Only Weihrauch and Diana did it very well. For example, Gamo was having big problems with accuracy. It was really crazy 🙂 Actually now I have one unique example of a barrel that has never been produced this way 😉 Scratched smoothbore.

      • I will find some old pictures of this equipment for you – or someone will do a new picture as my HW50 I forgot in summer in Poland. And it is not the record trigger – it is the MII version not adjustable record variation. Little hard but very fine working.
        Yes, it was a big journey with this equipment. It has laminated black painted stock form FWB match rifle with additional mass at the front which I had to adapt for the system (the 7mm screw was a challenge, it is custom made! because of lenght – you can’t just buy it), it has sound silencer (7chambers) mounted using CO2 (cold-mounted – barrel was -100°F cold, silencer hot, not removable after mounting like this), the barrel is shortened to 28cm and smoothbore scratched (7 scratches with left turning, one revolution per 47cm which is 1 rev / 18.5inch), after scratching process it was fine-polished and it has at the last 3cm tightener caliber, how is it called? Choke? You know what I mean – this tighteening at the end of barrel is supposed to make the pellet left the barrel without any air leakage. It is important if there is not much pressure left but with this length not necessary. It is pretty “slow” turning barrel but extremely accurate. Never had springer accurate like this. It is almost not affecting the pellet, not comparable to any threaded barrel. The sound of flying pellet is just “pssst”. Before fine-polishing the fresh scratched barrel made the pellet noise like “rrrrruuuu”, that’s why I polished it. Then it has just a bright and clean flying pellet sound. It has custom spring with special cover to avoid the grease left the cylinder. It has custom seal and of course custom spring guide. And some special grease inside I don’t remember what it was. I take it after 6 months out of the box and it has “zero” where I left it. It is not easy to estimate how many times I shot it – I may only assume it is something between 50000 – 90000 shots.

        After all strange things I done to her, the HW50 likes 9.5ftlbs the most. 🙂

        • Tomek, can you please explain the process of “scratching” a smoothbore. Is this done by the factory for the Polish market, or is this a project done by the individual owner? Also, does the polishing remove some of the “scratches”?

          I am curious because it sounds like phenomenal accuracy at 50 meters from a spring piston airgun. I know from reading this blog that traditional airgun rifling is simply the same rate of twist as .22 rimfire rifles, but perhaps there is a better way? If true, imagine how the accuracy of a CO2 or PCP target rifle could be enhanced at a much lower cost because there would be insignificant recoil compared to the mildest springer. That would allow more aspiring target shooters a way into the sport.

          Also I though it was cool how you explained the way the moderator was attached. Literally, super-cool. As in super-cool the barrel so it shrinks a bit and heat up the moderator so it expands a bit. Then when it all goes back to a “normal” temperature range, the moderator is immovable. I wish I could do that with scope mounts!

          • Roamin Greco – it is a phenomenal one.


            The process was done by one of the Polish airgun blog specialist. I believe it is done like a “drawn barrel” by using the special prepared tipp which makes this scratches along the barrel. It has 1:18.5inches spin. So it is a bit slower then usual airgun rifled barrel. Unfortunately I don’t have it at home – I would try to make a makro picture of the scratches. My parents will fail to do a picture like that :/ The scratches are hardly visible when looking through the barrel. Nevertheless it is enough guide to make the pellet spin. This HW 50 is special due to all modifications. Also a shortened barrel is veeery improving accuracy as it shortened the shot cycle and make the shorter barrel shake less during shot.
            The moderator was attached not because I wanted it to be quiet. The barrel was too short to cock normaly not using so much force. It needed to be extended. And the best solution for accuracy was to make it as stable as possible. It was not possible to attach it in a room temperature. Only with big temperature delta it was, then the parts are just sealed as one. Just great. The guy was making miricles at that time. He had also special tools for everything. And the moderator blueing (oxidation) is just same as original HW… even after so many shots and years of using it.

            THE ZERO is always ZERO 🙂

        • Tomek, I can’t reply to your last comment, below, so I came back up here. It would be great if you could find a link to the fellow that “scratches” the barrels, perhaps a website or a YouTube video, I would be interested to learn more about that. You know, since a lot of the pellets stability comes from the pellets shape, it could be that the pellets are sort of fighting to balance the torque from traditional rifling, and perhaps something a little gentler works better.

