Posts Tagged ‘Crosman Airguns’

Hunting in South Africa: Part 1 by Jim Chapman

Wednesday, October 28th, 2009

Introduction
As an outdoor writer, and moreover one specializing in hunting airguns, I get to shoot a lot of airguns. There are many good rifles being produced today, and a few great ones. But what we have been missing is a great hunting airgun at a price point most hunters can afford. In a marketplace that is populated by guns starting at over a thousand dollars, not to mention the cost of adjunct gear such as filling equipment, it is difficult for new shooters to enter the sport. That is why I got excited when Crosman entered the precharged pneumatic arena, first with the Discovery then following with the Marauder.
The Discovery is a single shot PCP rifle that has everything the airgun hunter needs in an entry level gun; it is accurate, powerful, and reliable, fills to a low charge pressure with a handpump, and can run on CO2 for lower powered indoor shooting. But the truly compelling thing with this rifle is that packaged with a handpump it cost far less than anything else the airgun hunter could buy. I was lucky enough to be sent one of the first pre-production guns to shoot, hunt with, and give some feedback on. But truth is that I think the engineers and market research people got it just about perfect and delivered exactly what the market wanted and needed. However, there was room for a higher tier rifle that bridged the simple no frill design requirement of the Discovery and the more sophisticated (and much more expensive) rifles at the high end of the price/performance spectrum. While I really like the Discovery, I thought it would be perfect if there was an option to get it with a shrouded barrel, and if there was an option for a premium trigger to be installed by their custom shop (even if that cost a few hundred dollars more), and if there was a multi-shot version. That was the point; this gun hit so close to the mark that the only thing needed to make it a better gun were features only found on much more expensive rifles!

Then a couple years later I received word that Crosman had a new PCP rifle in development, and again was offered a pre-production gun for evaluation. The Marauder was unveiled at the 2009 SHOT Show in Orlando; and what was introduced to the airgunning world was a rifle offering features previously found only on much more expensive models. The Marauder has a 10 shot rotary magazine, a sophisticated match grade adjustable trigger that is a dream, and comes standard with a shrouded barrel that is whisper quiet. This in addition to the Marauder’s intrinsic accuracy and the power to take any small game from squirrels to woodchucks, has resulted in a gun I love to carry in the field. As a matter of fact, I selected the Marauder as my small game rifle for an airgun safari in South Africa’s Eastern Cape, which in past years has been a challenging testing ground requiring a gun to shoot with precision, hit hard, and be reliable. When you’re thousands of miles from home, it makes sense to only carry gear you believe in. The Marauder has proven itself to me.
My intention with these hunts was to demonstrate that the Marauder is the real deal for small and medium game hunting, and that they can be used to make one shot kills that cleanly anchor the tenacious small game and pest species in this hunter’s paradise. Even though this book was based on hunting in Africa, the experience speaks directly to the guns suitability for hunting anywhere in the world.

Hunts were setup over a five week period in South Africa, and I planned to make the most of the hunts. My friends and professional hunters Rob Dell and Andrew Myers were contacted to organize the trip. From my Indiana based office I was phoning sponsors; Crosman for guns, scopes, and pumps to be drop shipped for pick up on my arrival to the Eastern Cape, Pyramyd Airgun, arguably the biggest and one of best airgun supplier in North America came through with financial support, and Adventures in airguns supplied additional equipment. It all came together and formed one of the most enjoyable hunts of my life.
In this small booklet my objective is to share several facets of hunting with the Marauder, relating our experiences regarding the guns, the gear, the people, and the game. And in the end I believe you’ll see that if you own a Crosman Marauder, you have a gun that takes you anywhere you want to go.

Hunting with Airguns
There is a long tradition of hunting with pre-charged pneumatic (PCP) air guns, dating back to the late 1600s when big bore air rifles were used by European nobility to take large game animals. In more recent years, spring piston airguns became available to the masses, and after World War II there was a dramatic increase in the availability of guns. The sport has continued to grow in much of the world, especially in those locales where gun ownership is not an option for the civilian population. In Europe there is a tradition of high quality airgun manufacturing, especially in Germany and the United Kingdom.
As a matter of fact, the UK has arguably been the center of the modern airgunning world. They produce many of the finest spring piston and PCP airguns in the world; and support a vibrant airgun hunting community with a couple popular magazines dedicated to reporting on and promoting the sport. And while the range of available guns offered to the market comprises both spring piston and PCP power plants, there has been an upsurge in the popularity of precharged pneumatic guns in the market over the last decade.

