screen -r (Session from ls)
CTL+A+SPACEBAR to go between sessionsby
screen -r (Session from ls)
CTL+A+SPACEBAR to go between sessionsby
I wanted to build a paint booth for the shop. I wanted it to help keep over spray down and provide at least a little ventilation. Here is what I cam up with.
I had a 4×8 sheet of hard board from another project. I measured everything out and cut it up:
In the back panel I drilled out some 2 and 3 inch holes in a 20×20 square. The same size as an air filter:
I then made a frame to hold a 20×20 AC filter. Again using scrap I had laying around:
I used Gorilla tape to hold it all together. The hard board is too thin to nail and if I needed to, I could cut the tape and lay it down.
Lastly, I added some lights and a lazy Suzann:
I wanted to try stippling. I looked around and saw some magazines, what better to try on!
Here is my attempt:
I think it came out pretty good! The one on the right works better,makes for a better drip with and without gloves.
Here is a before and after shot:
It is kind of relaxing to do.by
I finally got a curing oven for powder coating and Cerakote. WalMart had this baby on sale for $99.00:
And the inside:
Set it up on wheels so I can move it around by my self:
Went from here:
To here in about 10 Minutes:
Hope to cure something up soon!by
I wanted to make a portable air dryer/regulator for use with my paint booth, air brush or any other system that could and would move around my shop. Here is what I came up with:
Made a tee with scrap pine 1×6, glued and screwed.
Then added Harbor Freight Dryer/Regulator and coil line. Quick and easy, gets the job done.
The jig is a router jig that makes machining your 80% lower easier, faster, and safer by utilizing a router instead of a drill press. The jig allows you to complete an 80% lower quickly, easily and pretty fool proof. This jig is easy enough for anyone to use. You also save money on tools. You do not need to own a drill press, mill, or any measuring tools to use the Jig. You might be able to borrow the tools from a friend or relative. The jig can be reused for dozens of lowers.
The lower receiver is legally the firearm, and as such it is the controlled part. Generally, the law requires licensed manufacturers and importers to mark the designated receiver with a serial number, the manufacturer or importer, the model and caliber.
“Unfinished receivers”, also called “80 percent receivers” or “blanks”, are partially completed receivers with no serial numbers. Purchasers must perform their own finishing work in order to make the receiver usable. The finishing of receivers for sale or distribution by unlicensed persons is against US law. Because an unfinished 80% receiver is not a firearm, purchasers do not need to pass a background check and it can be shipped directly to them.
Putting together your lower receiver is pretty easy if you follow these steps:
1. MAGAZINE CATCH ASSEMBLY
• Install magazine catch into recess on left of receiver.
• Install spring onto threaded portion of magazine catch from the right side of receiver.
• Screw button onto threaded portion of magazine catch 3 or 4 turns.
• Use a punch (larger than the hole in magazine button) or wooden dowel to push in the magazine button so you can turn the magazine catch clockwise until the end of the catch is flush with the magazine button head. You can hold the receiver and press the punch against the table to do this, but put something between the punch and the magazine catch button to prevent marking it. Do this step first, as it will prevent the bolt catch from getting in the way as you turn the magazine catch into place.
2. TRIGGER GUARD ASSEMBLY
• Attach front of trigger guard assembly to the receiver using the detent.
• Lay receiver on you bench block or a block of wood, and drive roll pin into receiver and rear of trigger guard using drive pin punch.
3. BOLT CATCH ASSEMBLY
• When installing the bolt catch, first drive the roll pin about halfway into the rear hump from the rear of the receiver using roll pin holder. It can be very difficult to get this pin started. If you don’t have a roll pin holder, then try holding it in place with a pair of needle nose pliers while you drive using a 5/32″ punch.
• Install spring in hole on left side of receiver.
• Install bolt catch plunger on top of spring with round portion on top and small end into receiver. Make sure it moves freely in its hole.
• Install bolt catch in receiver.
• Use a 3/32″ punch to hold the assembly by placing it through the front hump.
• The pin can be driven the rest of the way from the rear as the punch will be pushed out and while holding the bolt catch in correct alignment.
4. PIVOT PIN ASSEMBLY
• Insert spring and detent into receiver.
• Compress detent in recess using 3/32″ punch and rotate tool.
• Push out tool with pivot pin and rotate until detent is in groove of pivot pin.
5. TRIGGER ASSEMBLY
• Shoulder trigger spring onto trigger with ends of spring forward and under.
