10/22 Tips & Tricks

Goose25

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Lets' get this started!!!!!!











Butler creek magazine quick fix


If you are having the problem of the cartridges not moving up in the Butler Creek Steel Lips magazine's. Here is the quick fix.

This is usually caused by the rims catching on a small area near the rear of the metal cartridge guide.You can fix it by using a small, flat jeweler's file and removing a very small amount of the ramped area marked in red. (See photo)





25583SteelLips-med.jpg
 
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10/22 tips

Here is a step-by-step diagram of the 10/22 trigger disassembly/assembly.

14424492-c5ad-01A90200-.jpg


STEP ONE: Remove hammer strut (#22), hammer spring (#23) and hammer strut washer (#24) . Hammer (#19) should be in the fired position (fired position= forward)

STEP TWO: Push out hammer pivot pin (#21), remove hammer (#19), hammer washers (#20), and remove bolt lock spring (#20A)

STEP THREE: Push out ejector pin (not shown) and remove ejector (#2)

STEP FOUR: Push out magazine latch pivot pin (#7), remove bolt lock (#5), push on magazine latch plunger (#3) to release/remove magazine latch (#6), remove magazine latch plunger (#3) and magazine latch plunger spring (#4)

STEP FIVE: Push on trigger pivot pin (#16), remove trigger (#11) and disconnector (#12), disconnector pivot pin (#13), sear (#14), sear spring (#15), trigger plunger (#17) and trigger plunger spring (#18)

STEP SIX: If you do not ABSOLUTELY need to remove the safety, I advise to leave it in place. If you do decide to take it out put your trigger group inside a plastic bag while you do it, or you may be looking for the safety detent plunger (#9) and safety detent plunger spring (#10) on the floor. Rotate the safety (#8) 1/4 turn. Then use the bolt stop pin (not shown), to push the safety out.. The bolt stop pin will keep the plunger and spring in place. Pull out bolt stop pin, and retrieve Plunger (#9) and spring (#10). ( If the safety does not come out, try rotating the safety another 180° and see if that helps.)


***NOTE***
-Step one, It is not nessecary to remove hammer spring (#23) and washer (#24)from hammer strut(#22).
-Step five, to remove disconnector from trigger, push out disconnector pivot pin.
-Reassemble in reverse order
-When reassembling make sure Hammer Strut washer (#24) face's up.
 
10/22 tips

On the left is a stock (factory) bolt release.
On the right is a Auto bolt release.
To make your own auto bolt release simply use a small file or dremel and remove excess material so that your bolt release ends up looking like the one to the right.

50brelease.jpg



***Note***
To ensure proper function of the auto bolt release, you do NOT want the top of your hole to be filed flat. Again, you want your auto bolt release to ressemble the one to the right.

untitled234.jpg
 
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Ruger Hump, Barrel Drop & Elevation Problems

Infamous Ruger "Hump"

The Ruger receiver is investment cast. As the Factory mold wears with continued use a "hump" develops in the mold on the top of the receiver just at the front edge where the scope mount attaches. This is not present in all receivers but you can easily check it on your receiver by holding a straight edge along the top and then holding it up to a lighted background to check for flatness. If present this will tilt your scope up, thus causing your barrel to shoot low, and necessitating raising the elevation of the scope to compensate.

There are several solutions for this problem:

(A) File the top of the reciever flat underneath the scope mount. If you never intend to use open sights this modification will never be seen.

(B) Use scope rings that can compensate for this misalignment (ie, burris signature rings with pos align insert kit.)

(C) shim the rings, (cut out a small piece of tin from a coke can).




Barrel Drop

Many... but not all 10/22's that have been free floated and have a heavy bull barrel mounted may suffer from barrel drop. The 10/22 wasn't designed for a free flotting barrel ...It depends on the stock to support the barrel and actually hold it up. Also, There is the way the barrel attachment system is designed that is of no help. When the replacement barrel is installed and if you can rock it back and forth in the receiver before tightening the vee block, its going to pull the heavy bull barrel down when tightened. If this has occured, chance's are you will have a barrel drop.

There are also a couple solutions for this problem:

(A) With the use of a self stick foam/rubber pad (1/8" thick) you can help support the barrel. simply cut out a 1"x1" square and stick it into the barrel channel about an inch from the end (not just ahead of the reciever, but near the tip of the stock).

(B) If you can rock the barrel back and forth in the receiver before tightening the vee block, you can tighten the fit by shimming it (Cut out a small piece of tin from a coke can).






Running Out Of Elevation Adjustments

Many shooter's have run out of "up elevation" adjustment on thier scope and the rifle is still shooting low. This is usually with high powered scope's. High powered scope's usually only have 15 MOA in one direction or the other. Some really big scopes, like over 24X power on the top end, will have only 20 MOA of adjustment, resulting in only 10'' of adjustments in any one direction. Low powered scopes below 12X usually have over 60 MOA , and you don't run into adjustment (windage or especially elevation) problems with them too often. High powered scope's just have a narrower range of adjustment than the lower powered scope's. Many shooter's will upgrade from a lower power scope that sighted in just fine, to a higher powered scope and run out of adjustment, never realizing that the reduced field of view of the higher powered scope is the problem. Combined with the above mentionned "ruger hump" and "barrel drop" serious misalignments can result.

Even if the misalignment were not severe and you could adjust to desired POI using the scope's internal adjustments (you will have used up a considerable range of the adjustment available). For example, suppose you have your scope sighted in for 50 yards and have used up almost all of the available adjustment range, then you desire to furthur raise the POI to 100 yards. For subsonic target .22lr ammo that is about 8" drop. there is a good chance you will run out of adjustment. Another point to consider in this situation is that when moving the adjustment to near max to get it sighted in, you are now looking through the edge of the lens. This is not the highest optical quality portion of the lens. The best quality view is as near to the center of the lens as possible.

In light of the above, it is desirable to initially center the crosshairs of the scope and then mount that scope to as near POI as possible and then use the crosshair internal adjustments to tweak the settings. This has two obvious advantages, (A) you are using the best portion of the lens, and (B) you have available a full range of adjustment in all directions.(Very longrange shooters may want to bias this setting in favor of more "up" elevation adjustment, but that is another story). New scopes come from the factory optically centered. You can easily center the crosshairs on your scope by turning each adjustment knob all the way to the stop, then reverse directions and count the evolutions to the opposite stop, then again reverse directions and count back half the full range. Don't press hard against either stop or you can damage your scope. Having your scope optically centering to your desired POI with the use of the burris signature rings with pos-align inserts, rather than using the internal settings on your scope, would seem like the best option. This ultimately leaving you with a full range of windage and elevation adjustments on your scope.
 
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Here is a description of the method I developed over the last few years while bedding my 10/22s and doing them for friends.

I would be most grateful for suggestions on how I might make further improvements on this method and these descriptions.

beddingletters5ld.jpg


Bedding is essential to accuracy with a 10/22. There are many theories about what works best. This is mine. It is loosely based on John Picher's method: http://rimfirecentral.com/forums/showthread.php?t=5830
This method works best with aftermarket bull barrels. If you want to bed the factory barrel throw away the barrel band or grind it inside so it does not touch the barrel.
Bedding a 10/22 is a lot trickier than bedding a bolt gun. It is hard to do it right without some background on why it works.
The weak point of a 10/22 is the interface between the barrel and the receiver.
The barrel block (which makes it so easy to change barrels) pulls the barrel downwards as well as holding it in. The receiver is soft alloy, so you end up with a barrel pointing slightly downwards. The tighter the barrel block screws, the lower the barrel points. When the temperature of the reciever changes, it flexes further. This makes it hard to keep a consistent POI with a receiver mounted scope. For this reason free floated barrels do not tend to work well in 10/22s and barrel is usually supported at the muzzle end. The receiver is supported at the rear by the shelf in the area labelled C. When you torque down the action screw (in the hole to the right of A) the barrelled action is pulled down in the middle and pushed up at the ends. This makes the rifle extremely sensitive to action screw torque. Every time you take down the rifle for cleaning you are going to screw up the POI and the barrel harmonics. The single screw has another drawback: the action is free to move around somewhat under recoil, and any movement bows the barrelled action.
The primary purposes of bedding are twofold.

