Trailer FrenzyA special place to find the newest trailers for movies and TV shows you’re craving.  

The first trailer for Captain Marvel was big but we hadn’t seen anything yet. Now the second trailer is here, and the worlds of Carol Danvers have exploded onto the scene in ways that are sure to make your own head explode.

Earth, Space, Skrulls, Nick Fury—they are all here and then some in the new trailer for Captain Marvel. Check it out.

That trailer is incredible and, if you believe the rumors, there may be more to come from Marvel later this week. Yes, we mean that. And yet, Anna Boden and Ryan Fleck’s cosmic origin story looks so good, it almost makes us forget we’re getting two Carol-starring movies next year.

Captain Marvel, which stars Brie Larson, Samuel L. Jackson, Ben Mendelsohn, Djimon Hounsou, Lee Pace, Lashana Lynch, Gemma Chan, Rune Temte, Algenis Perez Soto, Mckenna Grace, Annette Bening, Clark Gregg, and Jude Law, opens March 8.

For more, make sure you’re following us on our new Instagram @io9dotcom. 

Offsite backup storage should be a critical part of any organisation’s disaster recovery plan. The ability to store data in a separate physical location, where it could survive a catastrophic event which destroys all the data in your primary data center, ensures your data survival and continuity of your organisation. A Cloud storage service is quite a good method to store offsite backups. No matter if you are using a cloud provider or if you are just copying data to an external data center, the backup encryption is a must in such cases. In one of our previous blogs, we discussed several methods of encrypting your backups. Today we will focus on some best practices around backup encryption.

Ensure that your secrets are safe

To encrypt and decrypt your data you have to use some sort of a password or a key. Depending on the encryption method (symmetrical or asymmetrical), it can be one secret for both encryption and decryption or it can be a public key for encryption and a private key for decryption. What is important, you should keep those safe. If you happen to use asymmetric encryption, you should focus on the private key, the one you will use for decrypting backups.

You can store keys in a key management system or a vault – there are numerous options on the market to pick from like Amazon’s KMS or Hashicorp’s Vault. Even if you decide not to use those solutions, you still should apply generic security practices like to ensure that only the correct users can access your keys and passwords. You should also consider preparing your backup scripts in a way that you will not expose keys or passwords in the list of running processes. Ideally, put them in the file instead of passing them as an argument to some commands.

Consider asymmetric encryption

The main difference between symmetric and asymmetric encryption is that while using symmetric encryption for both encryption and decryption, you use a single key or password. This requires higher security standards on both ends of the process. You have to make sure that the host on which you encrypt the data is very secure as a leak of the symmetric encryption key will allow the access to all of your encrypted backups.

On the other hand, if you use asymmetric encryption, you have two keys: the public key for encrypting the data and the private key for decryption. This makes things so much easier – you don’t really have to care about the public key. Even if it would be compromised, it will still not allow for any kind of access to the data from backups. You have to focus on the security of the private key only. It is easier – you are most likely encrypting backups on a daily basis (if not more frequent) while restore happens from time to time, making it feasible to store the private key in more secure location (even on a dedicated physical device). Below is a very quick example on how you can use gpg to generate a key pair and use it to encrypt data.

First, you have to generate the keys:

root@vagrant:~# gpg --gen-key
gpg (GnuPG) 1.4.20; Copyright (C) 2015 Free Software Foundation, Inc.
This is free software: you are free to change and redistribute it.
There is NO WARRANTY, to the extent permitted by law.

gpg: directory `/root/.gnupg' created
gpg: new configuration file `/root/.gnupg/gpg.conf' created
gpg: WARNING: options in `/root/.gnupg/gpg.conf' are not yet active during this run
gpg: keyring `/root/.gnupg/secring.gpg' created
gpg: keyring `/root/.gnupg/pubring.gpg' created
Please select what kind of key you want:
   (1) RSA and RSA (default)
   (2) DSA and Elgamal
   (3) DSA (sign only)
   (4) RSA (sign only)
Your selection?
RSA keys may be between 1024 and 4096 bits long.
What keysize do you want? (2048) 4096
Requested keysize is 4096 bits
Please specify how long the key should be valid.
         0 = key does not expire
      <n>  = key expires in n days
      <n>w = key expires in n weeks
      <n>m = key expires in n months
      <n>y = key expires in n years
Key is valid for? (0)
Key does not expire at all
Is this correct? (y/N) y

You need a user ID to identify your key; the software constructs the user ID
from the Real Name, Comment and Email Address in this form:
    "Heinrich Heine (Der Dichter) <heinrichh@duesseldorf.de>"

Real name: Krzysztof Ksiazek
Email address: my@backups.cc
Comment: Backup key
You selected this USER-ID:
    "Krzysztof Ksiazek (Backup key) <my@backups.cc>"

Change (N)ame, (C)omment, (E)mail or (O)kay/(Q)uit? o
You need a Passphrase to protect your secret key.

