It finally happened.
After months of planning, building, and a lot of work behind the scenes, we finally revealed our 7 Moses rifles on the Bald Guys With Guns channel.
For Rob, this is his first Extreme Long Range (ELR) rifle.
For Jeromy, this is his first full custom rifle build.
To celebrate the reveal, we spent the day doing exactly what these rifles were built for: sending rounds downrange and seeing what they can do.
We walked through the builds, tested accuracy, shot out to 1,000 yards, and eventually pushed the rifles all the way to a mile.
Watch the Full Video
What is the 7 Moses Cartridge?
The 7 Moses is a high-performance cartridge designed for long-range and extreme long-range shooting.
The cartridge starts with a .308 Winchester case that has been hydroformed to modify the case geometry. This process:
- Moves the shoulder forward
- Changes the shoulder angle
- Shortens the neck slightly
- Increases overall case capacity
The result is a cartridge capable of pushing 180 grain bullets around 2850–2860 FPS, making it extremely capable at long distances.
During this first range session, however, we were fire forming the brass, so velocities were slightly lower.
Typical fire-forming speeds during the session:
- Rob: ~2740 FPS
- Jeromy: ~2800 FPS
Even at these reduced velocities, the rifles performed extremely well.
The real “secret sauce” of the cartridge lies in the chamber throat design, which helps maximize the performance of the round.
Accuracy Testing – 5 Shot Groups
Before stretching the rifles out to distance, we started with some five-shot group testing.
Even using hydroformed brass that still needed to be fire formed, the rifles immediately showed strong performance.
Results included:
- Tight groups at 100 yards
- Single-digit standard deviations
- Extremely consistent velocities
One of the groups produced an 8.1 SD, while another five-shot string came in with an impressive 3.2 SD.
For brass that was still being fire formed, that’s a very promising start.
What is Hydroforming?
If you’ve never heard of hydroforming brass, it’s a pretty wild process.
Instead of firing the case in a rifle to reshape it, a hydroform die is used in a press.
The process works like this:
- Insert the brass into the hydroforming die
- Fill the case with water
- Insert a forming stem
- Strike the stem with a hammer
The hydraulic pressure reshapes the brass to match the desired cartridge dimensions.
To get the correct shoulder shape for the 7 Moses, we typically had to repeat the process twice per case.
Since both of us purchased 250 pieces of brass each, that meant hydroforming 500 total cases.
In the end we probably swung a hammer around 3,000 times over seven hours.
Worth it? Yes.
Fun? Debatable.
Stretching It Out – 500 Yards
Once we confirmed accuracy at 100 yards, we moved out to 500 yards.
The test was simple:
each of us would take five shots at a 12-inch steel plate.
The rifles performed exactly how we hoped they would.
Not only were the hits consistent, but we also discovered these rifles hit steel extremely hard at distance.
In fact, during the process we accidentally knocked down the entire target stand, which made it a little harder to keep shooting.
Rob’s 7 Moses Build
Rob’s rifle includes several sponsored components that helped bring this build together.
Optic
Tracked Torque Ultra HD 4–25×50
This optic has been one of the biggest surprises for the channel. After comparing it to several high-end scopes, including optics from Vortex, Maven, Nightforce, and Arken, the Tracked held its own.
Key features include:
- 47 mils of elevation travel
- Equivalent to 160 MOA
- Extremely clear glass
- Direct-to-consumer pricing
Gunsmith
The rifle was assembled and chambered by Precision Rifle Works in Utah, run by Bronson.
His work on the barrel and chamber helped bring the 7 Moses cartridge to life.
Suppressor
Northreach Manufacturing Whisper Pickle 30
This suppressor has become one of Rob’s favorites because it eliminates the sharp “crack” that some suppressors produce.
Other Build Components
- Remington 700 short action
- Excalibur barrel
- MDT ACC Elite chassis
- Accu-Tac SR-5 G2 bipod
The MDT ACC Elite chassis in particular has become a favorite for both of us due to its comfort and stability.
Jeromy’s 7 Moses Build
Jeromy’s rifle has a slightly different story.
Instead of starting from scratch, the build began with something much more personal.
The action used in the build is actually the same Remington 700 long action from Jeromy’s first hunting rifle, a .30-06 he purchased back in 2007.
Turning that rifle into a custom long-range build made this project even more meaningful.
Build Components
- Remington 700 long action
- Excalibur barrel
- MDT ACC Elite chassis (FDE)
- MDT Skypod Gen 3 bipod
- Vortex PST Gen II 5-25×50 optic
- SilencerCo Omega 300 suppressor
The Vortex optic has performed well overall, though the very fine center reticle can sometimes be difficult to see against certain targets.