1.To keep the barreled action from shifting around under recoil.
This is accomplished with a recoil lug at A, by bedding the receiver at C and D, and by floating the action screw.
2. To prevent bowing at the barrel/receiver junction.
This is accomplished by supporting the barrel securely at B and the receiver at C, and by installing a metal pillar around the action screw hole to support the action at exactly the same height regardless of screw torque.
So lets get started.
You will need:
10/22
Aftermarket .920 Bull Barrel
2" of 1/4" ID threaded metal tube
(threaded tube from any light fixture works great)
Allen head action screw #12-24 thread/inch (optional):
turn off upper threads or order from http://www.weaponkraft.itgo.com/index.html
Set screw or allen screw and threaded sleeve or insert sleeve as shown in photo below.

barreltuneroptionssmall2aw.jpg


Tools:
square sided slot screwdriver same width as tube.
Drill Press
35mm film can or small pill bottle.
Exacto or razor knife
Hockey or electrical tape
7/8"OD pipe or dowel (broom handle)
Coarse sandpaper, fine sandpaper.
(Dremel with sanding drum is handy)
Bedding Media: Acraglas, marine tex, JB weld, or fiberglas resin.
Cleaner: Acetone, bore cleaner, rags, small cottage cheese containers
Thickener: chopped or powdered fiberglas (or pink insulation)
Release agent: commercial film agent and vegetable oil agents (I like PAM cooking spray),
Damming agent: plumbers or glazing putty (I don't like modelling clay)

beddingletters5ld.jpg


To start. If you haven't installed your bull barrel do so first and make sure the rifle is feeding well with various ammo before bedding. Make sure the extractor lines up with the slot and do not not overtighten the barrel block screws. 20 inch/lbs is plenty(see post regarding barrel installation). Just before bedding loosen each screw 1/8 turn, tighten them back up when finished.
1. Remove all varnish or oil from the areas of the stock to be bedded and roughen them up. It helps to open up area D a bit where it meets area C to make room for bedding material, but only the first 1/2". You want the visible part to look good.
2a. If you are using an aftermarket stock sand out the barrel support hump in the barrel channel
2b.If you are using the standard stock sand out the barrel channel with the broomstick wrapped in sandpaper. Put four layers of hockey tape underneath the receiver where the action screw goes in and cut a small x for the screw to go through. Check frequently to see the barrel is straight in the channel by installing the barrelled action. Some people say leave enough room to fit a business card between the barrel and the stock. I say this is way too close, leave at least 1/8" at the sides. This will help with barrel cooling and make sure the barrel never contacts the stock. On several of my rifles I removed the sides of the barrel channel altogether after the first 2", leaving a flat shelf below the barrel.

3.Remove the action (takedown) screw and the escutcheon (the brass thing in the hole). Remove the hockey tape. Make a note of how deep the escutcheon sits. Drill out the hole in the stock to just smaller than your threaded tube. If you have a drill press, use it. You want the hole to be straight. Replace the escutcheon at its original depth.
4. I like to cut a shallow slot in both ends of the tube and screw it in from the top with a slot screwdriver util it sits firmly against the escutcheon. Slotting the bottom helps with self threading, and you will need the second slot later to screw it in from the bottom. Check to make sure the escutcheon is still at its original depth. Mark the tube inside the stock for cutting. It should protrude about 1/10" into the inside of the stock after it has been cut and squared. Remove and cut the tube. If necessary square up the bottom of the receiver where the screw hole is with a flat file. Reinstall the barrelled action. Replace the action screw with an allen head screw now if you have one. Make sure the action screw does not bottom out allowing the action to be lifted slightly when everything is tight and make sure that it is not too close to one side of the tube. It is ok if it sits slightly to the rear but not to the front. The screw should only touch the escutcheon and the receiver. The action should sit squarely on the top of the tube and not rock back and forth. Put some putty under the action and look at it when you take the action out to make sure there is good contact with top of the the tube and no contact with the stock. Make sure your barrel looks square in the barrel channel. It should be just a tiny bit high at the muzzle end. This will even up when you bed the action. Remove the tube and escutcheon. Fill the steel tube with putty. Rough up the inside of the hole you drilled in the stock. Coat the threads and the inside of the stock hole with epoxy. Put a little PAM in the threaded hole in the receiver and on the threads of the action screw. Screw in the tube from the bottom until it sticks out the top the same amount as before. Insert the escutcheon from the bottom, push out the putty from the bottom, clean up excess epoxy and install the action nice and tight (but no more than 30 inch/lbs). Remove action to make sure no epoxy dries on the action screw or in the threaded receiver hole. If you did this right your action screw will not gradually get tighter as you turn it in, it will just stop turning.
5. (optional) If you want a second action screw do it now. Drill through the stock from the back of the pistol grip and into back of the receiver. Countersink. Tap the receiver. Install appropriate machine screw. Install pillar (tube) as in item 4 if desired.
6. You are now ready for the actual bedding. You are going to bed the rear of the receiver and takedown screw area at the same time. Read the next part carefully and do a dry run, you are not going to have time to read while doing this. If you have indulging in any intoxicating beverages or what have you while completing steps 1-5 it might be a good time to go check out whats happening on CGN and finish up tomorrow.
7. Open your windows or turn on a fan. Mix up some epoxy resin taking care to follow the mixing proportions exactly. If you are going to err, err on the side of too little hardener. Mix in some finely chopped glass until the mixture is thick enough to stick to a vertical surface without much running off. Put the mixed epoxy in a small covered container, like a film can. Make a note of how long it takes for the epoxy to get firm but not rock hard. This is important. If it gets rock hard in less than a few minutes use less hardener and reduce room temperature.
8. Put a square of electrical tape over the threaded action screw hole under the receiver. The hole should still have PAM in it. Plug the your pillar tube from the top with putty. Fill all the recesses and openings around the trigger and barrel block with putty, including the hex screw heads under the barrel. Make sure you completely fill the long crack where the trigger group goes inside the receiver. This tends to get epoxy wedged in and is really hard to get apart if this happens. Look for indentations that would make the action difficult to remove if filled with epoxy. The one exception is the v-groove between the barrel block and the receiver. You leave this alone because it will form the recoil lug at A. Spray the entire barreled action liberally with PAM, even the parts that will not touch the bedding. Allow excess to drip off and make sure there is no heavy buildup in the areas to be bedded. Spray the action screw. Wipe pam all over the outside of the stock. You will likely get epoxy on your fingers and it can ruin unprotected surfaces.
9. Clamp your stock in a 45 degree vertical position, rightside up, muzzle end to the ceiling. Have some acetone-dampened rags handy in a sealed ice cream container. Have your action screw, screwdriver or allen key, exacto knife and a 3" nail within reach. Now mix your epoxy. Start your timer. Work fast. Place a good wad in area C and below the U-shaped rim where the rear of the trigger group meets the stock, a thin layer around the top of the rim, and enough to fill the recess you carved at the junction of C and D.
Do not use too much here, and you hardly need any near the top at D.
Too much epoxy and it will be impossible to get the action to seat far enough rearward.

beddingletters5ld.jpg


10. Now to the front. Apply liberally in area A and E and enough around the action screw hole to bring it up flush with the lip of the metal tube. Do not worry about area B, you will do that later.
11. Now quickly insert your barreled action, seating the rear of the action first. You will need to press quite hard to get it all the way down and to the rear. Apply as much pressure as you can without bending the receiver. Then ease down the barrel end, maintaining strong downward and rearward pressure at the trigger end. Finally, if you are happy that the rear is fully seated press down firmly at the muzzle end. Take your nail and use it to push through the putty and poke a hole in the electrical tape. Make sure the holes line up properly. (If the receiver will not go all the way back, take it apart now, clean it out, and start over.) Install the action screw and tighten until the action is seated on the pillar tube. Make sure your barrel lines up as you intended.