This created both public and private keys. Next, you want to export your public key to use for encrypting the data:

gpg --armor --export my@backups.cc > mybackupkey.asc

Next, you can use it to encrypt your backup.

root@vagrant:~# xtrabackup  --backup --stream=xbstream  | gzip | gpg -e --armor -r my@backups.cc -o /backup/pgp_encrypted.backup

Finally, an example how you can use your primary key (in this case it’s stored in the local key ring) to decrypt your backups:

root@vagrant:/backup# gpg -d /backup/pgp_encrypted.backup | gunzip | xbstream -x
encryption: using gcrypt 1.6.5

You need a passphrase to unlock the secret key for
user: "Krzysztof Ksiazek (Backup key) <my@backups.cc>"
4096-bit RSA key, ID E047CD69, created 2018-11-19 (main key ID BC341551)

gpg: gpg-agent is not available in this session
gpg: encrypted with 4096-bit RSA key, ID E047CD69, created 2018-11-19
      "Krzysztof Ksiazek (Backup key) <my@backups.cc>"

Rotate your encryption keys

No matter what kind of encryption you implemented, symmetric or asymmetric, you have to think about the key rotation. First of all, it is very important to have a mechanism in place to rotate the keys. This might be useful in case of a security breach, and you would have to quickly change keys that you use for backup encryption and decryption. Of course, in case of a security breach, you need to consider what is going to happen with the old backups which were encrypted using compromised keys. They have been compromised although they still may be useful and required as per Recovery Point Objective. There are couple of options including re-encrypting them or moving them to a non-compromised localization.

Speed up the encryption process by parallelizing it

If you have an option to implement parallelization of the encryption process, consider it. Encryption performance mostly depends on the CPU power, thus allowing more CPU cores to work in parallel to encrypt the file should result in much smaller encryption times. Some of the encryption tools give such option. One of them is xtrabackup which has an option to use embedded encryption and parallelize the process.

What you are looking for is either “–encrypt-key” or “–encrypt-key-file” options which enable embedded encryption. While doing that you can also define “–encrypt-threads” and “–encrypt-chunk-size”. Second increases a working buffer for encryption, first defines how many threads should be used for encryption.

Of course, this is just one of the solutions you can implement. You can achieve this using shell tools. An example below:

root@vagrant:~# files=2 ; mariabackup --user=root --backup --pass=pass --stream=xbstream  |split -b 60M - backup ; ls backup* |  parallel -j ${files} --workdir "$(pwd)" 'echo "encrypting {}" ; openssl  enc -aes-256-cbc -salt -in "{}" -k mypass > "111{}"'

This is by no means a perfect solution as you have to know in advance how big, more or less, the backup will be to split it to predefined number of files matching the parallelization level you want to achieve (if you want to use 2 CPU cores, you should have two files, if you want to use 4 cores, 4 files etc). It also requires disk space that is twice the size of the backup, as at first it generates multiple files using split and then encryption creates another set of encrypted files. On the other hand, if your data set size is acceptable and you would like to improve encryption performance, that’s an option you can consider. To decrypt the backup you will have to decrypt each of the individual files and then use ‘cat’ to join them together.

Test your backups

No matter how you are going to implement the backup encryption, you have to test it. First of all, all backups have to be tested, encrypted or not. Backups may not be complete, or may suffer from some type of corruption. You cannot be sure that your backup can be restored until you actually perform the restore. That’s why regular backup verification is a must. Encryption adds more complexity to the backup process. Issues may show up at the encryption time, again – bugs or glitches may corrupt the encrypted files. Once encrypted, the question is then if it is possible to decrypt it and restore?

You should have a restore test process in place. Ideally, the restore test would be executed after each backup. As a minimum, you should test your backups a couple of times per year. Definitely you have to test it as soon as a change in the backup process had been introduced. Have you added compression to the backup? Did you change the encryption method? Did you rotate the encryption key? All of those actions may have some impact on your ability to actually restore your backup. Therefore you should make sure you test the whole process after every change.