          • Roamin Greco – it is difficult to find it. At this time there was a bit conspiracy against stupid law. It was not offered like for everyone in some store or online, you could get the contact to the specialist while you were active in special blog, similar to this wonderful place. So actually I had something that was not 100% defined. Because scratched barrel was not rifled barrel 🙂 You know what I mean? This idea was actually working so good, that many people after the law was changed to “normal” were purchaising smooth-bore barrels to make it scrached. The smooth-barrels were pretty fast out of stock and not produced anymore. So this whole idea was gone because the riffled barrel is just OK as a standard. There was no need to overcome anything as you could just buy ready working product again.
            It was done similar to as you would clean the barrel using washing rod except it had a special prepared cutter tip and was just pulled through and turned. The magic was to prepare this cutter tip to be hard enough and that precise.

            The big difference was the lack of what we called “turbine effect”. Normal rifled barrel leaves patterns on the head and scirt of a pellet. Particullary patterns on the head when the pellet is flying fast and spinning generates more air resistance and the pellet is losing more energy. It is working as a very small turbine. So there was a difference on a long distance visible – much less pellet drop. But we are talking about 0.177 only, no experience with other cal.

            Alone the smooth-bore barrel was pretty accurate. It was much more sensitive on pellet type then the rifled. And above 30m distance you could see why we need the pellet spinning.

          • Roamin thank you, it is indeed fascinating. From both points of view – technical and political 🙂 I mean it was a great technical engineering reaction to gov stupidity at this time. Mentioned stupidity is not much different now but a new tech solution is discovered.
            I think it is not beeing introduced on a mass scale because it is not so universal as a standard rifled barrel. Also a new process and machining would be required. If something works for years why change it and get very similar effect with big effort. Nevertheless I’m glad and proud to have an example of a different point of view which I may proof works very fine. 🙂 I will never sell this black mamba 🙂

    • Tomek, please do not be offended, I just want to point out something in the spirit of being helpful. I think when you refer to a barrel being “threaded” you mean to say “rifled”. Rifling is the spiral ridges and grooves on the inside of a rifled barrel. A smooth bore does not have rifling. I think everyone understood your meaning, but I thought you would appreciate the correct terminology.

      I am learning a lot from your comments. Thanks. Keep them coming.

      • Thank you Roamin! Oh my gosh! This is what I mean about the translation issues. The translator I sometimes use gave a wrong word for this. “Rifled” is what I was missing… so I just used first one E-dictionary gave me 🙂 This may be, because there is same word meaning the barrel is rifled as the screw has thread (this would be correct I hope???) in both German and Polish I translate from. Hahaha 🙂

        PLEASE ALWAYS correct my wording and grammar, it is the only way I can learn American 🙂 Thank you Roamin Greco. 🙂 BTW I never get offended, even if someone is really trying, it is not my style 🙂

        I noticed again how easy it is to write something totaly “random” in a language you don’t own 100%. Still I try to not use any translators because they cause even more trouble. Sometimes the translated single word is not used in the way you think it is.

        Something funny happened in German: it is usual that the german words sometimes are just stick togheter and mean just something which is build up etc. from the other things. Like torque fluctuation is “die Drehmomentungleichförmigkeit”. Instead of “lawn mower” (=Rasenmäher) I was using the combination “grass shaver” (=Grassrasierer) 🙂 before someone told me that. But everyone could understand what I mean 🙂

        • Totally agree and understand. The same thing happens to me when I write to my relatives in Greece. I struggle sometimes to know what the “right” word is. Don’t worry, enough of us here will gently guide you. Practicing your writing helps a lot. You are doing very well.

          And yes, screws, bolts, and nuts have threads. But so do needles. Isn’t English fun?

          • Yes, definately it is funny as long as you don’t talk to mother in law on a big family party like “dear mother from hell, I hope you are a horse” 🙂
            There is a word for the rifled barrel in German also used “gezogener Lauf”. Great, the proposed translation is “drawn barrel”. Pyyyylllliiiiiiizzzz….