12. When enough time has elapsed for the epoxy to become firm but not hard, slowly pry the barrel away from the forend. If you have to wait for this time to elapse clean off the excess epoxy or carefully trim it with the exacto knife.
13. You will notice a number of areas, (like A and E) where the epoxy has stretched and torn while you removed the barreled action. Trim away this damaged material so the rifle can be easily taken down when everything is hard. Remove the tape. Assemble and disassemble the barreled action from the stock while the epoxy sets up, repeating until it comes apart easily and screws down snugly.
14. Now remove barrelled action and clean all the epoxy off the action with acetone. Make sure you remove the trigger group from the receiver without delay. Trim any excess epoxy on the stock. Disassemble the trigger group and use gun solvent to remove all the vegetable oil from all metal parts.
15. Let everything get hard. Reassemble and test fire.
16. Remove the barrelled action. Cut or or grind away the bedding material in area B. This area is crucial to accuracy and must fit perfectly against the barrel and be free of voids. Use acraglas, JB weld, or epoxy resin with no chopped filler. I have recently come to prefer JB weld for this part. To be safe plug the your pillar tube from the top with putty along with the hex screw heads under the barrel. Put a square of electrical tape over the threaded action screw hole under the receiver. If you have a commercial blue film type release agent use it now instead of PAM. If you use PAM wipe it very thin under the barrel. Fill the forward part of area B with the bedding media, being careful to avoid overflow past part A whan you squash it down. Area B shoud be 1.5"- 2" long when done. Tighten up the action screw. Clean off excess bedding media. Let sit until firm but not rock hard. Remove barrelled action. Tighten barrel block screws 1/8 turn. Remove tape. Trim and bevel bedding media on sides so that barrel is sitting in a arc of about 140 degrees of bedding media, or about 3/4 way up the sides of the barrel channel. Trim and bevel front as shown at F so the shape is exactly the same on both sides. Reassemble and tighten screw. It should stop suddenly as described in paragraph 4.
17. Leave overnight. You should now be able to take down your rifle without disturbing the point of impact, and you have stabilized the barrel in the receiver. You now have a solid platform against which to make adjusments with your forend tuner.


18. Install Forend tuner. Drill hole in forend dead perpendicular to barrel.
Do not center on forend, center under barrel. Install threaded sleeve and epoxy in. Barrel should float above sleeve. Tighten set screw or allen head screw from below to adjust upward pressure on barrel. This tunes the whole barreled action, not just the barrel. It is very sensitive, you only need to turn the screw few degrees to see a big difference.

barreltunerin1jt.jpg
 
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CLEANING MAGAZINE'S

The Factory Ruger 10/22 magazines (BX-1) can malfunctioning due to lack of cleaning, and have difficulty feeding rounds (the rotor isn't rotating). Disassembling, cleaning, and reassembling the Ruger 10/22 10-round rotary magazine is very simple, provided you have the right tools (you will need a 9/64" Allen wrench), some manual dexterity, and a few minutes of time.





Disasembly

Step 1: Pre-disassembly magazine. Ensure that the magazine is unloaded.

1a.jpg




Step 2: Using hex wrench or pliers, loosen the round side with the hex-wrench socket -- to loosen, turn the screw head counterclockwise. Do not completely remove it yet. While doing so, push in on the screw head. You will notice the hexagonal piece on the opposite side of the magazine poking out. You may also notice the wall on the far side of the magazine popping out as well. For now, press the wall back into place so the hexagonal piece sticks out like so.

2.jpg




Step 3: Remove the hexagonal piece

3a.jpg



.
Step 4: Remove the screw.

4.jpg




Step 5: Remove magazine wall.

5.jpg




Step 6: Remove the rotor. Note that one vane on the rotor is longer than the others. Keep this in mind. There's generally no need to remove the spring from the rotor hub.

6.jpg




Step 7: Remove the metal feed lips. Note the angle it's at, which side is "up", and the different sized nubs on each end.

7.jpg




Step 8: Magazine is disassembled. Clean magazine thoroughly with a good solvent. I used Break-Free CLP, patches, and q-tips to remove fouling. Clean the vanes on the rotors, the feed lips, the removeable wall, and the main cylindrical body of the magazine. Be sure to wipe everything dry after cleaning.

8.jpg






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Reassembly

Step 1: Disassembled (and cleaned) magazine.

9.jpg




Step 2: Replace metal feed lips. Insert rotor. Note there are two ends to the rotor -- one with a small "shelf" where the vanes end, and one with a long "shelf". The long side goes in first and should fit into a depression in the magazine. Turn rotor clockwise until long vane is inside feed lips.

10.jpg




Step 3: Insert screw into the hole at the bottom of the magazine. While this can be done before Step 2, I did it in this order. Doesn't really matter. This prevents the rotor from falling out of its little depression. Note alignment of rotor vanes with long vane inside feed lips.

11.jpg

12.jpg




Step 4: Examine the small hexagonal piece. Observe the small hole. Then examine the spring sticking out of the partially-assembled magazine. Note the small bit of spring that's vertical. Do nothing for now, just note their existence.

13.jpg

14.jpg




Step 5: Replace magazine wall. Ensure it fits properly on feed lips and that the spring protrudes from the hole in the center.

15.jpg




Step 6: Align the small hole on the hexagonal piece and the small vertical spring bit. They should fit together like so.

16.jpg




Step 7: Note that the hexagonal piece has six flat sides. Start with the spring untensioned, then rotate it four to six (usually six)notches clockwise. When properly tensioned, use your finger to press the hexagonal piece into the hexagonal depression in the magazine wall. Then, while holding the hexagonal piece in place, use your hex wrench to tighten the screw on the other side. Ensure it's tightened firmly, but do not strip the threads or screw head. (tighten screw [with 9/64" Allen], back-off by 1/8 of a turn, so as not to bind the rotor.)

17.jpg




Step 8: Magazine is reassembled. Verify spring tension and proper functioning by loading and unloading rounds. Ensure that each round springs smartly into position. Some magazines may require additional tensioning (perhaps to eight or nine notches, rather than four or six). If so, partially disassemble, adjust, and reassemble as described above.

18.jpg





***Note***

Unfortunately, all of the aftermarket magazines I'm familiar with are permanently assembled and can not be taken apart for cleaning. About the best you can do for these is to brush off the feed lips and follower with a toothbrush and some evaporating solvent, like electrical contact cleaner. Leave the magazines upside down to drain and dry after doing this, and don't put any oil into them because the oil will trap dirt in the mags.






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Special thanks to Pete Stephenson
 
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JB Weld Trick




WARNING: This should only be attempted by someone with an in depth knowladge of the Ruger 10/22 and 10/22 Magnum rifles.