In the United States serious airgun hunting has been relatively unknown, and even less so when it comes to PCPs. However, as Americans are faced with increased urbanization, the attraction of the air powered hunting arm becomes ever more apparent; providing a means of hunting in areas that are more densely populated where firearms are a no-go. While many hunters feel that PCPs are easier to shoot accurately and tend to be more powerful than spring piston guns, the fact that there has been a dearth of appropriately priced PCP guns for the American sportsman has blocked a lot of new hunters from entering the sport. With Crosman’s release of the Discovery and the Marauder, this is going to change in my opinion!

In this book I will examine how these new Crosman guns can be used for field work, and relate some firsthand experiences coming out of our five week airgunning trek in South Africa, in which I relied solely on the Marauder and the Discovery for small game hunting.

Why Hunt With Airguns?
As stated previously, in Europe and much of the world airguns are the only option available to people wishing to hunt. They simply are not allowed to possess firearms, or the population densities are so high that there is not enough open land to hunt over. But there are several reasons that shooters everywhere appreciate; airguns are relatively quiet (in the case of the Marauder, less than a whisper) and have a limited carrying range, they can therefore be used to perform pest control duties and hunt in fairly populated areas, and due to the limited range can even be shot safely in the backyard or down in the basement. The cost of airgun projectiles is much lower than even .22 rimfire ammunition, with pellets costing a penny or two per round. The challenge of the hunt is increased with airguns, because to ethically take game the hunter must close the distance which requires honed hunting skills. In this respect airgun hunting offers many parallels to bow hunting while incorporating traditional marksmanship.

The modern PCP airgun is capable of tack driving accuracy out to sixty or seventy yards, while most springers can be used with confidence out to thirty five or forty yards. Another benefit is that the hunter can get in a great deal of practice. I will often go down to my basement range and put a couple hundred rounds through a gun I’m getting ready to take with me into the field. You’re not going to be able to do this with a firearm unless you happen to live on a ranch in Montana.
The last reason on my list is the least tangible …. Airguns are cool! There is something about the engineering that goes into these guns, along with the diversity in designs available that makes airguns a highly addictive past time. The airgun uses a tiny puff of air to send a fifteen or so grain piece of lead down range to anchor their quarry! This is a fact that always amazes me…

by Jim Chapman

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All right folks that is all for part one, we will be posting the rest of the book a few chapters at a time over the next few months. After that the full book will be available to download.

Thanks for reading.

Joshua

Reporting on the Crosman Challenger PCP: Part 2

Friday, October 9th, 2009

PCP Challenger

I promised you I would check out the shot performance of the new Challenger right “out of the box”.

First, using the Benjamin hand pump, I charged the Challenger to 2000 psi - the factory recommended fill pressure. I used the gauge on the pump for all tests to maintain consistency.

Next, I chronographed the shots and noticed a close to 540 fps starting velocity with Crosman 7.9 grain Premiers. The factory claims a 530 fps velocity so it seems this one was set to shoot a hair hot.

I chose the 7.9 grain Premier pellet because it is what I will use later when I bring the power up to field target velocities. Beginning at 540 fps helped me decide where to stop, but I will take it further to see how the shot string looks.

My task was to chronograph each shot until the velocity came back to around 510 fps. I’m sharing the graphs with you so you know what to expect from an “out of the box” stock Challenger with a field pellet. Velocities are similar for a wadcutter match pellet.

Below is the complete shot string shooting from 2000 psi down to 1000 psi. This yielded a 50 fps spread with a 541 fps average velocity for 107 shots.

Shot String 1

The shot string indicates that a 2000 psi charge pressure brings you right into the sweet spot of the charge and not the beginning of it. My Challenger will require an adjustment (most likely slightly shortening the stroke), or a slightly higher charge pressure to find the start of the sweet spot which will yield more shots from the charge.

Keep in mind that most gauges are consistent but are not necessarily accurate. Although I charged the Challenger to 2000 psi on the hand pump’s gauge, it may have actually been 1900 psi and I might need to charge a little higher on that gauge.

