How To Install A Bipod On A Rifle' title='How To Install A Bipod On A Rifle' />Benjamin Trail NP XL 7. Gas piston Air Rifle. By Mike from spur tecas on January 1, 2. I received this gun for christmas I am having trouble setting the scope I get it set up close like 2. Mike. By Staff on January 9, 2. Answer If you are having trouble with your rifle I would recommend speaking with our returns department about the issue. You can reach them by emailing them at returnsairgundepot. RMA form under the returns tab of our website. By Dwight Shultz from Nanoose Bay. Hi, We are now getting between 12 thousand spam mails every day that we sift through to see that we dont delete legitimate mail. This is a big time killer so. Medalist Stocks Full Integral Aluminum Bed Block Stocks Bell and Carlson Medalist rifle stocks combine the stability and durability of Bell and Carlsons. This air rifle will change the way you think about hunting with airguns Offering high velocities with a weatherproof stock, this air gun is ready to hunt in al. This is a True Hunting Air Rifle If you want extreme accuracy just like in 2000 dolars pcps and enough power to kill fox size game under 30 meters, then folow my. Primary/404/404111.jpg' alt='How To Install A Bipod On A Rifle' title='How To Install A Bipod On A Rifle' />Canada V9. P9. B9 on February 9, 2. Is this gun accurate and does it kick, does it wreck scopes. How is the nitro piston serviced and at what cost. What is the warranty What is the velocity. Thanks Dwight. By Carter from Washington on February 1. Stuart from Southern Shooters shows you how to attach a Harris style bipod to the sling. Harris and Shooters Ridge Bipod Accessories Tired of your tactical or varmint rig flopping around on your swivel bipod Tired of having to use a screwdriver to. Answer This gun is hard to shoot accurately because of the recoil, it kinda is a scope killer, but not often. Nitro will last you at least 4 years before youll have to have it serviced. Real world velocity with 2. By john from pomona california on November 1. By Staff on November 1. Answer No it does not. This is the. 2. 5 cal model but you can also get it in. By nick from ny on December 1. Thanks. By Mack from West Virginia on January 7, 2. Answer Overall the rifle is decent for the money. I had a Crow Magnum. Cal. Rifle I got from Beemans, back in the mid 8. Not real hard to cock and a very positive lock up. First I tried the Benjamin Domed Pellets not very accurate with this rifle. Tried several different pellets until I finally found one that would shoot 38 12 inch groups at twenty yards. Was the H N Sport Field Target Trophy 1. Some groups with this pellet were even smaller. They shoot the very best and clock on the Chrony at 6. FPS. Got 8. 60 9. FPS with the Raptor Platinum Power Pellets but accuracy was poor. You must shoot these powerful with a light hold, if you try to grip them like you are shooting do not expect superior or even satisfactory accuracy. My overall opinion a fairly decent squiurrel rifle with H N Sport Field Trophy at targets up to 3. The next best accurate pellet was the H N Ram Point. Another thing the factory trigger is awful, I got a trigger from Charlie Da Tuna. Made a world of difference. By Conor from Sunnyside, WA on February 8, 2. Answer Advantages of the. FPE, the disadvantage is that the pellet will be traveling a lot slower and the prey might hear the gun and move before the pellet hits it. By Carter from Washington on February 1. Answer Advantages Bigger holes through your target, more knockdown power. Disadvantages Heavy, pellets arent cheap, and the pellet will be going pretty slow. By Austin from Vidor,texas on July 1. Is it quiet enough to shoot in a suburban area By Conor from Sunnyside, Washington on August 2. Answer Probably not, I have this gun in. By butch hooverson from viroqua wi on January 2. By Conor from Sunnyside, WA on January 3. Answer Yes, as long as you make the shot count. Head shots will kill them. By Carter from Washington on February 1. Answer Yes it will. Chambering a Rifle Barrel rifleshooter. Chambering a rifle barrel. In this article, we thread and chamber a barrel blank to install on the action we previously blueprinted. We will reference an action worksheet developed by Brownells, which is available for download here. Note I stopped using this worksheet. I normally cut a. All lathe work is conducted on a Grizzly gunsmiths lathe. This article is presented for information purposes only and provides an overview of the process we used. If you would like to learn more about chambering, the Viper bench rest. Remington action is highly recommended to learn more about the process. Brownells provided the following tools for this project We ordered the following from Vipers Bench Rest We ordered a sine bar and lug installation fixture from Hollands Gunsmithing. The contents of Rifleshooter. Rifleshooter. com and its authors,do not assume any responsibility, directly or indirectly for the safety of the readers attempting to follow any instructions or perform any of the tasks shown, or the use or misuse of any information contained herein, on this website. The blueprinted action is secured in the Holland sine bar and lug fixture left. The lug, is secured to the action with the plug bottom right. The bottom of the lug is aligned with the machined surface to ensure the lug is in the proper orientation prior to drilling. The entire fixture is secured in the mills vise and the supplied cobalt drill is used to drill the hole to the proper depth. Once the hole is drilled, we remove the lug and deburr the hole in the receiver, then reattach the lug and drive the supplied pin home. Prior to working on our barrel, we use a depth micrometer to carefully measure the distance from