Time from start to finish is about 24 hours but only about 10 to 15 minutes of actual work. The modifications below are not designed to reduce the trigger pull weight, they are only to help get rid of take up (creep) in the trigger group.








Step1: You will need: The trigger, sear, trigger pin, disconnector, disconnector pin and the disconnector spring. Once you have the parts gathered clean them with rubbing alcohol to insure the paste wax will stay in place.
a1.jpg







Step2: Rough up the surface of the sear with 80 or 100 grit paper so the JB weld will stick better.
a2.jpg







Step3: Once the sear is prepped gather the sear, trigger and diconnector.
a3.jpg







Step4: Apply a thin coat of paste type auto wax to the inside of the trigger, and on sear and disconnector making sure not to get any wax on the surface of the sear where the JB Weld is to be applied. I often use a toothpick to apply the wax as it allows me to be able to get into the trigger itself much easier.
a4.jpg







Step5: Install the sear into the trigger with the trigger pivot pin. I use all the pins that I would use in the trigger guard itself as that will help cut down on tolerance stacking and extra play in the finished product.
a5.jpg







Step6: Cover the sear/disconnector spring with more wax and install in place. Once that is done apply a small amount of well-mixed JB Weld, about the size of a split pea, to the sear. It is hard to say just how much it will take to do this because no two are alike.
a6.jpg







Step7: With the JB Weld in place pivot the sear so that the end with the JB Weld on it is at the bottom of the trigger and install the disconnector and disconnector pivot pin. Once that is done engage the disconnector until you hear it click and reset. At this point you will want to stand the trigger up so that the JB Weld does not run down into the spring. Make sure it is in a place where it will not be disturbed and let cure for 12 to 14 hours.
a7.jpg







Step8: After 12 to 14 hours have passed drift out the pins and rotate the whole sear/disconnector assembly out of the trigger. This is why you need to use the paste wax as a mold release.
a8.jpg


Here is a close up so you can see what the sear and disconnector assembly should look like when removed from the trigger.
a9.jpg







Step9: Remove the disconnector and spring from the sear, this is what it should look like at this point.

Note: If the JB Weld didn't flow evenly and you see air voids at the edge where the disconnector normally touches the sear you can start over from here. Simply take a razor blade and slip it under the JB Weld and it will come off easily.
a10.jpg








Step10: Carefully trim off the extra JB Weld from both sides of the sear.
a11.jpg








Step11: This is the critical area were great care must be taken as the JB Weld is still somewhat soft and can be damaged easily.
a12.jpg


Carefully trim off the last of the extra JB Weld, cut it as close to parallel to the back edge of the sear as possible. Remember, if you mess up here you can just cut off the JB Weld with a razor blade and start over.
a13.jpg


This is what it should look like at this point. Now let the JB Weld cure another 12 to 24 hours before going on with the next step.
a14.jpg








Step12: Now that the JB Weld has cured a full 24 hours or more you will need to sand it down PARALLEL to the surface of the sear where it was applied. Using 200 grit paper slowly and carefully sand the JB Weld down parallel to the sear until there is just about 1/16th of an inch, of slightly less, at an angle to the sear.
Note: You sand only the large flat serface of the JB Weld, not the angled part from the tip of the arrow to the end of the sear (in photo below)
a15.jpg


After carefully sanding the JB Weld this is what it should look like. Now you are done, reinstall all the parts into your trigger guard and see how it feels. There should be very little to no take up before you feel the sear starting to move across the face of the notch in the hammer.
a16.jpg









Good luck!!!








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Special thanks to Joe W.
 
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Trigger group modifications



WARNING: This should only be attempted by someone with an in depth knowledge of the Ruger 10/22 and 10/22 Magnum rifles.


The modifications listed below are not designed to reduce the trigger pull weight, only to smooth out the action during cycling.








Step1: Here are the assembled parts. One set has been worked over and polished and the other hasn't been touched.
b1.jpg






Step2: The face of the hammer that rides against the bottom of the bolt before and after polishing. By removing the machine marks it cycles smoother, with the other polishing as well my trigger groups will run on some of the slowest sub sonic ammunition on the market.
b2.jpg






Step3: The pivot end of the hammer that rides on top of the sear, before and after polishing.
b3.jpg






Step4: The top of the disconnector before and after polishing. As the hammer rides on this as the bolt travels rearward I polish it as well.
b4.jpg






Step5: The top of the sear that the hammer rotates against as the gun cycles, before and after polishing.
b5.jpg






Step6: Bottom side of the sear. I only need to polish the very end of it where the disconnector contacts the sear but it is easier just to polish the whole flat area. This is done to allow for a smoother resetting of the disconnector.
b6.jpg






Step7: The end of the sear before and after polishing. I do this to allow the disconnector to reset smoother and help cut down on the chances that the disconnector will not reset if the trigger rebound spring is too light.
b7.jpg






Step8: Finally the trigger plunger is re-radiused and polished for a much smoother trigger pull.
b8.jpg









Good luck!!!








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Special thanks to Joe W.
 
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This is a post I made last year, and saved it as a .txt file. Some of it is repeated above, but may be a little different. To be sure, I am by no means an expert in the field of 10/22 trickery and modifications. This is merely a collection of information from various repeated questions and recurring subjects. Please feel free to correct me if I am mistaken in any of the information that is posted here, and to also contribute any additional thoughts or requests.

Bill


Everything you always wanted to know about the 10/22:

Rimfire Central How To Thread

Including:

Magazine Service
Trigger Assembly/Disassembly
Trigger Group Exploded Views
Trigger,Sear, and Disconnector Diagrams
10/22 Bolt Handles
Auto Bolt Release
Stovepiping
Bolt Chamfering
Installing Extractors
Installing a Second Receiver Hold Down
Simple Trigger Return Spring


Where Do I find Parts For My 10/22?

http://www.p-d-ent.com/

Where can I find kits for the Krinker Plinker?

http://www.questar.ca/

Can I use Stingers in My 10/22?

Stingers have a longer case than other brands of rimfire ammunition. The CIL website advises not to use Stingers in a Match Chamber. You would need to be aware of the chamber dimensions of your particular barrel in order to determine if you are safe in using Stingers. The concern is in the fact that the longer OAL of the Stinger case will damage the rifling in the throat of a match chamber.

Where can I find hi-cap magazines for my 10/22?

http://www.theshootingedge.com/

Obviously there are more suppliers for bits and pieces out there, but I chose to only list contributing dealers. If I have omitted any sponsors, my apologies. I can edit the post again to reflect any errors or omissions.
 
Technique for fixing stripped top receiver holes

How-to fix a stripped 10/X receiver:

Must have a drill of some kind. I used a small hand-held electric drill.

Supplies (Brownell’s):
1. 8-40 Taper Tap (#395-840-001)=$1.82

2. 28gauge wire jobber-length drill bit (#891-128-140)=$2.45

3. *Pack of 8-40x1/4" torx screws (#080-924-484)=$5.22. That’s enough screws for at least 2, receivers.

4. 1/4" drill bit (#891-201-400)=$3.23 (if you already have one that's close to this size you can use it...its for countersinking the screw heads into your base).

Optional:
5. T-handle for taps (I used a pair of vicegrips instead) (#395-311-001)=$3.67

6. 16ga jobber length drill bit for opening the receiver holes to allow the bigger screws to clear (#891-116-177)=$3.21



Process:
1. Remove receiver from stock.

2. Remove barrel and all internals from receiver.

3. (Assuming the base is already on the receiver) remove only the two middle screws, leaving the base attached by just the two end screws.