• Install disconnector spring with the wider portion of spring down towards trigger and push until it locks in there.
• Position disconnector on top of trigger, where trigger pin will hold both in place.
• Insert trigger assembly into receiver.
• Insert trigger retaining pin through receiver, trigger, and disconnector. The trigger pin has 2 grooves in it; one in the middle of the pin and one off to one side. It does not matter which way it is inserted, though common practice is to insert from left to right, with the groove to the left.
• Insert hammer pin from opposite side to help align things as you push the trigger pin in and the hammer pin out. You will have to push down on trigger assembly to align the holes and get the pin in all the way.
6. HAMMER ASSEMBLY
• Install spring onto hammer, ends of spring to rear and shoulder on back of hammer.
• Install hammer in receiver with feet pointing rearward away from hammer
• Use 5/32″ punch to retain hammer in place as you insert hammer retaining pin.
• Like the trigger pin, you may have to push down and align the holes perfectly in order to push the pin in all the way.
• Ends of the hammer spring will rest on top of the trigger pin, with one end in the groove on the trigger pin.
7. PISTOL GRIP ASSEMBLY
• Install detent, pointed end towards the selector, and the spring into the receiver from the bottom.
• Carefully compress the spring with the grip and make sure spring fits into hole in grip.
• Check the function of the selector with the grip held in place; if too tight (unable to rotate) you may need to either cut the spring, or clean out the hole in the grip.
• Once feel is acceptable, secure the grip in place with the screw and lock washer.
• Insert retainer spring and retainer into recess in lower.
• Install buffer tube, backplate, and locking ring onto receiver and depress retainer when necessary to get it to rest under the extension tube. Turn tube until it is about 1/4 turn past the correct location.
• Install takedown pin with groove to the rear and install detent and spring from the rear of the receiver.
• Backplate will now hold spring in place when you turn the extension tube back 1/4 turn.
• Tighten locking ring using telestock wrench for a snug fit.
• With the hammer down, insert buffer spring and buffer into buffer tube until retainer snaps up to lock it in place.
• Function check takedown pin, stock, and buffer retainer.
If you want an accurate rifle, don’t leave a lot of front/back bolt play (keep it .003″ but no more than .005″). Factory rifles run .012″ to .015″ play, which is OK if you need to leave room for dirt and grime in a military or field application. However, that amount of play is not ideal for a high-accuracy AR build. A lot of front/back bolt play allows rounds to be hammered into the chamber and actually re-formed in a non-consistent way, as they are loaded into the chamber.
The bolt affects accuracy in an AR-15 more than the carrier group. To get the most accuracy, the bolt and barrel have to be machined so that the headspacing is optimal when the round is chambered and the bolt locked. That is why if one orders a match-grade barrel for an AR-15 either the barrel comes with a bolt, the barrel manufacturer requires you to send in your bolt (prior to machining the barrel you’ve ordered), or the manufacturer requires you to send dimensions from your bolt.
The best accuracy usually comes from the bearing surface of the bullet nearly touching the rifling. Having the bullet jump any significant distance to the rifling tends to negatively affect accuracy. This is true in any rifle, not just the AR-15.
In addition to the above, you will want to keep the chamber, barrel extension, and carrier assembly clean to help insure consistent bolt lock ups critical to accuracy. You will also want to occasionally apply lube directly to bolt rings during shooting sessions.
Carrier key staking is also mentioned in the article. Young Manufacturing does not stake their carrier keys. “There has been a lot of talk about the pros and cons of staking the gas key on the carrier. Here is our opinion and why Young Manufacturing will not stake keys. We have been making carriers since 1991. The US Mil Spec. assembly drawing requires the carrier key to be staked. Contrary to some popular opinions staking does not SEAL the gas key. Staking keeps the screws from backing out Period. If you do not properly torque the screws to 56 inch pounds you will be staking a screw that is loose or one that is over torqued and prone to breakage.” Not sure how I fell about that, for me, a staked key is the only way to go. Something just does not feel right about it not being staked.
Derived from the word “Tactical”.
1.) Descriptive word for equipment or clothing that does not have any tactical purpose; but looks cool.
2.) A person who is a city dweller; but wishes to look like a warrior or as if they are/were in the armed forces.
3.) Appearance that mimics military or martial arts.”
4.) Descriptive word for equipment or clothing that does have a tactical purpose; but has more than needed or required installed on the firearm.