I recommend that once you find the correct charge pressure for your particular gun, that you make a mark on the gauge of your gun. That way you will know where to fill it every time; whether with a pump, scuba tank or any fill assembly you choose to use. The gauge on your gun is the same no matter how you fill your gun. Incidentally, I charged the gun back up to 2000 psi with the Benjamin hand pump and it took 58 strokes. I also recommend that you mark your gun’s gauge so you know when to recharge it (once you decide the optimal spot). With your gauge marked in both places, any shot taken with the needle on the gauge between those 2 marks should be a good shot.

The next graph shows the shot string trimmed down to a 24 fps spread for 80 shots. Certainly enough for any 10 meter 3 position match.

Shot String 2

The following graph is for people like me looking for the tightest spread possible from their equipment. This string was trimmed down to a 19 fps spread and 70 shots. This would work very well for people that want to shoot longer distances at the factory stock velocity. Great for MiniSniping or even target class silhouette. For silhouette I would probably increase the velocity closer to 575 fps and live with the reduction in shot count. Those rams at 45 yards some times need a little more push to get them to topple. They will drop with the velocity from the Challenger as it is “out of the box”, but I like a little more just in case.

Shot String 3

The 70 shots yielded a total of 368.8 accumulated ft lbs.

When we power up the Challenger for 11 – 11.5 ft lbs of pressure, it should yield around 25 to 30 shots (368.8/11.5=32). We look forward to seeing how that will work out.

On another note, keep in mind that replacing any part of a Crosman gun, that did not come with the gun or was designed for that gun, voids the warranty. So when we go and power up the Challenger (even though we are using Crosman parts) we are voiding the warranty. Please be very clear in understanding that if you follow along with us and do the same things, you will be voiding your warranty. Just something important for you to think about….

I charged Hans’s Challenger to 2000 psi and fired through the chronograph. The first shots were a little low in velocity and quickly came up to the 530 fps velocity advertised by Crosman. Hans’s Challenger appears to prefer a 1950 to 1925 psi charge (on his gauge) at this time.

Hans mounted a scope to his Challenger and did some quick shot groups to see how it performed out of the box – with no preparations or adjustments at all. At 10 yards, his 5 shot group was 1 pellet hole. Not a one hole group mind you, but one pellet hole that would hit the 10 dot on a 10 meter target centered every time! At 25 yards in a little bit of a wind Hans grouped .25” ctc. At 40 yards Hans grouped .75” ctc. Remember this is benched, in an inconsistent wind at 530 fps with 7.9 premiers. Bringing the velocity up to WFTF levels will tighten those distant groups for sure. It’s very, very promising.

So there you have it. What you can expect from the Crosman Challenger right out of the box. If you are shooting to 10 meters, then you can get close to 100 shots once you find the best starting charge pressure for the gun’s sweet spot. If you plan on shooting longer distances you can get around 70 to 80 shots depending on your needs.

We are going to review scope setup for the Challenger down the road, so I have some homework for you….

Visit our website (http://ateam.100free.com/Articles.htm) and print the “A” Team Parallax adj document. You can use these directions to prepare your scope for the Challenger.

Also on our website (http://ateam.100free.com/Crosman.htm) is our A Team PCP Tuning Procedures document.

Download and save or print each of these documents and become familiar with them.

Ray and Hans ~ The “A” Team

Reporting on the Crosman Challenger PCP

Thursday, September 17th, 2009

Ray and Hans Apelles

Meet Ray and Hans Apelles – Crosman Pro Staff, and National and World Field Target Competitors

The father and son team of Hans and Ray Apelles “The ‘A’ Team” started shooting field target in 1995 after reading a magazine article about competitive field target matches. They attended a local match together, and the rest is history.

By 1998, they were competing at Nationals and placing in the top 5. In 2000 Ray attended and placed 5th in the Worlds/Nationals after a 3 way shoot off.

During 2007 Ray and Hans were invited to become members of the Crosman Pro Staff. As members, they are supplied prototype airguns to review, compete with, and comment on for us. While shooting a prototype of the Discovery PCP at the 2008 Nationals, Ray placed second in the International PCP competition, one point back from the leader.

Since many suggestions made by Ray and Hans have been successfully applied in our Benjamin Discovery and Marauder PCP’s, and since we greatly respect their expertise and opinion, we thought we would give them a shot at our new Challenger PCP CH2009 competition air rifle. This is what they told us….