4. Starting on the base side, use the 28ga bit to drill out the two vacant holes.

5. Tap the two holes all the way through the base and receiver.

6. Insert new screws into the newly tapped holes and tighten to ‘snug’.

7. Remove the other two original screws (leaving the new ones in place).

8. Repeat steps 4 & 5.

9. Remove the base from the receiver.

10. Now you need to open the holes in the base to allow the screws to spin freely. I simply put a screw in the holes (in the base only) and just stripped them out. You can use the 16ga bit if you’d prefer. Result is the same.

11. Replace base onto receiver with all 4 screws to make sure everything fits.

12. **With the ¼” bit and some trial and error, countersink the holes in the base so that the screw heads don’t stick up too far, and so that the screw ends just barely protrude down into the receiver (too far and they’ll bind on the bolt, not far enough and they won’t hold anything).

13. Remove everything again and thoroughly clean the receiver inside and out. Reassemble. Apply your favorite lube. Shoot.

Now you can actually tighten the base to the receiver with little worry of stripping. Ruger should have used 8-40 screws to begin with!

*This is for the standard Weaver T-09 base. If you have a Power Custom, or some other brand of base, your screw length (and corresponding Brownell’s number) may differ.

**A standard drill bit will not exactly match the angle on the Weaver screws, but its close enough considering that your using a steel screw to mate 2 aluminum pieces. If you can find a bit that exactly matches the angle, go for it.
Also, the ¼” is just an approximate size, the one I used was actually 15/64” because that’s what I happened to have on hand.








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courtesy of RT8
 
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jonkz said:
Where do you lubricate your rifle?


I personally use only remington dri lube on my 10/22. Spray a little on the bolt and on the moving components of the trigger group and that's it. I know lots of people that don't oil at all. The problem with oil is it tends to attract dirt and grit which is worse on the cation than anything. If you do lubricate make sure you do it sparingly.
 
Converting a “blued” action 10/22 to “Stainless Steel”


Firstly, let me mention that the receiver on your 10/22 is not stainless steel but rather aluminum. In the past Ruger anodized their receivers, Nowadays they powder coat their aluminum receivers to obtain the “blued” look. If you have a blued receiver and would like to have it looking like a SS then it’s just a question of removing the powder coat/anodizing.

All newer 10/22’s have a polyester based powder coat, (not the higher grade epoxy based powder coat. If it was epoxy, you could not strip it.) If it is powder coated then you must use an ALUMINUM SAFE paint stripper. (aka Aircraft Stripper, BIX Tuff Job stripper, Chem-dip, ect.) . Remember… The one thing you really have to be careful of is the stripper. If it does not state on the can safe for all aluminum surfaces, it is not! I have seen badly pitted receivers from using the wrong stripper.



STRIPPING PROCESS

Step1:
Apply stripper and let sit 10-15 minutes. It may take a couple of applications and you will most likely have to do a little scrubbing with a fine steel wool/scotch brite pad.

Step2:
Wash with dish soap, hot water, and a stiff nylon brush (old toothbush)

Step3:
Polish to a shine with aluminum polish (I like to use Mother’s aluminum wheel polish)





***NOTE***
If you have an older model 10/22 then chance’s are your aluminum receiver has been anodized to achieve the “blued” look (I don't know the years when they were anodized but I know I have a pre-safety warning 1973 DSP that has the anodized receiver.) If it is anodized then you can use oven cleaner. And it will strip off the anodizing... but realize that it may also etch the aluminum. Which will require sanding/polishing to remove the etching.



Parts to be stripped (excusing barrel):
IMG_1525.jpg


This is what you will need:
IMG_1524.jpg


Here are some before and after pictures:
IMG_1521.jpg

IMG_1610.jpg


And VOILA...Final product:
IMG_1606.jpg
 
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The Ruger 10/22 (by me)

The Ruger 10/22

Barrels

As you probably know, a good barrel is essential for good accuracy. Without a good barrel, you won't be pleased with accuracy. There are several barrels out there ranging from Butler Creek, GM, shilen, Lilja, Clark, Clerk, and ect.

If I were you, the only two I would consider would be Lilja and GM, or Green mountain. The lilja is going to cost a lot more then the GM. However, another good alternative for a barrel that is priced in between the GM and the Lilja and is still very accurate is Clark’s barrel. Clark is one of the few barrel makers that puts an accuracy guarantee on their barrels, which I believe is 1 inch at 100 yards for their .22lr line of barrels with match ammunition.

I have a GM barrel on my 10/22 (.920 bull barrel, 20" blued), and I am VERY HAPPY with it. It is very accurate, infact, almost as accurate as some of my benchrest guns at 25 yards. Just to give you an idea, with match ammunition (Lapua superclub I have found to be very good), I can average about .15CTC groups at 25 yards.

The lilja may be a tad more accurate, so it is up to you if you want to spend up to 3 or 4 times more to get that tad bit more of accuracy, but if you are looking for the best bang for the buck, GM would be the one without a doubt.

One barrel that I honestly would NOT get is the butler creek. Although I personally have never owned one, I have heard just as many bad comments as I have good ones so I would tend to stay away from them. Having said that, I have seen a few very good shooting Butler creek barrels.

If you are looking for a lighter barrel, there are several options that you may want to consider. First of all, VQ (volquartsen) makes a very nice Carbon fiber barrel, which is much better quality and will in turn be more accurate than BC (Butler creeks) Carbon fiber barrel but it is more expensive.

There are also other barrel makers such as Whistle pig and tactical solutions, which are made of aluminum. With these barrels you do lose a bit of accuracy comparing them to a steel barrel but they can be very nice if you are going to be carrying them around or hunting with them as they are much lighter.

Another good alternative for a lighter barrel that still retains excellent accuracy is the fluted barrels. Usually you lose about 6-8oz off a barrel when it is fluted which may not sound like a whole lot, but it can be a fair bit if you are going to be shooting it offhand at all. GM (green mountain) makes several fluted barrels.

If you are going to be putting together a 10/22 and want a barrel that looks Real nice there are several options. First, you could look at the VQ snake fluted barrel, although I will say, this barrel is VERY expensive. Next up would be the Shaw barrels. They have several fluted barrels that are very nice in the looks department, and from what I hear are very accurate as well.

So basically, if money was an option, but you could still afford a barrel I would get the GM first, than the lilja, and than the Clark.

One thing to always insure when you are buying a target 10/22 barrel is that it has a bentz chamber. Basically the bentz chamber is the tightest chamber they can put on a 10/22 without having it jam. Although this is a fair bit larger of a chamber compared to some of the bolt action target guns it is still a lot tighter than the chamber that comes with a factory 10/22.

Stocks:

Again, there are many choices for stocks out there, from skinny sporter stocks, to wide benchrest stocks. On my "Ultimate" 10/22, I have a Revival industries Yukon stock in electric blue. It is made more for offhand shooting I believe (because of the very tall cheekpiece and the forend feels very good while holding it offhand), but the forend, nearer to the trigger guard has a flatter section that I rest on the bags for benchrest shooting.

The main thing to think about is what you will be using the gun for. A basic rule of thumb would be for benchrest shooting a heavier gun with a flatter forend would be the best choice where for hunting a lighter stock in synthetic would be a good choice.

There are some good choices for stocks that are made for more benchrest purposes. A good one to look at would be the Bell and Carlson anschutz style stock. It is very flat on the bottom, and has a design that will ride the bags better. Bell and Carlson make two styles of the “Anschutz style” stock.. Both of them are made from synthetic; one of them is a thumbhole and one of them is not. If you can afford it, Mcmillian makes some very nice benchrest stocks, but they are a lot of money.