          • tomek,

            That “drawn barrel” makes a lot of sense because it was probably rifled by drawing a hard carbide button (a tool that is used to rifle barrels) through the bore.


  5. This is just my random observation, and it should not be taken as gospel, but it seems to me the “optimum” power level for a sproinger is in the 12 FPE range. When you start to get above that, many sproingers develop a harsh firing cycle. The accuracy of a sproinger also tends to deteriorate above that level.

    It can also start taking a considerable effort to cock. When I see a dude taking two hands and grunting to cock a sproinger, that is a little bit too much. It will not be fun to shoot, and it will take some incredible effort and concentration to hit anything. No thank you. I am too lazy for that.

    Something else I have noticed about those powerful sproingers is they often are quite heavy. That is one quick and dirty way that many manufacturers dampen some of that recoiling. If it has a metal coiled sproing, you are also likely to have that sproinger trying to twist to the left or right, depending on the twist of the sproing. That issue can be overcome, but that also requires more engineering and more complicated assemblies, which increase cost.

    Yeah, yeah, yeah, go with a gas sproing and you do not have that twist issue. You also have a smoother, quicker shot cycle, until it reaches the end. Here you are trying to hold that sproinger as loosely as you can and unless it weighs in at close to a ton, that thing is going to slap you side the head. Maybe I am exaggerating the weight a little bit, but you know what I am talking about. Now if I had a gas sproing I could tune down and/or rebuild, I might go for it.

    • RidgeRunner,

      Maybe a manufacturer will get smart and make a just right powered gas spring rifle for the youth with spacers for adult sizing. Then again we can always hope that Vortek gets their gas spring design ironed out. Maybe they could make it a drop in replacement but available at various energy levels instead of being adjustable.


      • Siraniko,

        Ah, but a tunable gas sproing. Theoben are adjustable, if you can get them. The Hatsan Vortex used to be adjustable. I do not know if they still are.

        There are different power levels for gas sproings, but we Americans always want the maximum.

        • RidgeRunner,

          So far all the gas springs that are adjustable leak sooner than later. I’d rather have a fixed power gas spring that I’m willing to live with rather than an adjustable gas spring that will fail too soon. The next best thing would be an easily repaired gas spring using kits from the manufacturer.


          • I would most definitely want to be able to rebuild it.

            I have never shot a gas sproinger that I liked. They are always too powerful and they either weigh a ton or they slap you like a mule.

            If I am not mistaken, the Theoben is rebuildable. Apparently the Hatsan adjustable gas sproing did not survive long. You do not hear of it anymore.

    • RidgeRunner – 12FPE is a max energy limit in many countries (without any special FAC permission certificate etc.). Many springers are designed to have the best working point around this energy level.
      There is some general rule about how much energy you will get from the size of the compression chamber. For the 4.5 caliber, the air rifles obtain on average 0.3-0.35 J of energy from 1 cm3 of the compression chamber.
      The air rifle then works pleasantly and is not strained. Limit values ​​for
      caliber 4.5 is 0.4J from 1cm3, and for caliber 5.5 it is 0.5J from 1cm3. This would be a max value. Example table for some compression chambers:

      Baikal IŻ 38 – 25mm x 57mm ——————28,0 cm3
      Slavia 631 – 25mm x 62mm ——————–30,4 cm3 cal. 4.5mm optimal 9J, max. 12J
      China QB-36/1 i QB-36/2 – 26mm x 65mm —34,5 cm3 cal 4.5mm optimal10,5J , max 14J
      Bajkał MP512 – 25mm x 82mm —————-40,2 cm3
      Łucznik – 28mm x 70mm ——————–43,0 cm3
      HW 77/97 – 26mm x 82mm ——————–43,5 cm3
      AA TX/PP – 25mm x 100mm ——————-49,0 cm3
      Gamo Hunter – 25mm x 100 mm ————–49,0 cm3
      Hatsan 55 – 27mm x 96mm ——————–55,0 cm3 cal 4.5mm opt. 17J , max 22J
      Diana 48-54 – 28mm x 100mm —————-61,5 cm3
      Diana 350 – 28mm x 115mm ——————70,7 cm3
      Gamo 1250 – 29mm x 118mm —————- 77,9 cm3
      Bajkał MP513 – 28mm x 137mm —————84,3cm3
      Patriot 31- mm x 112mm ———————-84,5 cm3 cal 4.5mm opt. 27J , max. 34J

      Of course the calculation may vary depending on the efficiency etc. But it may help you to estimate where is the optimum load and corresponding optimal energy of your equipment. You just need to find out how big is the volume of air you will compress.