I added in number 4. Most of us have seen that guy, they have every known attachment both tactical and non-tactical, weighing in at over 50 pounds. They hump it around for a bit and then realize how heavy and impractical it is and start removing stuff they don’t need for that mission.
Now that we have the bolt on accessories figured out, let’s talk about coating them and / or your weapon. There are two processes we will discuss application about; hydrographics and DuraCoat. These are very basic steps.
First to apply hydrographics a.k.a Water transfer printing:
And now for Duracoat:
As with everything AR related, there are a crazy amount of accessories and at least twice as many opinions. Everything from Backup metal sights to chainsaw attachments. It always breaks down to what you need, what you want, and how much money you have. It is hard to know what you need if you don’t know it exists. Learn, go on line, join a shooting club, take a class, show the next generation.
There are three major rail types Picatinny, KeyMod and MLOK.
Picatinny are MIL spec MIL-STD-1913 and on are on many military firearms, so I dont think they will be going any place for a very long time. There are also a very large number of accessories using this standard that also will not change any time soon. There are a couple downsides to the Picatinny rail; first is they can get heavy add unnecessary weight to your rifle and bulk it up in a bad way, especially when placed on the fore end of your rifle. They also have sharp edges that can get snagged on or damage other gear as well as un-gloved hands.
The KeyMod system gets its name from the shape of the slots, which look like old-fashioned keyholes. You put the lug through the big circular opening and then slide the attachment forward, tightening the Allan wrench in the narrow part of the slot until your attachment is securely fastened. It also has an auto aligning feature when you tighten things down. The design is completely open source, so anyone who’s interested in manufacturing products using the KeyMod system can do so without having to pay royalties. On the down side KeyMod did not do too good in the USSOCOM testing referenced below. Specifically the stress testing, this might sway me and others to look closer at our next rail, M-LOK. Especially if you are not heavily invested in one or the other.
The M-LOK system by Magpul uses slots in place of the keyholes. The attachment lugs on M-Lok accessories are t-shaped and bi-directional so they can be placed at the front or rear of the slots. While M-LOK is free licensed, it is not open source, and thus manufacturers must acquire a license from Magpul before making products using the M-LOK standard. Magpul claims this gives them more control in assuring that all M-LOK products are made to specifications ensuring compatibility. Program participation is open to any interested manufacturer. This might not matter with Magpul’s dominance in the accessories market.
I dont think Picatinny will go anyplace soon, especially for mounting scopes. It has already adapted to smaller sections that can be mounted on either KeyMod or M-LOK. M-LOK vs. KeyMod is where the real fight will be, and with the Magpul monster leading the charge for M-LOK we soon might see the end of KeyMod.by
Just in case the they make it hard to find, I’ll put it here:
CONTENTS: Ed’s Red Bore Cleaner
1 part Dexron II, IIe or III ATF, GM Spec. D-20265 or later.
1 part Kerosene – deodorized, K1
1 part Aliphatic Mineral Spirits, Fed. Spec. TT-T-2981F, CAS
#64741-49-9, or may substitute “Stoddard Solvent”, CAS #8052-41-3, or
equivalent, (aka “Varsol”)
1 part Acetone, CAS #67-64-1.
(Optional up to 1 lb. of Lanolin, Anhydrous, USP per gallon, OK to
substitute Lanolin, Modified, Topical Lubricant, from the drug store)
MIXING INSTRUCTIONS FOR “ER” BORE CLEANER:
Mix outdoors, in good ventilation. Use a clean 1 gallon metal,
chemical-resistant, heavy gage PET or PVC plastic container. NFPA
approved plastic gasoline storage containers are also OK. Do NOT use
HDPE, which is permeable, because the acetone will eventually evaporate.
The acetone in ER will also attack HDPE, causing the container to
collapse, making a heck of a mess!
Add the ATF first. Use the empty container to measure the other
components, so that it is thoroughly rinsed. If you incorporate the
lanolin into the mixture, melt this carefully in a double boiler, taking
precautions against fire. Pour the melted lanolin it into a larger
container, rinsing the lanolin container with the bore cleaner mix, and
stirring until it is all dissolved.
I recommend diverting a small quantity, up to 4 ozs. per quart of the
50-50 ATF/kerosene mix for optional use as an “ER-compatible” gun oil.
This can be done without impairing the effectiveness of the remaining
This is a direct copy for this great source: http://handloads.com/articles/default.asp?id=9by