You could always of course modify the factory stock, but like modifying just about anything this is going to take time... A lot of time. I modified the factory stock on mine into a more benchrest configuration while still having the forend somewhat rounded near the underside of the clip which means that it works for both offhand shooting and benchrest shooting. But generally I put this one on while I am shooting off the bench and put the other stock (Revival industries) on while I am shooting offhand.

For a cheaper approach the Hogue overmold is a nice stock.. It is well suited for hunting or in the bush because of the rubber like finish.

Triggers:

You can spend $30 to do a trigger job, or you can spend close to $300 (for a kidd).

There are several choices for triggers that I would look at. If you’re looking for a good cheap way to get a fairly light trigger (around the 2.5lbs range) the VQ hammer would be a good choice. Another choice would be Skeeters trigger kit (this is what I have on my 10/22). The trigger is around 1.8lbs, nice for all around shooting.

Again, there is also a very expensive way to do things. The Kidd trigger is a very nice trigger that will get pull weight down to around the 6-8oz range. It comes with a cost though . At around $300 US it is very pricy.

One other option would be to modify the trigger you have now. This involves changing the angle of the "hook" on the hammer, by grinding away until you are around the 3.9 Degree area I believe. Pretty hard to do if your not confident doing it. This is what I did with my 10/22, along with slight polishing, and the trigger is around the 2 pound range.

Glass Bedding

Glass bedding can also be nearly essential for a good shooting gun. I have three what I would call benchrest guns (Winchester 52D custom, Anschutz 54, and Valmet Finnish lion.). Two of them are glass bedded... Guess which two shoot the best???

Basically glass bedding insures tight contact between the stock and barreled action without the stock touching (epoxy is the only thing touching). Epoxy is much harder than the wood and does not change in the weather like a wood stock does. Glass bedding also helps the gun not to change a lot in the weather due to humidity and also if you take the stock out of the gun and put it back on you won't find such as large difference in POI.

In short here is how I glass bedded my 10/22

1. Prepare stock for glass bedding my making a barrel channel in the fore arm of the stock about 1/8” deep and about 3 – 3 ½ inches forward of the recoil lug

2. For glass bedding the rear of the action make a channel for the bedding material to go about 1/8 of an inch deep and about ¼ - 1/8 deep. Make channel extent up the sides about 3 inches or so on either side and across the back

3. Use any old washer for a pillar and where the takedown screw goes make a spot for the pillar so that it sits equal or a bit higher than the surrounding wood so that the action screw/v-block can not squish surrounding wood

4. When you are ready to glass bed, apply 2-3 coats of release agent to any metal parts that could come in contact with the bedding material. You can not use enough release agent.

5. Remove bolt, trigger group, and all other parts from the receiver.

6. Place masking tape around wood so that any extra glass bedding material goes on the tape and not on the stock.

7. Place modeling clay around all areas that are going to be bedded to insure that no access bedding will get into any places that you do not want them to go. When bedding the rear of the receiver, place modeling clay in trigger group pin holes, bolt buffer hole, and a bit on the underside of the receiver.

8. I would bed the fore-arm of the stock and pillar bed first and then do the rear of the stock.

9. Place epoxy in barrel channel so that when you snug the takedown screw, epoxy comes out the side of the stock onto the tape. Also place pillar in hole (when you adding clay make sure that you put some in there so that no epoxy can fill the takedown screw). Epoxy the pillar in place.

10. After you have filled the fore-arm and the pillar with epoxy snug the takedown screw a fair bit and leave gun for about three and a half or four hours for the epoxy to dry.

11. After that is done, try taking out the barreled action to make sure that everything can still come out. If everything is all right, put it back in the stock and let it sit for about a day.

12. To bed the rear of the receiver, place enough epoxy in and around the channels (with release agent on) and place barreled action in stock. Let the gun sit for about three and half or four hours again and try taking it out to make sure everything is all right.

13. Give the gun about three days for the glass bedding to completely dry and go shoot it; You should see an improvement in accuracy.

Optics:

Buying good optics is almost essential to having a 10/22 or any gun for that matter shoot well.
It really all narrows down to: How much are you willing to spend?

You can spend $50 to get a cheap bushnell or tasco scope, or you can spend thousands to get a nightforce scope, or a high end Leupold.

So the first question you should think about it what you are going to be using it for. If you are just going to be shooting it off the bench, a 4 power scope isn’t going to do you much good but if you are going to be just hunting with it maybe the 4 power.

One thing that I have learned during my time of shooting is that buying cheap optics is not worth it. Buying a scope like a Tasco varmint may work for a bit, but it is not going to last like other scopes.

For a cheap hunting scope in the lower powers, Simmons makes a good scope for this purpose: The Simmons 22 mag scope. You can get this scope in 3-9 power, or just strait 4 power with or without adjustable objective. Another good choice would be the lower line of Bushnell’s scopes.

Although these scopes wouldn’t be my first choice, I will admit that they are very good for the money, and so far, my Simmons scope has served my purposes well for a cheaper alternative hunting scope.

In the mid range for optics (pricing wise) Bushnell puts out a couple of good scopes. I have several of the Bushnell Banners and have been very pleased with them. Another good choice would be the Bushnell 3200. I have several of these as well and have been very pleased with them.

Mueller also makes several scopes such as the Eradicator in 8.5-25 that from what I hear is a great scope. It can be found at white falls here in Canada.

In the more expensive line of scopes, the Bushnell 4200 would be a great choice, and just about any Leupold is a good choice.

There are many options out there so the best thing to do is just to go to your local sports shop and try out some different kinds and find the one that best fits your budget.

How I clean

Well just about every body has their own way of cleaning, and whatever you find works for you, you should use. Some people use brass brushes, others don’t. Many people use Hoppes number 9, many use butches bore shine. So if you already have a cleaning technique that is working well for you, keep with it, don’t listen to me.

Equipment:

I use a Dewey .20 caliber coated rod for cleaning my .22’s. There are obviously much better rods out there but for me this rod seems to work well. Other choices include pro-shot, kleen bore, ect.

For solvent I use Butches bore shine. I find this solvent works better for me then hoppes number 9, and so far all others I have tried. Some choose to mix this 50/50 with the penetrating and lubricating oil “Kroil”. I have never tried this my self but I have heard many good reports about using this stuff from top-notch benchrest shooters.

Proper Rimfire Cleaning

In the past years, endless debates have arose regarding the proper cleaning of both rimfire and centerfire firearms. There are many opinions on how to clean any given firearm. Some say cleaning with a brass brush is a necessity, when others people argue that cleaning with a patch and a bit of solvent will do the job without any risk of damage.

I strongly believe in the use of a brush every once and a while to get rid of the lead that builds up in the bore, and the chamber area especially overtime. Not necessary every single time but maybe every 500-1000 rounds a pass with a brass brush won’t do much damage. I use a nylon brush quite frequently in many of my benchrest rifles along with y 10/22.

There are many things that need to be paid attention to when cleaning. You need to make sure that you are using the correct size brush and rod, you have to insure the equipment you are using is good, and many other things.

The first step to insure proper cleaning of a firearm, is to insert the bore-guide. Make sure that the bore guide fits into the gun properly so that the cleaning rod slides into the chamber without hitting any edges, and so that no access cleaning solution can enter or damage the trigger mechanism.