      • Tomek,

        Formulas and such can get you withing the ballpark, but there are always little nuances that are overlooked in the formulations that can have an effect. It still comes down to testing and tweeking.

        I am indeed quite fortunate to live in the USA as I do not have the restrictions on air rifles as is imposed in other parts of the world. It allows me more room for experimentation without concerns of arrest.

        • RidgeRunner – totally agree. This is just experimental “what you may expect” formula. It may be totally different in some special case. I found it good for explaining that the goal to reach the maximum energy is not optimal regarding accuracy and shot behavior, so it is leading to less “fun to shoot”. And it defines approx. where the max-end may be.
          I also learned that the short and smooth shot cycle is better with lighter piston. But then the system will not like heavier pellets – means the energy decreases with heavier pellet. Increasing the mass of the piston make the cycle slower and in general reduces a bit the energy but it better performs with heavy pellets. Always some compromise. It is good to understand where the center of the compromise might be to just use equipment on its optimum.

  6. B.B.

    I am a HW 50 guy! I have two in .177, one in .20, and one in .22. The reason you find the cocking difficult is because of the compound linkage of the cocking arm. However, you forget that you are only cocking the gun between 90-110 degree arc. Most single linkage airguns need a 130-150 degree arc. How is the cardboard protractor coming along?
    My 2 HW 50’s in .177 are both set up for FT Hunter Class. They shoot at around 13 fpe.
    I would be most annoyed at the “forward surge”, that is the problem!

    I suggest you continue to “eat your Wheaties” and be thankful that you only need to cock the gun a shorter distance than other guns.

    PS please try pellets, preferably JSB’s or AA’s in the 4.52 head size.
    PPS make sure that the joining rivet in the cocking linkage is not binding and that all cocking levers are straight.

  7. BB, It would be nice to have a scoring device as accurate as the guns that shoot the groups. Probably too expensive. Maybe a dome style is more accurate, but doesn’t score well because of the way it cuts the paper. An affordable, adjustable gas spring that retro fits many spring guns would be a new thing, at least at lower power levels, but those might not sell well.
    I will try some JSB wadcutters.

    • 1stblue, I discovered that if I take a small ball of duct seal, say 1″ diameter, rolled out into a thin pancake (1/16″ thick), and press that between my target paper and the cardboard backer, I get wadcutter-like holes. It’s tedious, but if you are shooting for purposes of testing, it works.

  8. Here it is, my black mamba HW50 full custom:



    It has some scratches but still is shining almost like a new customized 🙂
    Hope the picture will be visible. The best picture I could get from parents operating smart phone. I forgot this black mamba in Poland and will not risk to ship it back. Need to take it with me. Unfortunately we are not going for Xmass this year back to PL…

  9. BB,

    “Well, I like the size, smooth shooting, accuracy and trigger of the HW 50S. I dislike the heavy cocking effort.”

    It almost sounds like you’re looking for a HW30S in an HW50S-sized stock. I wonder if a cocking aid might help, but obviously, you lose a bit of the compactness by adding length. It looks like Weihrauch makes both muzzle brakes and moderators that fit both the HW50S and HW30S. Maybe those would be worth a try as well?


  10. To make this thing easier to cock you can reduce the load (i.e. remove the spacer washer, start cutting coils off the spring) or increase the length of the lever (might include a cocking aid like my BSA Scorpion or fitting a muzzle brake although this may or may not eliminate a peep or open sight option). Before you change the things you like…it’s accuracy and performance…to reduce the cocking effort, consider changing the leverage?

    St. Louis, MO

  11. BB

    When cocking your rifle is a bump needed at the start?

    If not, somehow your rifle is different from mine. But if a bump is required now it will go away with use, at least mine did and it made a big difference for the better. Cocking is no problem and I don’t have your strength.