ClusterControl can automate the verification process, both on demand or scheduled after every backup.

To verify an existing backup, you just need to pick the one from the list, click on “Restore” option and then go through the restore wizard. First, you need to verify which backup you want to restore.

Then, on the next step, you should pick the restore and verify option.

You need to pass some information about the host on which you want to test the restore. It has to be accessible via SSH from the ClusterControl instance. You may decide to keep the restore test server up and running (and then dump some partial data from it if you wanted to go for a partial restore) or shut it down.

The final step is all about verifying if you made the correct choices. If yes, you can start the backup verification job.

If the verification completed successfully, you will see that the backup is marked as verified on the list of the backups.

If you want to automate this process, it is also possible with ClusterControl. When scheduling the backup you can enable backup verification:

This adds another step in the backup scheduling wizard.

Here you again have to define the host which you want to use for backup restore tests, decide if you want to install the software on it (or maybe you already have it done), if you want to keep the restore server up and whether you want to test the backup immediately after it is completed or maybe you want to wait a bit.

Nampa, Idaho (Ammoland.com) – Adaptive Tactical, LLC, manufacturers of innovative firearm stocks and accessories, can take your factory Ruger 22 Charger or 22 Charger Takedown and improve its performance, all while increasing its accuracy and versatility through several products from its Rimfire Accessories line. The Tac-Hammer Ruger 22 Charger Barrel/Rail Combo, Tac-Hammer Ruger 22 Charger Takedown Barrel/Rail Combo and TK22C Ruger 22 Charger Takedown stock are the ideal upgrades for a plinker’s dream firearm.

The Tac-Hammer Ruger 22 Charger Barrel/Rail Combo and Tac-Hammer Ruger 22 Charger Takedown Barrel/Rail Combo will increase accuracy and improve the performance and portability of the Ruger 22 Charger when upgrading from the original factory barrel. The Rigid-Core Barrel delivers the benefits of a bull barrel’s larger diameter and related stiffness – greater accuracy and repeatability of the shot – without the added weight. A rigid-core, stepped barrel design is encased within a post-tension, aluminum shroud, offering the rigidity of a bull barrel with a significant weight reduction. The Tac-Hammer Package includes barrel, cantilevered optic rail and front threaded compensator. The cantilevered rail design ensures consistent zeroing for Takedown firearms.

Specifications:

The Tac-Hammer TK22C Ruger 22 Charger Takedown Stock is made from a durable, all season polymer construction that provides increased versatility. The removable barrel insert provides a custom fit for both standard tapered barrels and 0.92” bull barrels. The pistol grip is designed to fit the spring-loaded TacTRED™ Monopod for increased stability (sold separately). It includes a custom firearm sling, which improves stability when shooting. Simply attach to the stock’s rear loop and shoulder; aim is improved due to full extension along the arm. It also features an integrated rear single point sling attachment loop and front bipod swivel mount.

For more information on Adaptive Tactical, visit www.adaptivetactical.com or “Like” us on Facebook and “Follow” us on Instagram.

About Adaptive Tactical, LLC:

Adaptive Tactical’s design team, a proven leader in firearm stock and accessory innovation, led the way in award winning recoil dampening shotgun and rifle stocks and accessories. Manufacturers of the popular Sidewinder Venom™ mag-fed shotgun system and ADTAC stock systems, Adaptive offers products focused on improving speed, performance and versatility for military, LE, defense, range and competition applications. www.adaptivetactical.com

courtesy Nick Leghorn for TTAG

[Ed: Nick originally wrote this less than a week after the Sandy Hook shooting, but it’s still just as relevant today.]

In the wake of recent events, it’s obvious and unfortunate that the vast majority of pundits have no idea what they’re talking about when it comes to guns. Especially with a firearm like the AR-15 (a.k.a., “assault rifle”). Scanning the press coverage, there’s no end of misinformation about the ArmaLite Rifle (that’s what AR means, not “assault rifle”) design and why it’s the most popular rifle in the United States. Hopefully I can put some of that right.

Versatility

Before the AR-15 rifle made its way onto the market, gun owners needed to buy a different gun for each caliber and application.

Whether they wanted inexpensive target shooting (with cheap ammo like .22 LR) or deer hunting (with a more substantial caliber like .308 Winchester), shooters had to buy a different firearm for each use. That made changing calibers expensive, time-consuming, and generally a one-way process.