In the case of cleaning the 10/22, you can not insert a bore guide without drilling a hole in the back of the receiver or removing the barrel all completely. In this case you must be very careful when inserting the cleaning rod through the muzzle (that is if you didn’t or don’t have a hole drilled in the back of the receiver. A simple muzzle guide that can be purchased for about $3 can help reduce the chances of hitting the crown when cleaning.

Before putting the cleaning rod into the gun, make sure that no grit is on the cleaning rod (if so, wipe off with wet paper towel and dry and with a dry piece). This will insure that no “grit” can damage the barrel of the gun.

What I first do when cleaning is I run a quick wet patch through the gun. This is a patch that has cleaning solvent on it. Just one pass is fine. This will remove the majority of the “gunk” out of the barrel.

After I have run a wet patch through it, I usually use a nylon brush to remove all of the lead and carbon that could possibly built up in the barrel. One nice thing about the nylon brushes is that you can reverse it in the barrel. That is, if you pushed it half way through and then wanted to pull it back you could do this without too much difficulty. With the brass brushes it is very hard to do this without a lot of force. It may even be possible to damage the barrel this way. You can also pull it back and forth through the muzzle without damaging anything if you are careful. Now with the nylon brush attached to the cleaning rod, I run it through the barrel about 5 times (1 time = back and forth). I also dip it in the cleaning solvent before running it through (but just the one time, not each pass)

Now that the gunk is “knocked out” from the rifling and the bore, you have to remove it from the barrel. To do this I simply run 2 dry patches through the barrel to remove the gunk and any leftover cleaning solvent.

After this is all done just wipe off the crown to remove and gunk and the gun powder on the outside.

Now you are all done. I also usually wipe down the gun with a silicone cloth. This may sound like a long procedure but it really doesn’t take that long.

On my bolt action guns (not on my 10/22) I push a brass brush through it 2 or 3 times removing it at the muzzle each time. I do this every 500-1000 rounds.

Each gun has different preferences for when to be cleaned. I clean usually every 50-100 rounds on my benchrest guns when using target ammunition. When using the bulk type gun out of other guns I clean every 200 rounds or so.

I may cover how to clean the internals of your 10/22 sometime in the future, but not now ;).


Glass Bedding… The long version



Introduction

I have had my 10/22 for about a month or two now and so far I have been fairly pleased with the accuracy. I could get fairly small groups at 50 yards but I had seen a lot better shooting from people with the same set up. I still had my factory stock laying around so I did a bit of research and after that I found out that a good way to make my 10/22 more accurate would be to glass bed and pillar bed it. I had a revival industries stock on my 10/22 but I decided that I would first try glass bedding and pillar bedding my factory stock because I did not want to wreck my Revival industries stock.

Why Pillar and glass bedding?

So why does pillar and glass bedding improve accuracy? It is generally accepted that glass bedding any rifle should improve accuracy if done right. How much more accurate would depend on the fit between the action and the stock before glass bedding. If it is a real tight fit, maybe glass bedding will not improve accuracy a whole lot, but if it is a loose and sloppy fit, glass bedding will usually make it more accurate. One thing that I noticed about both my factory stock and my Revival Industries Yukon stock was that when I put them into the barreled action, they would just slide right in with no fitting at all required. What glass bedding does is it makes the fit between the stock and the barreled action tighter which in turn which keeps the barrel vibrations the same so that it will not move around in the stock. If the stock is touching the wood when the gun is fired the wood may (will) prevent the barrel from vibrating the same way each shot. While the barrel vibrates a lot with a little (sporter) barrel, believe it or not, the bull barrel still vibrates a little. If the barrel can not vibrate the same every shot, this will cause a change in P.O.I (or point of impact). This is the reason why glass bedding will help to improve accuracy. Another reason is because with bull barrels, if they are free floated, this will cause a lot of stress on the action because it is made of thin aluminum on the 10/22 reciever. However, if you glass bed the stock this will create a spot where the barrel can rest on and not create and stress on the action.
The reason that pillar bedding a stock will help is because when you tighten the takedown screw (or action screw), you are actually squishing some of the wood that is between the stock and the v-block each time. This may not seem like a big deal but actually it can cause a lot of stress on the stock and eventually can remove a lot of wood. With pillar bedding, the action will rest on the pillar instead of the stock which will help spread out the weight. Another reason pillar bedding will help is it will help to retain P.O.I when the stock is reinstalled in the barreled action. You will sometimes notice that after many times of taking you 10/22 apart, that the take-down screw is becoming longer and longer. The reason for this is because each time you are taking down the take-down screw, you are squishing some of the wood underneath. A pillar will prevent this from happening, and in turn will also improve accuracy.

Free floating the stock

So with my factory stock I opened up the barrel channel to just over .920 so that the stock was free floated and then I made some finger groves to add to looks and overall feel. To open up the barrel channel I used 100 grit sand paper. It would have been a fair bit easier to do this with 60 grit sandpaper and finish it off with 400 grit. It would also be fairly easy to use a chisel to open up the barrel channel. Too open up the barrel channel I used a dowel (I found that a broom handle was 7/8 in diameter) as a guide and was constantly checking to see how close I was to achieving getting the barrel channel about .93 - .94” in diameter. This took a fairly long time to do (about 2 hours after everything was done. After glass bedding and pillar bedding you will want the rest of the stock free floated because it prevents the stock from touching the barrel and causing different vibrations.

Taking the finish off

Now that I was done, I noticed that in quite a few places the finish on the stock was scraped off from working on it. After seeing this I decided that I would take the rest of the finish completely off and either stain it or paint it. So I sanded down the finish on it with the 100 grit paper I had until there was little to no varnish left on it. I did a final finish with 400 grit. After looking over the stock a couple of times I noticed how nice the grain on it was and decided that I would use a Semi-transparent stain to stain it. This way I would still see the grain through it. I decided that I wound not finish the stock yet, but instead wait until after I was completely done the glass bedding and pillar bedding.

Preparing the stock

I decided that I was now ready to prepare the stock for glass bedding and the pillar bedding. The first thing I did was make sure that I knew what I was doing and after making sure of that, I prepared my materials. I would first start by getting the barrel channel ready for the stock by scraping out wood. Then I would get the rear of the stock ready and then I would get the pillar ready after that. My materials that I got ready were: A drill, sand-paper and a chisel. Unfortunately I do not have many tools so I was limited to what I used but I think a dremel tool would work great for a lot of this. Since this was my first stock ever glass bedding or pillar bedding I was not quite sure of how to do it completely right but I went ahead and did it. First, I made a small channel about 1/8” deep for bedding about 3 to 3 ½ inches long in front of the barrel lug. I found that the chisel worked well for getting rid of some of this wood. I made the cannel about a 1/8 of an inch deeper than the surrounding wood. I dug out the sides a bit as well all the way up to about ¼ of an inch away from the top of the sides of the stock.
Now that I was done with that, I went ahead and started to make my channel for glass bedding at the rear of the stock. I wanted the channel to be about 1/8 wide and about 1/8 deep but not having any proper tools to complete this, it turned out to be a bit deeper and about ¼ wide. The channel does not have to be completely strait, it can be at a bit of an angle. I found that I had lot of trouble getting the drill bit in the area that I wanted to bed but after a bit it got easier and I finally got it done. The area that I did with the drill turned out to be a bit “zig-zaggy” but I thought that this would be fine. I made the channel at the rear of the receiver (shown in the pictures below) and extended it about ¾ of an inch to an inch, up the side of the receiver. For extra support, I also made a spot about 2 inches up from that about ¾ of an inch long, also seen in the pictures below.
Next step was to prepare the stock for pillar bedding. Although this would seem to be the easiest step, I found it to be one of the hardest because I did not have any proper tools. I was originally planning to use a normal ¾ inch (diameter) by about 1/8" or 1/16” thick but I accidentally made the hole a bit too deep for It so I was forced to use something else. What I finally did was found a washer and a nut and glued them together (glued the washer on top of the nut. The washer was larger in diameter than the nut but it all worked out). This set up worked good for the pillar.

