Good Friends, Questionable Ideas: Night Shooting Gone Wild

This guide details how a novice shooter successfully engaged targets at 1,000 yards with a Barrett MRAD rifle. It emphasizes the importance of proper setup, including using a booster seat for stability and familiarizing the shooter with scope adjustments. The process covers aiming, firing, cycling the bolt, and making ballistic corrections for long-range accuracy, demonstrating that even beginners can achieve hits with the right approach and equipment.

This three-day mid-range rifle course at Thunder Ranch, instructed by Kit Badger, focuses on developing essential long-range shooting skills. Key takeaways include mastering rifle zeroing, collecting precise ballistic data at known distances, and applying this data for accurate engagement. The course emphasizes practical application through positional shooting, reticle hold techniques, and diagnostic drills to improve shooter and rifle performance.

This guide details the process of truing ballistic data for extreme long-range shooting using the Gunwerks Endex rifle. It emphasizes the importance of real-world impact data to refine ballistic calculations via the Revic app, ensuring accuracy at distances exceeding 1500 yards. The video showcases precise execution by manufacturer experts, highlighting the rifle's performance and portability.

This video demonstrates long-range shooting techniques, focusing on wind calls and target acquisition at extreme distances. The instructor emphasizes the importance of precise aiming points based on wind conditions, using a graph to illustrate ballistic trajectories. The demonstration involves a Barrett MRAD chambered in .416 Barrett.

This video delves into the critical factors influencing rifle accuracy, particularly for precision shooting and hunting beyond 500 yards. It emphasizes that while bullet Ballistic Coefficient (BC) is important, factors like velocity standard deviation (SD) and projectile shape significantly impact dispersion. The analysis highlights that at longer ranges, the aerodynamic efficiency of a bullet becomes more critical, especially in windy conditions, and that trade-offs exist between maximizing BC and minimizing dispersion.

This video explains the fundamental differences between Minute of Angle (MOA) and Milliradian (MIL) as units of angular measurement used in rifle scopes. It clarifies that MOA is 1/60th of a degree, equating to approximately 1 inch at 100 yards, while MIL is 1/6400th of a circle, equating to 10 cm at 100 meters. The instructor notes that most precision scopes use quarter MOA adjustments, allowing for fine-tuning.

This guide details the process of suppressing Glock handguns, including disassembly, barrel replacement with SilencerCo models, and reassembly. It also explains the difference between standard and SN pistons for suppressor mounting and highlights various SilencerCo suppressors suitable for Glocks, such as the Spectre 9, Omega 36M, Osprey 9, S98, and Omega 9K.

The SilencerCo Scythe STM is a versatile suppressor constructed from 17-4 stainless steel, designed for calibers ranging from 5.56 NATO to 300 RUM. It offers modularity, allowing for short or long configurations and compatibility with various mounting systems like the Bravo ASR and Bravo Anchor Brake. The suppressor is engineered to perform well with both gas and bolt-action firearms, offering significant sound suppression, particularly on bolt guns where its sealed nature maximizes quiet operation.

This video documents a team's participation in the Nutria Fest, an event focused on hunting invasive nutria in Louisiana. The team utilized thermal and white light optics for early morning hunts, encountering challenges with low nutria activity initially. They later shifted focus to hunting feral pigs, demonstrating adaptability. The event highlights the use of suppressors and rifles in pest eradication and the competitive nature of such hunts.

This video from SilencerCo, presented by Beaver, investigates the necessity of a suppressor booster on various Glock models when using lightweight suppressors like the Spectre 9. The testing covers Glock 19 Gen 3, 43, 26, and 17 Gen 3, using 115, 124, and 147 grain ammunition, comparing direct thread mounts against booster assemblies. The findings highlight how suppressor weight and firearm design (especially barrel length and action type) impact cycling reliability and ejection patterns, with subcompacts showing particular sensitivity to direct threading.