Shooting to 1,000 Yards
After confirming performance at closer distances, we pushed the rifles out to 1,000 yards.
Wind conditions made things interesting.
Even small wind shifts at that distance can move the bullet several inches, and with no backstop behind the target it became difficult to tell whether misses were high or low.
Despite that, the rifles demonstrated they were fully capable of making consistent hits at the distance.
The Real Test – One Mile
Finally, we pushed the rifles to one mile.
Yes… a full mile.
After confirming our data at 1,000 yards, we started sending rounds at the mile target.
Rob quickly found the correct wind call and started stacking hits, eventually connecting multiple times in a row.
Jeromy managed to land a hit early as well, but the constantly shifting wind made it much harder to stay consistent.
Wind at extreme long range is incredibly difficult to predict, and it can change direction several times between the shooter and the target.
Even so, the results were impressive—especially considering we were still shooting fire-forming loads.
Why the 7 Moses is So Interesting
One of the biggest takeaways from the day was how forgiving the cartridge can be.
Even with:
- Hydroformed brass
- Lower fire-forming loads
- Windy conditions
The rifles were still capable of making hits at one mile.
Once the brass is fully fire formed and the loads are tuned for competition velocities, the performance should only improve from here.
Huge Thanks to Our Sponsors
This build would not have been possible without the help of several great companies:
- Tracked Optics
- Precision Rifle Works
- Northreach Manufacturing
And while they aren’t a sponsor, we also want to give credit to MDT for making some of the best rifle chassis we’ve ever used.
Come Shoot the Evens Challenge With Us
If you want to shoot with us, you can sign up for the Evens Challenge.
The course runs out to 1,000 yards, with a bonus target at 1,200 yards, and it’s a great way to test your long-range shooting skills.
Check the link in the video description to sign up and come out for a range day.
And remember…
Only the most beautiful scalps are bald.
See you on the range.
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7 Moses Rifle Build – Extreme Long Range Setup & First Mile Shots
Extreme long range shooting requires a rifle system designed for precision, consistency, and ballistic performance far beyond traditional hunting distances.
In this video, we reveal our 7 Moses rifle builds and take them to the range for their first real test. This includes accuracy testing, fire-forming loads, and eventually pushing the rifles all the way to one mile.
For Rob, this is his first Extreme Long Range (ELR) rifle.
For Jeromy, this marks his first full custom rifle build.
And after months of preparation, it was finally time to see what these rifles could do.
Watch the Full Video
(Embed your YouTube video here)
What Is the 7 Moses Cartridge?
The 7 Moses is a specialized cartridge designed for long range and extreme long range shooting.
It is based on a .308 Winchester case that has been hydroformed to create a new case geometry optimized for high-performance 7mm bullets.
The hydroforming process:
- Pushes the shoulder forward
- Changes the shoulder angle
- Shortens the neck slightly
- Increases powder capacity
This allows the cartridge to launch 180 grain bullets at approximately 2850–2900 feet per second, providing excellent ballistic performance for ELR shooting.
During this first range session, however, we were still fire forming the brass, so velocities were slightly lower.
Typical fire-forming velocities were:
- Rob: approximately 2740 FPS
- Jeromy: approximately 2800 FPS
Even with reduced velocities, the rifles performed extremely well.
One of the biggest advantages of the 7 Moses system is the chamber throat design, which allows the cartridge to take full advantage of modern high ballistic coefficient 7mm bullets.
Accuracy Testing – Five Shot Groups
Before moving to long-range targets, we started with five-shot group testing at 100 yards.
This was done using hydroformed brass that still needed to be fire formed, meaning we were not yet shooting optimized loads.
Despite that, the rifles immediately showed promising performance.
Velocity consistency was excellent, including:
- 8.1 standard deviation on one five-shot string
- 3.2 standard deviation on another
For brass that was still in the fire-forming stage, these numbers were extremely encouraging.
Once the brass is fully fire formed and load development begins, we expect even tighter performance.
Hydroforming Brass for the 7 Moses
Many shooters have never heard of hydroforming, but it plays a key role in preparing brass for the 7 Moses cartridge.
Instead of reshaping the case by firing it in a rifle, hydroforming uses hydraulic pressure inside a specialized die.
The process works like this:
- Insert the brass into the hydroforming die
- Fill the case with water
- Insert a forming stem
- Strike the stem with a hammer
The hydraulic pressure reshapes the brass to match the cartridge’s chamber design.
To achieve the proper shoulder shape for the 7 Moses, each case typically needed to be hydroformed twice.
Since both of us purchased 250 pieces of brass, that meant hydroforming 500 total cases.