the front of the receiver to the bolt face, bolt nose and bolt lugs. This information will be used with our barrel tenon worksheet. This barrel chambering worksheet developed by Brownells, provides an excellent framework for calculating the dimensions of the tenon as well as the bolt nose recess depth. Barrel makers mark relevant information on the chamber end of the barrel blank. In this case Shilen is the manufacturer, 3. Sdenotes stainless steel and 1. Shilen recommends cutting off 1 from each end of the blank. We saved the ends for future reference. This fixture is secured in the four jaw chuck. The set of screws on each end of the fixture are used to align the axis of the bore. The PTG Grizzly rod, front, is used to indicate the bore. The bushings at the end are interchangeable to securely fit. The Grizzly rod top accepts different bushings center available in. Shown here are bushings from. The bushings are secured to the rod via a set screw. A dial indicator is used, in conjunction with fixtures screws, to align the bore with minimum run out. We labeled the sides of our fixture so we could keep track of the opposite sides when performing this task. With the bore dialed in, we make a cut across the rear face of the barrel to ensure that it is perpendicular to the bore, then we begin to cut the tenon to length. We used high speed steel HSS insert tooling from Brownells and Vipers Venom cutting oil. The combination of HSS tool and oil provides a smooth finish on stainless steel. The tenon will be initially cut to the diameter of the recoil lug. These are the high speed steel cutting tools used. The 12 threader left is used for threading the tenon. The 3. 5 degree profile bit center left is used to cut the recess in the tenon shoulder so the recoil lug will fit flush against it. Installing Windows Internet Explorer 8 Core Components. The right hand cutting tool center right is used to cut the majority of the tenon and face the breech end of the barrel and the last bit rightis used to cut the groove between the threads and cut shoulder that supports the lug and chamfer the end of the tenon prior to threading. Note the slight radius at the end of each cutter. The insert tooling has a slight radius. Once the tenon is cut to diameter, the radius prevents the lug from firmly seating against the shoulder. Note the slight space in between the barrel shoulder and recoil lug shown here. By plunging the cutter in slightly, the lug is now able to fit securely against the shoulder. Once the tenon is the correct diameter for the recoil lug, a groove is cut between the threads and the area the tenon will rest on. This begins. 0. 05 less the thickness of the lug from the shoulder. Layout fluid is applied to the tenon to aid in the process. An indexable HSS threading tool from Brownells is secured in the tool holder. The compound is set at 2. After a light pass is made, a pitch gauge is used to verify that the lathe was set up properly. We take multiple light passes with our threading tool, advancing the compound slowly for a quality cut. With the threads cut, anti seize is applied to the threads and then the recoil lug and action are test fitted to check our work. This counter bore tool will be used to cut the bolt nose recess. We calculated the depth of cut earlier on the worksheet. The tool is secured in a floating reamer holder and guided by a pilot. The counter bore is thoroughly lubricated with Vipers Venom  oil and cuts are taken. We stop the lathe, retract the cutter, clean, lubricate and advance it to within a few thousandths, start the lathe and repeat the process. To measure the depth of cut, we attached a spring clamp to our tail stock and used a dial indicator in a magnetic base. Here is the finished bolt nose recess cut. To ream the chamber, we secure our reamer in a floating reamer holder. The PTG MARS, or Micro Adjustable Reamer Stop, is secured to the reamers shank. This tool provides a means to accurately adjust the depth of cut. Initially, we adjust the depth of cut short of our go gauge. This is our reaming set up. The tail stock is tightened with a torque wrench to ensure consistent alignment. The floating reamer holder is lubricated. The chamber reamer is thoroughly coated in Vipers Venom oil. We advance the reamer. The reamer is advanced to within a few thousandths of the cut, lathe started and the process repeated. When the MARS hits the rear face of the barrel the reamer is removed and cleaned. Anti seize is applied to the barrel threads. The action and lug are threaded into place with the go gauge in the chamber. Once the action is tight against the gauge, feeler gauges are used to see how much deeper the chamber needs to be cut. The reamer stop is then adjusted to half of this depth and process repeated until the go gauge fits. When the go gauge fits, a no go gauge is then used to verify the chamber hasnt been cut too deep. Here the no go gauge is inserted into the chamber. Notice that the bolt handle does not close. The barrel is secured in the barrel polishing fixture, The fixture, made of aluminum, has two nylon centers on each end that hold the barrel without damaging it. The barrel is secured in the polishing fixture and the 6 hard felt wheel is treated with Polish O Ray. A gloved hand is used to slow the rotation of the barrel as it is polished. Since the barrel will eventually be blasted with aluminum oxide media and coated with Cerakote, it is only polished at 1. The chambering, in this case. Win, is stamped onto the 9 oclock position of the barrel. The stamping guide provides a precise way to align the stamps during this process. Once the barrel has been cut and crowned, it is secured in a barrel vise and then an action wrench is used to torque the barrel into place.