Shooters were also stuck with their rifle’s ergonomics. If the stock was too long or too short there wasn’t much they could do short of paying a gunsmith to modify their firearm. The same was true if you didn’t like the rifle’s trigger or its sights. Changing just about anything was a major pain in the butt.

With an AR-15, however, gun owners don’t need a qualified gunsmith to modify or customize their gun. The average shooter can order the parts they need online and perform the work themselves with little more than a screwdriver, a wrench, a hammer and a YouTube tutorial. [Click here for a handy how-to.]

In fact, there’s only one part of the gun that an owner has to buy through a gun shop: the “receiver” or lower (above). That’s the serialized part of an AR pattern rifle. Technically, as far as the ATF is concerned, that is the gun. I’ve assembled all of my own AR-15 rifles from scratch, having purchased only the receivers through gun stores.

Everything about the AR-15 platform can be swapped out to fit the specific end-user and their intended use. Long-range shooters might add a longer barrel and more powerful scope for increased accuracy. Those interested in home defense might choose a shorter barrel, a red dot and add a flashlight to the gun. You can even change the grip and fore end to fit your hand exactly and make shooting more comfortable.

Hunting

Gun control advocates, the media and many politicians are fixated on the idea that AR-15s are “military weapons” or “weapons of war” that “have no place on our streets.” We hear again that they’re not suitable for hunting.

Not true.

Hundreds of thousands of hunters use the AR-15 platform which is often sold in complete configurations specifically designed for hunting. The gun is rugged, reliable, portable and accurate. What’s more, the ability to quickly and easily change the rifle’s caliber offers American hunters a huge advantage.

courtesy ar15.com

I use an AR-15 that fires the relatively new 300 AAC Blackout round for hunting in Texas. When deer aren’t in season I swap my AR’s upper receiver for one that shoots the much cheaper .22 LR cartridge. This kind of caliber swap cuts down on costs and makes hunters more accurate (since they can afford to practice with their hunting rifle all year long).

Self-defense

The AR-15 is the civilian version of the M-16 rifle, as adopted by the U.S. armed forces. The M-16 was developed in the wake of World War II. Generals wanted a rifle that would allow U.S. servicemen to put rounds on target accurately at extreme distances (as they did with the M1 Garand in WWII).

That’s the reason the rifle originally came with a bulky stock and precision “aperture” sights. The Powers That Be wanted their troops to take precise, aimed shots from the shoulder. So despite what the media would have you believe, the AR-15 was not designed to “spray” bullets. It was originally created as a precision rifle.

And despite plenty of misinformation to the contrary, civilian AR-15 rifles are semi-automatic. That means one round per trigger pull. Actual fully automatic machine guns are rare as hens teeth and prohibitively expensive thanks to regulation that goes back as far as 1934.

A great offensive weapon also makes a great defensive weapon. The AR-15 is an easy-to-use and effective rifle for personal and home defense. If someone was defending say, a school, and they were positioned at the end of a corridor, an AR-15 would give them the speed, repeatability (i.e. ammunition capacity) and/or accuracy they’d need to eliminate a lethal threat. Or threats.

Which is why so many Americans depend on the AR-15 for the self-defense. It’s also the reason that police rely on AR-15s to counter active shooters.

Trailer FrenzyA special place to find the newest trailers for movies and TV shows you’re craving.  

We’ve heard barely anything about Jon Favreau’s take on The Lion King since Disney announced its plans to add the beloved film to its long list of remakes, outside of some extremely exciting casting. But now, we finally have a look. And, unsurprisingly, the man who turned The Jungle Book into a visual feast has done the same here!

The trailer is light on things that aren’t just gorgeous shots of immaculate looking CG creatures, but it captures the 1994 animated classic’s iconic opening stunningly—and of course we get the legendary James Earl Jones reprising his role as Mufasa, talking to his young son Simba (played by JD McCrary as a cub, and Donald Glover as an adult) about the Pride Lands that will one day be his to rule.

Simba just can’t wait to be king, and we just can’t wait to see more of this in action. If that wasn’t enough, here’s an equally stunning poster of the young Simba literally standing in his father’s footsteps:

The Lion King heads to theaters once more July 19, 2019.

U.S.A. –-(Ammoland.com)- If you have not read of the first part of the tour be sure to click below and find out about Palmetto State Armory‘s impressive assembly process of their AR-15s and AK rifles.

