Boondock Ballistician

This video analyzes the implications of the US Army's contract with Federal for their Peak Alloy case technology. It compares this to other high-pressure ammunition case options like NAS-3, SIG's hybrid bi-metal, and CTC's MIM/MPACT cases, discussing their strengths, weaknesses, and potential impact on bolt thrust and barrel life. The analysis highlights ongoing developments in ammunition technology driven by military requirements.

This video explores the concept of gain twist rifling, a historical firearm technology that has seen renewed interest. While traditionally used in muzzleloaders to ensure proper bullet engagement, its benefits in modern firearms have been debated. The presenter discusses potential modern applications, including improved barrel life and managing high chamber pressures in advanced firearms, as well as its theoretical application in optimizing projectile stabilization for cartridges like 8.6 Blackout. The analysis highlights that while benefits are often marginal and highly specific, new contexts might warrant further investigation.

This video provides guidance for introducing new shooters, particularly women, to firearms. It emphasizes understanding psychological barriers, tailoring the experience to individual interests beyond just defense or competition, and avoiding an overbearing approach. The instructor, Boondock, highlights the importance of making the experience fun and comfortable, suggesting starting with less intimidating firearms like a suppressed .22LR and focusing on the beginner's comfort and learning process rather than immediate perfection.

This video from Boondock Ballistician explores the reasons behind the perceived stagnation in the firearms industry. The speaker, Bunda, identifies three primary factors: consumer demand for familiar platforms like the AR-15, the financial realities of R&D and market risk, and the symbiotic relationship between different industry sectors. The discussion highlights how consumer preferences for incremental upgrades over radical innovation, coupled with the high cost and risk of developing new products, contribute to slower progress. Military contracts are noted as a significant funding source for R&D, but this also concentrates innovation within a few established companies. The symbiotic nature of the industry, where new ammunition requires new firearms and vice-versa, further complicates and slows down the pace of innovation.

This review of Seismic's 185gr 9mm Quake Maker ammunition, utilizing NAS3 cases, explores its performance claims centered on momentum. While the heavy projectile offers potential for barrier penetration, the reviewer found its velocity and energy metrics comparable to standard 147gr defensive rounds. The high cost and variability in performance due to the NAS3 case technology are noted drawbacks, suggesting it may not offer a significant advantage over existing, more affordable options for typical self-defense scenarios.

This video compares the 6MM ARC and 6MM MAX cartridges, highlighting their technical differences, performance, and practical applications. While the 6MM ARC has gained significant traction and military adoption, the 6MM MAX offers potential advantages in AR-15 compatibility due to its use of a standard 5.56 bolt. However, the performance differences are noted as minuscule in real-world scenarios, with availability and existing adoption favoring the 6MM ARC.

This video critically examines the FBI's ballistic testing standards, highlighting areas for improvement. The presenter, Boondock, suggests that while the FBI sets a high bar, certain aspects like clothing simulation and steel barrier material consistency could be more realistic. The discussion also touches upon the nuances of over/under penetration, fragmentation versus expansion, and the importance of testing rounds based on their intended application and range, drawing parallels with military testing methodologies.

This video provides an expert analysis of current ammunition supply chain issues, explaining how tariffs, geopolitical events, and material sourcing bottlenecks are driving up costs. The speaker, Boondock Ballistician, details the impact of Section 232 tariffs on steel and copper, propellant production shifts, and the nitrocellulose supply chain. It also highlights how increased demand can spur new primer manufacturers to enter the market.

Boondock Ballistician critically analyzes claims of 'record-breaking' 5.56mm ammunition, particularly from Shell Tech and Badlands Munitions. The expert instructor debunks inflated velocity and pressure figures, emphasizing the dangers of misinformation for reloaders and highlighting that standard brass-cased ammunition can achieve similar velocities within safe pressure limits.

This video explores the challenges and concepts behind anti-drone ammunition, examining historical ideas like Project Salvo and modern shotgun-esque designs. It highlights issues with dispersion reliability, weapon compatibility (especially with suppressors), manufacturability, logistics, and cost. The speaker suggests that while these specialized rounds aim for higher hit probability against fast, unpredictable targets like drones, their practical application faces significant hurdles compared to traditional rifle munitions or alternative anti-drone technologies.

This guide details a performance test of the G2 Research R.I.P. 9mm round, moving beyond its internet 'gimmick' reputation. It covers methodology using ballistic gel and a PCC, analyzes penetration and fragmentation data against FBI standards, and explores the potential of barrier-blind fragmenting projectiles, offering insights from an analytical and objective instructor.

This expert review of the Kel-Tec P50 (PR5.7) by Boondock Ballistician highlights significant reliability issues, including failures to extract and chamber, over 700 rounds. The assessment details problems with the stripper clip loading mechanism and a crooked front sight post. Despite consistent primer strikes, the firearm is deemed not worth its $300-$400 price point due to abysmal performance.