I then ordered the glass bedding kit (wish I had done that before hand)

In the mean time, I decided that I would shoot my 10/22. So I put the my factory stock back on (with the pillar in place but not epoxyed in) and tightened up the take-down screw. With the pillar in place, I could already see a little improvement in the accuracy of it. I was now really getting excited about the “experiment”.

The project begins…

After 2 days of waiting (what seemed like 2 weeks), I finally got my glass bedding kit (brownells acra-glass gel). Along with that order, I also ordered some Burris rings to go with my 10/22. I decided (when I got the kit) That I would first glass bed the pillar and the barrel channel, and after that was completed, I would glass bed the rear of the receiver. The first thing I did was I put masking tape all around the wood that was around the place where I was going to bed. You can see pictures of where I put the masking tape. The next thing I did (very important!!!) is I put the release agent that was included in the kit on all the metal parts that would come in contact with the bedding material. To do this I put three coats to make sure of no mistakes. I would put one coat on with a q-tip and then wait 10 minutes before putting another coat on to ensure that it had proper drying time. I could tell if it was dry by touching it; when it felt dry (which was after about 3 minutes) I left it for another 6 or 7 minutes to make sure that it was completely dry.

My next step was to put modeling clay around the area where I was bedding to make sure that no access bedding would get onto the wood or into the v-block area. I put clay on the v-block, on the other side of the bedding channel, and a little on the underside of the nut and washer that would be used as a pillar. Now that I was confident to start.
Since I had a lot to bed, I made quite a bit of bedding material. I mixed about one and a half tablespoons of each material and gave it a good mix for about 3-4 minutes. After I had finished stirring, I went right ahead and applied the material to the bedding channel. I also covered my pillar in epoxy and put it in the hole. Next, I put the barreled (receiver and barrel only; not the trigger or bolt) in the stock. When I pushed down on the barrel there was some epoxy that had squished out so I snugged the take-down screw and left it.
After about three and a half hours I decided that I would take the barrel off and check to see if everything was going all right. I first tried taking it off and thought “wow” it was sure tight, but after I dropped the gun on cement from about 1/8 of an inch off the ground, it came out (still with some difficulty). Everything looked ok (except for a few cosmetic problems but I was not too worried about them) so I tried putting the barrel back into the stock
The next morning, I got up and started right away to start working on the project. I removed any excess clay and release agent off of the barrel and stock with tooth-picks and to remove the release agent, I just used my nails to peal it off. After cleanup was done,

Bedding the Rear of the reciever

I put three coats of release agent on to (and inside) the receiver. I also filled the trigger group pins and bolt buffer with modeling clay. After that was done, I mixed up my acaraglas gel and tried my best to fill all the holes that I had dug out. I ended up filling the holes and spreading it across where there were no holes as well. After that I put the receiver on and put tape around the back of the receiver and around the forearm of the stock and the barrel and waited for about four and a half hours for the bedding material to dry a bit so I could check if everything was alright. It was fine.


Putting the action back together

After all this was complete, I put the action back together. To do this I first cleaned off the inside of the receiver and then I began to put it back together. To do this I first put the rod back and the bolt handle back in. Once that was done, I pulled back on the handle and the rod until it could not come back anymore. I held the rod in that position and put the bolt carefully in and pushed it down into its “slot”. I then moved the handle back and forth to check if it was working all right and sure enough it was. My next step was to put the trigger group back in. I first put in the front pin; to do this I slid the bolt back and held it there and pushed up on the trigger until the trigger pin holes lined up. I put the front pin in and then after that I put the rear pin in. After this I reinstalled the bolt buffer and put back the magazine. I was now done putting the action together. You may want to do this whole process again to fill in any holes or gaps that you missed the first time. This should make the action/barrel to stock fit even tighter.

Conclusion

Now wait about 3 days for the epoxy to completely dry and go out and shoot it. You should notice a difference. I sure did. My groups definitely got smaller. And most of all, have fun while you’re at it :D

Hope this helps and free feel to ask any questions

I will be working on the trigger next

I will also try to get some pictures to post on here.

I am not quite finished the project yet. I want to go back and re-glass bed it to fill in some of the gaps that i missed before.

As you can see, its not the nicest looking glass bed job in the world but it worked so i am happy :)'


http://img.photobucket.com/albums/v709/cz452shooter/100_3808.jpg

http://img.photobucket.com/albums/v709/cz452shooter/100_3810.jpg

http://img.photobucket.com/albums/v709/cz452shooter/100_3817.jpg

http://img.photobucket.com/albums/v709/cz452shooter/10225.jpg

http://img.photobucket.com/albums/v709/cz452shooter/10227.jpg

http://img.photobucket.com/albums/v709/cz452shooter/10226.jpg

http://img.photobucket.com/albums/v709/cz452shooter/102210.jpg

http://img.photobucket.com/albums/v709/cz452shooter/102213.jpg

http://img.photobucket.com/albums/v709/cz452shooter/6645.jpg

http://img.photobucket.com/albums/v709/cz452shooter/2.jpg

http://img.photobucket.com/albums/v709/cz452shooter/3.jpg

And here is my latest glass bedding project. This is more along the lines of how it should turn out.

http://img.photobucket.com/albums/v709/cz452shooter/100_5220.jpg

I still need to fix it up a bit with a dremel tool or a file but i can do that later...

Please feel free to ask me any other questions or send me a PM with any further questions.
 
Anyone know how to remove the folding rear sight that comes with the gun? The one on my 10/22 is interfering with my scout mount, so I have to remove it, it looks like.
 
If I remember correctly they are a dovetail style which are pressed in. You just need to tap them on the side with a hammer to push them out of the dovetail. I would recommend taking a piece of brass or copper rod and use it as a drift punch when you drive it out so you prevent damaging the barrel if you happen to miss with hammer. ;)
 
Goose25 and the Infamous Ruger "Hump"

The measuring with a straight edge doesn't really wash, the human eye can see light against a surface so flat a micrometer can't find it, .000001 by the average person a little better if you have perfect vision, if you can clearly see a gap, I mean a real gap, then fine, but filing it flat is just as bad, are you going to take off a +.0001 with a bastard cut mill file and have it flat to +-.0000? the whole thing is off anyways unless your straight edge is really flat, straighter than say +-.0001 which is really hard to get, most rulers which is what most people are likely to pick up as a straight edge is only like +-.001 or a alumiunum straight edge to +-.0004. So this whole thing is academic, if it is a real hump fine, sand it down or file really bloody carefully.

Investment casting aka lost wax casting for aluminum is done with either a foam, glue or wax pattern, these are assembled to make a tree connected by risers ie braches. A single tree may have a couple of hundred recivers on it but the mold is only used once, its actually built up around the pattern by spraying ceramic all over the pattern, then the whole mold is baked to melt the pattern out of the mold, when the metal is cast, the molds are kinda scrubbed away when it is cooled, there is no "wear" its a one time deal.
 
If you are having the problem of the cartridges not moving up in the Butler Creek Steel Lips magazine's. Here is the quick fix.

This is usually caused by the rims catching on a small area near the rear of the metal cartridge guide.You can fix it by using a small, flat jeweler's file and removing a very small amount of the ramped area marked in red. (See photo)





25583SteelLips-med.jpg



Thanks!
 
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