Talking With The Engineers

Probably my favorite stop of the trip was a visit with the madmen that bring the top brass’ visions to life. These are the folks behind the upcoming PSA MP5 clone as well as the guys that are behind the PSA AKV 9mm AK. The collection of parts all over their office was something that I could spend a week digging through and finding inspiration, knowledge, and even some cool content ideas from.

They had the prototype AKV laid out on their table for us to check out when we arrived. Duncan had already had some time with the 9mm AK, but I hadn’t even had a chance to look at one yet. Let me tell you, that thing is impressively cool and as I would later find out, fun as hell to shoot.

Also hiding in the office was some prototype .224 Valkyrie barrels with an interesting twist rate that I am not sure I can tell you about yet, a new 7.62x39mm AR lower, a few prototype AK pistol braces that are sure to excite AK nerds and even some handgun stuff that caught my attention.

Sadly I am not entirely sure what I can tell you about, so I will err on the side of caution and assume that until it is listed on the website, I am to keep my dang mouth shut. That said, nerding out with the engineers about gun stuff was one of the most enjoyable experiences I have had on a work trip to date, and I can’t wait till I have a chance to visit with them again.

Lead Star Arms

In the same facility as the engineering team, we found Lead Star Arms, the ultra high-end arm of PSA. These guys have focused on lightweight competition ready rifles and AR pistols that rival guns that are double their price point.

All we were able to see while we were there was a couple of completed rifles and a ton of components that were coming off their ultra nice CNC machines, and they are something to behold. Not only are the components that Lead Star is making interesting looking with outstanding detail and interesting windows on the skeletonized models, but they also have a root in competition where performance matters.

Sadly I don’t have any experience with the Lead Star guns, but Duncan does and had nothing but nice things to say about the shooting experience. Maybe sometime in the future, I will be able to put a Lead Star gun through the paces, but until then I will differ the questions to Duncan.

Building Our Guns

Now it was time for Duncan and me to head back over to the assembly facility to pair those barrels from DC Machine with the optics we got at the flagship store. Gathering up all of the parts took a few minutes since these builds were out of the ordinary and they wanted to ensure that inventory levels weren’t messed up.

Once we had the parts I started with the lower I was provided, a standard PSA marked unit. Instead of walking you through my build, I would rather just tell you the components that I used. You should also expect a full review of my build at some point in the future.

For the lower, I decided on a Magpul CTR stock with a Mil-Spec receiver extension, a Magpul MIAD grip, and Palmetto’s own EPT fire control group lower parts kit. The upper was really built around the barrel, a 16” stainless Freedom barrel chambered in 5.56 with a 1:7 twist rate and a mid-length gas system. The BCG was a standard PSA produced unit, the charging handle also was a Mil-Spec unit, and the handguard was PSA’s 15” lightweight M-LOK units.

Once I had assembled my upper, I turned towards Duncan’s parts and put an identical upper together for him while he prepared the Strike Eagle and the Viper PST Gen II to be mounted to the uppers. My rifle ended up getting the Strike Eagle 1-6 scope nestled in a Warne 30mm cantilever mount and a Trijicon RMR RM06 on a Magpul M-LOK offset optic mount paired with a high base for the RMR, a combo that I have been wanting to try for years. Duncan, on the other hand, had opted for a Vortex Viper PST Gen II 1-6 power scope in the same model Warne mount that I was using on my rifle.

Shooting Our Builds & The AKV 9mm AK

With the rifles built, the next step was to gather some ammo and head out to the shooting range that PSA owns not far from the assembly facility. We also asked to take one of the AKV prototypes out to the range with us since I hadn’t had a chance to shoot one and Duncan was chomping at the bit to shoot it again.

Both rifles functioned flawlessly over the several hundred rounds that we dumped through the rifle in the short time we were on the range. My initial groups should be categorized as acceptable, something that I was expecting since we were shooting off wooden blocks without rear bags to even get the rifle close to stable. Once I get the rifle out to the range, I will do a proper accuracy test with good match ammunition to see what she will do.

Once I had my fun with the rifle that I had built we broke out the 9mm AK they are calling the AKV and headed over to the pistol range where there were several pieces of steel set up for us. After burning through the better part of a case of Winchester 9mm NATO trying to see who was the fastest to run the steel challenge course we called it quits. I can see why Duncan enjoys the AKV so much, that is a soft shooting gun that you can really run fast if you do your part.

We packed up as the sun was setting and headed back to the hotel after dinner. Tomorrow was going to be a big day.

