At Aria Ballistic Engineering, we believe that ammunition is the heartbeat of firearms. It’s the driving force behind the mechanical components of a firearm, transforming it into a lethal weapon. We take pride in crafting each and every round to perfection, ensuring that it’s consistent, reliable, and safe. In this article, we’ll take you through the intricate process of manufacturing ammunition, step by step, here at Aria Ballistic Engineering.
Step 1: Sourcing Raw Materials
The first step in our ammunition manufacturing process is sourcing the raw materials. We use high-quality brass to create our casings, and our primers are made of a precisely blended mixture of chemicals. Our powders are carefully selected for their performance, and our bullets are expertly crafted to provide consistent accuracy.
Step 2: Casings and Primers
Once the raw materials are sourced, it’s time to assemble the casings and primers. We shape the brass casings into cylindrical forms, with one end closed and the other open. The primers are then inserted into the closed end of the casing and crimped shut to form a complete round.
Step 3: Powder Charge
Next up is the powder charge. We weigh each charge carefully, ensuring that each round contains the same amount of powder. Our team of experts understands the impact that the type and amount of powder has on the performance of the ammunition, and we take great care to get this step right.
Step 4: Bullet Seating
The final step in our ammunition manufacturing process is bullet seating. We carefully place the bullet into the open end of the casing and seat it to the exact depth. We control the seating depth with precision, ensuring that the bullet is centered in the casing and perfectly aligned with the barrel of the firearm.
Step 5: Quality Control and Testing
Once the ammunition has been assembled, it’s time for quality control and testing. Our team of experts thoroughly inspects each round, checking for consistency, accuracy, and safety. Only after the ammunition has passed our rigorous tests and inspections is it packaged and ready for sale to our customers.
At Aria Ballistic Engineering, we’re passionate about crafting the perfect round of ammunition. From sourcing raw materials to quality control and testing, we take great care at every step of the process to ensure that each piece of ammunition we manufacture is of the highest quality. We believe that our customers deserve the best, and we’re proud to deliver it, round after round.
Am interested in your 41 mag +P ammunition. specifically the 293 gr at 1500 fps. Would like to know the following:
Type gun tested in
Barrel length
PSI of the load
Accuracy – Some manufacturers are using 1:20 twist rates that would not stabilize a bullet of this weight.
Also are there any firearms like the ultra lite 41.mags that this ammo should not be fired in.
Thanks
Don
Don,
Thank you for your questions as well as your patiences. We try our best to get back to customers as fast as possible but sometimes find our team falling behind a bit. I will try and keep this a concise as possible. The 293-grain load was designed in-house by our ballistic team. this bullet will stabilize in slower twist firearms. However, this bullet does benefit from a slightly quicker twist rate. This bullet was designed for heavy Game hunting or trail protection at moderate ranges. The likelihood that the slower twist rate will effect accuary in a big way at those ranges is arguable. In fact, we have had no reports of bad accuracy with any “intended or appropriate” firearm platform. This load runs in the 36,500 PSI range. With that said please keep in mind that we list this load as a (+P) load as a warning of extended OAL of the cartridge as well as the torsional stressed from this load. This load is not intended for weak firearms. In fact, this load was intended for modern strong revolvers and rifles. Customers have reported great performance from S&W model 57’s but we don’t recommend prolonged use in that revolver. This isn’t because of PSI this is due to those stresses mentioned above. Those stresses after a while are too much for the S&W Yoke. I hope this answers some of your questions, please feel free to reach out via phone. It is easier to answer those technical questions in more depth. Thank you again and have a great week.
Don,
One quick note in regard to your 41-magnum ammo question. Our webstore states (normally) what barrel length is used to test certain ammunition. The 41-magnum ammo is developed using 16.5-inch test barrels, but all velocities are recorded from 6-inch barrel revolver with factory cylinder gap. We strive to state velocities from normal length (common) handgun barrels. We carry this principle over to our rifle ammunition. Most of our velocities are recorded using shorter than normal barrel lengths. An example is the 7mm REM MAG, most ammo companies use 24- or 26-inch barrels for velocities recordings. We use a 22.5-inch barrel and 23.5 in some cases. This allows us to give our customers the most accurate vel. readings we can. Hope this information fully answers the remaining parts of your initial questions. Thank you again for taking the time to write / email in.
Thank you for your kind words. We are going to be adding more and more technical data in the near future. We are hoping to also show real world tests and results with videos backing up our claims and findings. We are very close to launching our ABE Inc. informational video series. These will show case firearms from the 22 LR’s to firearms exceeding the 700 Nitro.
Our team is working hard to keep adding information to help our fellow hunters and target shooters. We have fallen a bit behind on getting this stuff posted but we should make up ground here shortly. Stay tuned guys and gals, great info coming soon.
We truly appreciate everyone’s input and kind words. Our video channel that will be coming soon will hopefully put to bed some of the BS out there on the internet and shooting mags. These videos will be a deeper dive into true bullet and load performance… as well as the busting some of these foolish claims about bullet energy and “terminal performance.” Our team truly appreciates all the input, and we look forward to getting more information out to our Aria “family members” as soon as possible.