Ray Reporting on the Crosman Challenger PCP CH2009

Hans and I just received our new Crosman Challenger 2009 PCP air rifle, and want to share our comments on the gun right out of the box.

Our intent is to turn the Challenger into a field target gun. Giving you a step-by-step description of what we change to bring the Challenger up to World Field Target Federation power levels, we will share what we replace or modify on the Challenger by giving you the part number (whenever possible) and exactly how we accomplish those modifications.

It is our hope that if you do exactly the same things we do, you will have your own reasonably priced world class field target rig. We will tell you what scope rings we use for which scope, and how it gets mounted with settings on the adjustable hammer stroke and spring tension. What the fill and recharge pressures are, and how many shots we get from a charge. You will have a chance to see a sample of our shot string, and once we sight it in together, we’ll even give you a hold over trajectory.

Let’s get started by taking a first look at the Challenger.

The Challenger is packed well in a plain brown box with no graphics. Included in the box are a user’s manual, some Allen wrenches, and a degassing tool which would mostly be used for CO2 users. (We will not be using or testing the Challenger with CO2 but it is designed as a Duel Fuel PCP Airgun as the Discovery is.)

Holding the Challenger reminds us very much of our highly modified Discovery match prototypes. The stock is the same style we have been shooting for over a year now and are very comfortable with. The stock has an adjustable comb (cheek riser), and an adjustable pull length that can be varied by loosening two screws.

The butt pad can be adjusted in height through a sliding and rotating pad customary on 10 meter 3 position guns. We notice that the butt pad post can be rotated and adjusted to an angle that fits perfectly and will prevent any tendency to cant the gun as it is shouldered.

I have shot many guns that are a chore to hold perpendicular when shouldered because of the fit. A simple few degrees of rotation on the shoulder pad forces a correct upright position when the gun is shouldered.

The bottom of the stock has an accessory rail which can be used for a variety of after market accessories such as a palm rest, sling swivel quick release, forearm riser, bipod, and additional weight sets to name a few. Although Crosman doesn’t offer these particular accessories currently, it is nice to know they can be easily added to the stock if you procure them elsewhere.

On the right side of the stock is the built in manometer (pressure gauge). It is in very easy view so you don’t have to turn the gun upside down to see it. We did suggest to Crosman that it be placed on the left side of the stock so it would be in plain view of right handed shooters (the majority) but Crosman didn’t want something to possibly distract the shooter.

The stock is completely ambidextrous and will fit all shooters with a little bit of adjustment. With a very comfortable vertical pistol grip, it is an easy reach to the match trigger.

The advertised weight is 7.3 lbs. which stays within the 7.5 lbs. limit of the Civilian Marksmanship Program (CMP) Sporter Class specifications, which the Challenger has been approved for.

The Challenger action resembles a Discovery but only at a quick distant look. It uses the same reservoir size as a Discovery and same barrel diameter, and while you may notice similar barrel bands and filler cap, things change after that.

At the back of the action is a T handle cocking bolt. This is a very comfortable and ingenious mechanism. Pull straight back on the T handle (from either side as it is ambidextrous) and the bolt opens. Pull further back to cock the gun. Once cocked, drop into the pellet trough your chosen pellet and push the bolt straight in to close the bolt. Make sure to push the bolt all the way in and you’re ready to fire.

The trigger is the same one designed for the Marauder which has proven itself very well.

The Challenger comes set to meet the CMP trigger specifications. It can be adjusted as desired. (We will test the trigger later and report on just how it was set). Moving the manual safety to the front of the trigger guard turns the safety off and the trigger is ready to fire. Pulling the trigger reveals a long first stage and a very crisp second stage… and the shot is away.

Below the T bolt handle is a thumb screw that can be used to adjust the hammer spring tension. We would have preferred this to be an internal adjustment via an Allen wrench but it is enough out of the way to not be accidentally adjusted. Normally a gun is set to the shooter’s specifications and left alone (to maintain consistency) which is why we prefer to not have this adjustment readily available with no tools required for adjustment. Adjust the hammer stroke by inserting the appropriate sized Allen wrench through the center of the thumb screw. The degassing tool works the same way through the thumb screw.

The upper receiver is another departure from the Discovery as it is longer and allows the peep sites required for 3 position shooting. The loading port was moved forward to allow more room for the rear sight. This effectively gives us more room to mount a scope as well. The upper receiver also has a more professional look than the Discovery.