STS Machine In Jacksonville

The next day we headed to the airport to board a plane to Jacksonville, Florida where STS Machine is located. STS Machine makes several things, but the ones that we were most interested in were the upper and lower receivers, hand guards, barrel nuts, flash hiders, and gas blocks. STS also does work in the automotive and motorcycle industry in addition to the gun stuff, but who cares about that, this is a gun blog, right?

While I am not allowed to go into detail on how they produce the parts, I can tell you that while I was there the professionalism that the STS Machine team, as well as the level of knowledge, was impressive. These guys and gals knew their stuff and were ready to answer any questions that I might have about the process. I wish I could tell you more about how they make their parts since it addressed a lot of my questions about quality control and acceptable tolerances.

I did get a look at the Space Force lowers that had just sold out on their website as well as the Mad Dog lower that had yet to be released when we saw them being produced. Both had awesome roll marks, and I am really looking forward to what PSA cooks up going forward!

Duncan, Josiah, and I said our goodbyes and grabbed a bite to eat at a super nice steakhouse in Jacksonville that I couldn’t recall the name of if I tried. Once we had eaten more than our fair share of steak, we headed back to the airport to catch a flight back.

A Final Full Auto Shoot & The Flight Home

Now that we had seen everything that Palmetto wanted to show us we had a bit of time to kill on the final day before Duncan, and I needed to be back at the airport home. How does PSA fill that downtime? Time on the range with some machine guns of course!

Josiah had arranged for us to get to one their stores before open and had ammo set aside for several machine guns like a full auto converted M&P-15 .22LR, an Uzi, MP5, a PSA AK converted to full auto, and a PSA AR converted to full auto as well.

While we were on the range, I broke out my carry Glock 19 and got some practice in before I headed back home since the next day I would be at the Modern Samurai Project 2-day Red Dot Course. I know Duncan ate up the chance to mag dump the machine guns and don’t get me wrong, I did too between strings with my Glock 19.

Being responsible and brushing my shooting skill up a bit before class instead of shooting the crap out of machine guns killed me a bit inside but that is the price of adulating sometimes. I did get a chance to mag dump as well as deliver some controlled bursts out of everything PSA has laid out for us, just not as much time with them as I would have preferred.

I want to thank Josiah and the other folks at PSA for understanding the importance of me getting a bit of practice while I was out of town, so I didn’t show up at class shooting like a fool that hadn’t shot in a while. The ability to keep my practice schedule up while on the road was invaluable.

Right about 11 AM Duncan, Josiah, and I loaded up in the rental and headed to the airport so that Duncan and I could get back home and process everything we had seen. The amount of stuff that we saw, did, or learned on this trip was like drinking from a fire hose, and I knew I was going to need some time to decompress and process it all.

What I Learned During The Tour

While I know that this post is nearing the length of a short story, but I think it was well worth taking my time to explain everything that I saw.

Before the trip I had a positive impression of Palmetto State Armory’s products, I don’t want you to think that I didn’t. What I didn’t have was an appreciation for the mission of PSA or the amount of quality control and thought that goes into everything they produce.

It has become in vogue to refer to PSA’s lowers as “hobby grade,” and I now know that couldn’t be farther from the truth. Why is it that folks feel that PSA’s stuff is of lesser quality? The price of the product plays a lot into perception. Because PSA has learned how to keep their overhead super low and is essentially offering their products at “dealer price” to consumers they blow most other companies out of the water regarding value.

Just because you are getting factory direct pricing doesn’t mean that it is of lesser quality.

QC on the majority of the parts is on par with many other manufacturers out there based on what I have seen and I would even go so far as to say that many of Palmetto’s components  are of higher quality than those found other rifles that have an MSRP double of what a PSA rifle would run you.

I guess the cliff notes version is don’t discount PSA just because it is attainable, more expensive is not always better.

Special Thanks

I want to thank Josiah and everyone else that either spoke with us on the tour or made it happen. The hospitality shown was nothing short of above and beyond what anyone would expect on a media trip.

I am looking forward to making my way back to Columbia for the next visit!

About Patrick R.

Patrick is a firearms enthusiast that values the quest for not only the best possible gear setup but also pragmatic ways to improve his shooting skills across a wide range of disciplines. He values truthful, honest information above all else and had committed to cutting through marketing fluff to deliver the truth. You can find the rest of his work on FirearmRack.com as well as on the YouTube channel Firearm Rack or Instagram at @thepatrickroberts.