Guns & Ammo Season 16 Episode 22 True Velocity Polymer Case Design

In season 16 episode 22 of Guns & Ammo, the team explores the technology behind True Velocity's new polymer case design. Host Tom Beckstrand takes viewers through the process of these revolutionary cases, which utilize new manufacturing techniques to create a lighter and stronger ammunition case compared to traditional brass casings.

Beckstrand visits True Velocity's headquarters and manufacturing facility to get a closer look at the design process. He speaks to the engineers and scientists behind the technology, gaining insights into the advantages that a polymer case can offer over traditional brass casings.

Throughout the episode, Beckstrand also tests the new polymer cases in a variety of environments and scenarios. He showcases how they perform in different firearms and under different conditions. The team also puts the cases to the test against water, dirt, and even extreme heat to see how they hold up.

In addition to exploring the advantages of using polymer cases, Beckstrand also speaks with gun enthusiasts and professionals to get their reactions to this new technology. This includes interviews with hunters, competitive shooters, and military personnel who are excited to see the advances in ammunition technology.

The episode also takes a deep dive into the history of ammunition manufacturing and case design, highlighting the evolution of the process over time. Beckstrand showcases how True Velocity's new polymer cases are yet another milestone in this evolution, offering shooters and hunters a new and improved ammunition alternative.

Overall, this episode provides viewers with an in-depth look at the technology behind True Velocity's polymer case design. The team showcases how these cases can offer numerous benefits to shooters and hunters, from improved accuracy and performance to a more environmentally friendly alternative to traditional brass casings. Viewers will get a sense of the excitement surrounding this new technology and what it could mean for the future of ammunition design.