Moving forward of the upper receiver you find a Lothar Walther barrel. Accuracy won’t be an issue with this barrel. Lothar Walther barrels have become a standard that many strive to match and rarely exceed. Just a bit further down the barrel from the upper receiver you come to a barrel band which has been placed there to help hold down the receiver (as we did in our Discovery Match Prototypes). Further down the barrel you see another barrel band which is actually a barrel protector band. The barrel is free floated from the first barrel band forward. So if you bump the barrel and hear a “tink” you are reminded that the barrel is free floated and designed as such. Moving further forward is the front muzzle break which sports a dovetail for the front globe sight. The muzzle break is squared off to very attractively match the upper receiver.

So ends our “out of the box” review of the Crosman Challenger.

Hans and I performed some preliminary tests on our Challengers as soon as we took them out of their packages. I charged Hans’s Challenger to 2000 psi and fired through the chronograph. The first shots were a little low in velocity and quickly came up to the 530 fps velocity advertised by Crosman. Hans’s Challenger appears to prefer a 1950 psi charge at this time.

For our next segment, we’ll post our first shot strings of the Challenger, some of our initial accuracy tests and begin discussing those adjustments we mentioned. We will then take a journey to turn your Challenger into a cost effective “world class” field target gun.

Follow along and see where the journey leads…….

Oh yeah, we attend many matches and always invite fellow competitors and spectators to shoot our guns so they can see for themselves what can be done with airguns, and how easy it can be when the equipment is set up for their individual needs. We always invite people to shoot our new Crosman prototypes as well. While we enjoy the feedback, it also helps us to decide which direction to go with our next project.

Ray and Hans ~ The “A” Team

More NPSS links…

Friday, July 10th, 2009

The NPSS is still making it’s round and the feedback has been really strong. Here are some more links to some of the blogs covering the gun around the net…

The Pyramyd Air Blog - Tom Gaylord completes his review with part 2 and 3…
Part 2
Part 3

Airguns of Arizona - Jock Elliott has also done a very nice look at the NPSS…
Part 1
Part 2

A first look at the NPSS Nitro Piston by Jim House

Thursday, June 18th, 2009

NPSS Nitro Piston

The Personality of the Nitro Piston

If you have ever watched a dog wag its tail, you have doubtless noted that the back part of the dog also wags slightly. Moving the tail requires some force and there is an opposite force moving the dog. In the case of airguns, compressed air forces the pellet down the barrel at the moment of firing, but there is a huge difference in how the air is moved toward the base of the pellet.

In a break action (spring piston) air rifle, pulling the barrel downward forces a piston to the rear against the pressure of a strong spring. When the spring is compressed and the piston is in its rearmost position, the sear is engaged to hold the piston in place. At the moment of firing, the piston is released and the compressed spring forces it forward at high velocity. This action compresses the air in the compression chamber behind the pellet causing the pellet to be moved down the barrel. One problem with this type of rifle is that the piston and spring have considerable mass and when the piston reaches the forward end of the compression chamber, it jerks the rifle forward. All of this takes place before the pellet leaves the barrel. Consequently, achieving high accuracy with this type of rifle requires practice and consistency of shooting form.

Another problem with the spring piston rifles is the fact that leaving the rifle cocked for a considerable period of time causes the spring to lose some of its elasticity. As a result, many shooters who use break action rifles cock them just before taking a shot. This is inconvenient is hunting situations.

A significant improvement over the traditional spring piston rifle could be made if instead of using a strong, heavy spring a gas were compressed behind a piston in the compression chamber as the rifle is cocked. In that way, there is less mass jiggling around in the rifle at the time of firing. Equally important is the fact that a compressed gas does not lose its elasticity so the rifle can be left cocked for a long period of time. This type of propulsion system is generally referred to as a gas ram or gas spring break action rifle. A gas ram rifle has many of the advantages of a spring piston model but fewer of its drawbacks.

Crosman has continued the development of powerful air rifles to include a new break action rifle using new technology. This rifle, known as the Nitro Piston or NPSS because the gas utilized in the sealed cylinder is nitrogen, is something special. Because only a gas is compressed in the compression chamber behind the piston when the rifle is cocked, the Nitro Piston is lighter than many spring piston rifles that employ steel springs.

