Beginner Series - Zeroing Your Gun

This video explains the concept of ballistic trajectory and how different zero distances affect the point of impact at closer ranges. It highlights that a 100-yard zero will result in a lower point of impact at 200 and 300 yards, while a 200 or 300-yard zero will cause the bullet to strike higher at 100 yards. The speaker demonstrates adjusting optics based on these principles.

This video provides a comprehensive guide to zeroing firearms and confirming zero, emphasizing methodical steps for accuracy. It details techniques for establishing a natural point of aim, performing MOA calculations, and making precise adjustments to optics. The instruction highlights the importance of consistent practice and understanding weapon mechanics for reliable performance in various scenarios.

This video demonstrates the process of zeroing a rifle for long-range shooting in an outdoor camping environment. It covers adjusting optics for different ammunition types and distances, including dealing with windage. The instructor emphasizes the importance of confirming zero and making necessary corrections for accurate shooting.

This video details a practical process for zeroing handgun red dot sights, emphasizing a phased approach. Instructor Joel Park advocates starting at close range (7-10 yards) to perfect windage, then moving to 20-25 yards to fine-tune elevation. He also stresses the importance of witness marking optic screws to ensure zero retention and suggests that zeroing should be achievable within 10-20 rounds.

This video provides a beginner-friendly guide to zeroing an AR-15 rifle, explaining the importance of a zero and demonstrating the process at 25 yards. It covers common zero distances, stable shooting techniques in the prone position, and how to make optic adjustments based on group analysis. The instructor emphasizes understanding ballistic trajectory and practicing at various ranges to master holdovers and holdunders.

John "Shrek" McPhee explains that the military's standard of zeroing firearms with three rounds is primarily a cost-saving measure, reducing ammunition expenditure for large-scale training. He advocates for a more thorough zeroing process using a significantly higher number of rounds, such as 100, to achieve a more reliable and precise sight picture. This approach prioritizes accuracy over the minimal requirements for basic zeroing.

Lucas Botkin, founder of T.Rex Arms, shares his expert insights on optimizing carbine builds based on extensive round counts. He details his philosophy on barrel length versus optic choice, preferring red dots for shorter barrels and magnification for longer ones. Botkin also discusses preferences for muzzle devices, foregrips, lights, lasers, and triggers, emphasizing reliability and simplicity for high-volume use.

This video details a critical incident during a firearms class where a custom-built pistol, featuring numerous aftermarket parts, experienced unintended discharges. The instructors meticulously troubleshoot the issue, identifying tolerance stacking and specific magazine fit as the likely culprits. They emphasize the importance of testing aftermarket components and the potential pitfalls of combining non-OEM parts.

This video discusses the practical considerations of Short Barreled Rifles (SBRs) with firearms instructor Nick Young. Key takeaways include the benefits of SBRs for suppressor use, the legal complexities involving ATF travel paperwork, and the potential reliability issues and increased violence in shorter-barreled platforms. The discussion also touches on the importance of proper buffer systems and the tendency for 'Franken-guns' to fail in training.

Hwansik Kim explains his 'No Friction Grip' technique, developed to maintain control in adverse conditions like sweaty hands or rain. The method emphasizes specific pressure points, particularly using the support hand's index finger on the trigger guard and the top knuckles of the support hand on the firing hand. This technique aims to minimize reliance on grip enhancers and provide consistent control through recoil by creating a stable platform without excessive friction.