      • BB

        My HW50S has thousands of shots now. While not as easy as cocking my HW30S, it takes little effort. A teen aged girl could enjoy a plinking session without cocking problems. But if bumping is required it upsets the cocking rhythm. You don’t have time to shoot it enough to break in the barrel lock. Hope you know another way to loosen her.


  12. BB
    I know you are going back to this system and will tune it again. Just something I used to implement during the zero check if possible: the rubber O-ring or similar soft mechanical spring decoupling. It is not always possible to implement as you need the washer on the bottom of the spring to make this “trick 19” working. I don’t know if you already tried it out. In some cases it brought a big vibration reduction, mostly high frequency pitch and buzz portion. It is just a sort of muffler, it brakes the acoustical vibration impedance of the structure, decouples and absorbs some high frequency energy. The HW50 system is buzzling and it might help a bit. I hope you can see the picture under the link attached, it is a different system example.


Leave a Comment

Buy With Confidence

  • Free Shipping

    Get FREE shipping on qualifying orders! Any order $150+ with a shipping address in the contiguous US will receive the option for free ground shipping on items sold & shipped by Pyramyd AIR during checkout. Certain restrictions apply.

    Free shipping may not be combined with a coupon unless stated otherwise.

    View Shipping Info

  • Shipping Time Frame

    We work hard to get all orders placed by 12 pm EST out the door within 24 hours on weekdays because we know how excited you are to receive your order. Weekends and holiday shipping times will vary.

    During busy holidays, we step our efforts to ship all orders as fast as possible, but you may experience an additional 1-2 day delay before your order ships. This may also happen if you change your order during processing.

    View Shipping Times

  • Shipping Restrictions

    It's important to know that due to state and local laws, there are certain restrictions for various products. It's up to you to research and comply with the laws in your state, county, and city. If you live in a state or city where air guns are treated as firearms you may be able to take advantage of our FFL special program.

    U.S. federal law requires that all airsoft guns are sold with a 1/4-inch blaze orange muzzle or an orange flash hider to avoid the guns being mistaken for firearms.

    View Shipping Restrictions

  • Expert Service and Repair

    Get the most out of your equipment when you work with the expert technicians at Pyramyd AIR. With over 25 years of combined experience, we offer a range of comprehensive in-house services tailored to kickstart your next adventure.

    If you're picking up a new air gun, our team can test and tune the equipment before it leaves the warehouse. We can even set up an optic or other equipment so you can get out shooting without the hassle. For bowhunters, our certified master bow technicians provide services such as assembly, optics zeroing, and full equipment setup, which can maximize the potential of your purchase.

    By leveraging our expertise and precision, we ensure that your equipment is finely tuned to meet your specific needs and get you ready for your outdoor pursuits. So look out for our services when shopping for something new, and let our experts help you get the most from your outdoor adventures.

    View Service Info

  • Warranty Info

    Shop and purchase with confidence knowing that all of our air guns (except airsoft) are protected by a minimum 1-year manufacturer's warranty from the date of purchase unless otherwise noted on the product page.

    A warranty is provided by each manufacturer to ensure that your product is free of defect in both materials and workmanship.

    View Warranty Details

  • Exchanges / Refunds

    Didn't get what you wanted or have a problem? We understand that sometimes things aren't right and our team is serious about resolving these issues quickly. We can often help you fix small to medium issues over the phone or email.

    If you need to return an item please read our return policy.

    Learn About Returns

Get FREE shipping on qualifying orders! Any order $150+ with a shipping address in the contiguous US will receive the option for free ground shipping on items sold & shipped by Pyramyd AIR during checkout. Certain restrictions apply.

Free shipping may not be combined with a coupon unless stated otherwise.

View Shipping Info

Text JOIN to 91256 and get $10 OFF Your Next $50+ Order!

* By providing your number above, you agree to receive recurring autodialed marketing text msgs (e.g. cart reminders) to the mobile number used at opt-in from Pyramyd AIR on 91256. Reply with birthday MM/DD/YYYY to verify legal age of 18+ in order to receive texts. Consent is not a condition of purchase. Msg frequency may vary. Msg & data rates may apply. Reply HELP for help and STOP to cancel. See Terms and Conditions & Privacy Policy.