The Attributes of the Nitro Piston Rifle

The Nitro Piston has several interesting features. First, the barrel has no sights. This rifle is intended to be used with an optical sight, and in most cases it will be a scope. In fact, the Nitro Piston is supplied with a 3-9X AO CenterPoint scope in a very robust mount. Second, the barrel has an aluminum sleeve surrounding it that has a uniform diameter of 0.875-inch so that it is essentially a bull barrel although it is not one solid unit. The sleeve is attached by a long threaded section at the muzzle, and the end cap has a hexagonal opening for using an Allen wrench to attach or remove the sleeve. The sleeve makes the barrel serve as a convenient, easy to grip handle when cocking the rifle. Third, the Nitro Piston has an usual stock. Not only is it a thumbhole style, but also it is made of a polymer that is easy and comfortable to grip. Not only is the soft polymer stock of the Nitro Piston pleasing to the touch, it serves as a shock absorber to reduce vibration. Both the gas ram and the synthetic stock result in a rifle that has much less vibration and noise than a break action rifle that uses a steel spring. The dimensions are such that the Nitro Piston is easy to use. Fourth, the stock has a nice cheek piece that folds over the comb of the stock so is comfortable when shooting from either side of the stock.

The Nitro Piston has the styling that really attracts attention. During the first tests I conducted, another shooter at the range saw the Nitro Piston and came over to look at it. There were unconcealed expressions of approval of this sleek rifle. Weighing just a shade under seven pounds, the Nitro Piston is convenient to carry. It will be available in .177 and .22 calibers.

When I began testing the .22 caliber Nitro Piston, I was surprised to find that it cocks very smoothly. Because there is no spring grating along in the compression chamber, pulling the barrel of the Nitro downward to cock it requires a uniform pressure.

The performance of the Nitro Piston

After cocking and loading the Nitro Piston, I wanted to see how it would perform so I prepared to fire. When firing any new gun you never know exactly what to expect from the trigger action. In the case of the Nitro Piston and other break action air rifles, movement of the trigger has two stages. The first is a rather long, light pull (know as the take up) that moves the trigger back to the point where firing is about to occur. The actual firing motion is short and crisp and usually requires considerably more force than the take up motion. In the case of the Nitro, the take up motion required a slight but noticeable force, and the actual let off required a harder pull . However, because the let off was crisp and predictable, I found it easy to control the trigger when shooting from a bench.

Because another shooter was firing a high power rifle, I was wearing hearing protectors when I fired the first shot from the Nitro Piston. I thought the gun had misfired somehow until I looked at the chronograph which showed the velocity of the pellet! The Nitro Piston is significantly quieter than most if not all of my other break action rifles. Moreover, there was a noted absence of the twang and jump that accompany firing a spring piston rifle.

Two aspects of the performance of the Nitro Piston were evaluated. First, it was necessary to determine pellet velocity, but here a problem was encountered. My wife and I travel in the western mountain states during the summer. This year, one of my special traveling companions was the Nitro Piston so the testing was conducted at high altitude, and the range where the Nitro Piston was tested is at an elevation of 5,500 ft. At this altitude, cocking any break action rifle draws less air into the compression chamber in front of the piston so when the gun is fired the velocity is lower. Previous testing has shown that at 5,500 ft the velocity is approximately 94% of what it is at an elevation of a few hundred feet. The .177 Nitro Piston gives velocities up to 1000 ft/sec and the .22 caliber gives up to 800 ft/sec. These velocities would be obtained at low elevation with pellets of light weight. However, these velocities will not be realized at high elevation with pellets of normal weight. With the chronograph in place, I fired a string of Crosman Premiers across it and got an average velocity of 631 ft/sec. When this value is corrected for the elevation factor, the velocity would be 675 ft/sec with a pellet weighing 14.3 grains. With pellets weighing about 11 grains, the velocity would be approximately 770 ft/sec which is close to the advertised value. Keep in mind that this was with a new gun and that performance generally improves after a break in period.

With Crosman Pointed pellets the average velocity was 625 ft/sec, with the Crosman wadcutter it was 623 ft/sec, and with Crosman domed it was 637 ft/sec. Keep in mind that at low elevation these velocities would be 40-50 ft/sec higher. As a result, the Nitro Piston would generate about 14.5 ft lbs of kinetic energy which means that it is a “magnum” airgun that is entirely suitable for hunting small game and pests.