By the end of the process we had probably swung a hammer around 3,000 times over seven hours.
It was a long day, but it produced the brass we needed to start shooting.
Shooting Steel at 500 Yards
After confirming accuracy at 100 yards, we moved to 500 yards to start stretching the rifles out.
The challenge was simple:
Each shooter would take five shots at a 12-inch steel plate.
The rifles delivered consistent hits and impressive energy on target.
In fact, during one of the strings we managed to knock over the entire target stand, which brought the test to a temporary halt.
When you’re pushing heavy 7mm bullets at these velocities, steel definitely knows it.
Rob’s 7 Moses Rifle Build
Rob’s rifle includes several components that helped bring this ELR setup together.
Optic
Tracked Torque Ultra HD 4–25×50
This optic has been one of the biggest surprises we’ve tested. After comparing it against several well-known brands, the performance held up extremely well.
Key features include:
- 47 mils of elevation adjustment
- Equivalent to 160 MOA of travel
- Clear glass quality
- Direct-to-consumer pricing
For extreme long range shooting, elevation travel is critical, and this optic provides plenty of room to dial.
Gunsmith
The rifle was chambered and assembled by Precision Rifle Works in Utah, run by Bronson.
The quality of the chamber work and barrel installation played a major role in how well the rifle performed right out of the gate.
Suppressor
Northreach Manufacturing Whisper Pickle 30
This suppressor does an excellent job of reducing the sharp “crack” that many suppressors produce.
Other Build Components
- Remington 700 short action
- X-Caliber barrel
- MDT ACC Elite chassis
- Accu-Tac SR-5 G2 bipod
The MDT ACC Elite chassis has become one of our favorite chassis systems due to its balance, stability, and overall comfort.
Jeromy’s 7 Moses Rifle Build
Jeromy’s rifle build has a bit more personal history behind it.
The action used in the rifle originally came from Jeromy’s first hunting rifle, a Remington 700 .30-06 purchased in 2007.
Rather than letting it sit unused, the rifle was converted into a full custom long-range platform.
Build Components
- Remington 700 long action
- X-Caliber barrel
- MDT ACC Elite chassis (FDE)
- MDT Skypod Gen 3 bipod
- Vortex PST Gen II 5–25×50 optic
- SilencerCo Omega 300 suppressor
The rifle performed extremely well during testing, though the fine center reticle on the optic can sometimes be difficult to see against certain targets.
Shooting to 1,000 Yards
Once we confirmed the rifles were performing well, we moved to 1,000 yards.
Wind conditions made this stage challenging.
At that distance, even small wind changes can move a bullet several inches off target.
Because there was no backstop behind the steel, it was sometimes difficult to determine whether misses were high or low.
Despite those challenges, the rifles demonstrated they were fully capable of hitting the target at 1,000 yards.
One Mile Shooting Test
The final test of the day was pushing the rifles to one mile.
After verifying our ballistic data at 1,000 yards, we began sending rounds toward the mile target.
Rob quickly found the correct wind hold and started connecting with the target multiple times.
Jeromy also managed to land a hit early, though shifting wind conditions made consistent impacts difficult.
Extreme long range shooting often involves multiple wind zones between shooter and target, making accurate wind calls one of the hardest parts of ELR shooting.
Even so, landing hits at one mile while still shooting fire-forming loads was an impressive result.
Why the 7 Moses Cartridge Stands Out
One of the biggest surprises during this range day was how well the cartridge performed even before load development.
Despite shooting:
- Hydroformed brass
- Fire-forming loads
- Windy conditions
The rifles still produced consistent hits at extreme distances.
Once the brass is fully formed and the loads are tuned, performance should only improve.
The Next Phase – Load Development
Now that the brass has been fire formed, the next step is load development.
This will involve:
- Testing powder charges
- Optimizing seating depth
- Improving velocity consistency
- Increasing muzzle velocity
The goal is to reach the cartridge’s full potential in the 2850–2900 FPS range with 180 grain bullets.
When that happens, the rifles should perform even better at extreme distances.
Come Shoot the Evens Challenge
If you want to test your own long-range skills, you can sign up for the Evens Challenge.
The course includes targets out to 1,000 yards, with a bonus target at 1,200 yards.
It’s a great opportunity to push your rifle and see how you stack up against other shooters.
Final Thoughts
Building these 7 Moses rifles has been one of the most exciting projects we’ve worked on.
From hydroforming hundreds of pieces of brass to finally sending rounds downrange, the process has been a serious investment of time and effort.
But seeing these rifles connect with steel at one mile made every step worth it.
And we’re just getting started.