Because accuracy is of paramount importance with an airgun, the Nitro Piston was tested with several types of pellets by firing three or four 5-shot groups at a distance of 25 yards. The average group sizes obtained are as follows: Crosman Premier, 0.91 inch; Crosman pointed, 0.77 inch; Crosman wadcutter, 0.89 inch; and Crosman domed, 0.80 inch. Keep in mind that these groups were fired outdoors at a range where there is always a prevailing breeze from a rifle that did not have an extensive break in period. Under better conditions, these groups would shrink to perhaps 0.5-0.7 inch. Therefore, it is clear that the Nitro Piston has plenty of accuracy to be an effective game and pest rifle.

The Crosman Nitro Piston represents a significant advancement in airgun technology that has resulted in an exciting, effective air rifle for a wide variety of uses. In these tests it was found to be significantly quieter, easier to cock, and to give less recoil than any break action rifle of comparable power that this reviewer has tested which uses a steel spring.
NPSS Giveaway

Marauder Update: Reservation Day

Tuesday, April 7th, 2009

maruader launch

All right everyone, I know you have been waiting patiently for an update on the Marauder and how you can get one. Here is the skinny…

The Marauder is coming along great, our production team is putting the final tweaks on the gun and components and preparing them for mass production in early May. Everything is on schedule.

On April 22nd we will be offering an exclusive opportunity to get in on the first one hundred Marauders ever made. This is how it will work…

To reserve one of these sought after rifles you’ll need to come back here on April 22nd at high noon (EST). Just put in your name, shipping address, phone number and email. The first one hundred people will receive a confirmation code that will allow them to purchase the guns when they are available in early May. Be sure to enter YOUR information because the confirmation code will be checked against it when you come back to purchase the rifle. Please remember that there are legal shipping restrictions for where we can send airguns. So screen your zip code now. You can check it here…

In the lead up to the reservation date we will have lots of new information here and crosman.com and providing links to things happening around the net so keep checking back.

Thanks for reading.

Joshua

Crosman in the news…

Tuesday, February 3rd, 2009

There was a very nice feature on one of our local news stations about Crosman. It shows there are still a few bright spots in our troubled economy.
Click here for the story and video…

Shot Show 09: PCP Challenger

Monday, January 26th, 2009

With out a doubt the Benjamin Marauder PCP air rifle is generating a lot of buzz and excitement coming out of this year’s Shot Show. But it is not the only PCP gun we came out with at this years show. The PCP Challenger 2009 three-position rifle.

In developing this gun we went right to the source to get the best information, professional shooters. Ray and Hans Apelles are world-class field target shooters and they helped us field test the prototype. This gun was field tested over the course of many shoots and range sessions and the feedback we received really helped shape this rifle.

 

details of the new PCP Challenger 2009

details of the new PCP Challenger 2009

 This is gun builds on our classic Challenger 2000 and combines it with the best of our PCP technology from the Discovery and Marauder rifles. The PCP Challenger retains the stock from the original rifle. This stock allows for adjustment to the butt pad as well as the height of the comb. This allows shooters to adjust the length of pull. The stock also features an accessory rail.

 

details of the new PCP Challenger air rifle

details of the new PCP Challenger air rifle

 

The new challenger features a fully adjustable, match grade trigger. The individual shooter can adjust length of pull, seer engagement and trigger weight. The breech has also been completely redesigned to the loading port is farther forward to accommodate a new ambidextrous PCP bolt action. The breech redesign also allows for more eye relief adjustment. The rear diopter sight can be adjusted for all three shooting positions. The new breech also made it possible to incorporate a floating choked Lothar Walther barrel.

 

PCP Challenger Air Rifle

PCP Challenger Air Rifle

 

Because this gun is specifically designed for three-position shooting the velocity will be factory set at 530 fps for a minimum of 70 shots.

This new iteration on this classic three-position rifle is a significant step forward in both adjustability and performance. This gun will be launched in May on crosman.com and everywhere in June at a retail of around $549.99 

If you have any questions about this gun and it’s performance ask away. I will be here to get you answers.

Thanks for reading.

Joshua

 

 

Shot Show: A view from the Show floor…

Thursday, February 7th, 2008

The Shot Show is the place where all the shooting, hunting, knife and outdoor gear companies rollout the products you are going to want in the coming year. Crosman is no different; we use this opportunity to get our exciting new products in people’s hands and hopefully into their stores.

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