Videos tagged with Mil Dot

Ryan Cleckner, a former special operations sniper and author, demonstrates how to collect ballistic data (DOPE) for long-range shooting. He explains how to use milliradians (mils) to calculate elevation adjustments based on bullet drop, utilizing both ammunition box data and ballistic software like Kestrel. The process involves shooting at known distances, observing impacts, making adjustments in mils, and meticulously recording the data for future use with specific rifle and ammunition combinations.

This guide explains the essential steps for zeroing a rifle, emphasizing the importance of boresighting before live fire. It details how to make initial scope adjustments, take precise shots, and use reticle measurements (MOA/Mil) to correct for elevation and windage. The process highlights understanding scope turrets and reticle subtensions for accurate zeroing, ultimately saving ammunition and ensuring safe shooting practices.

This video provides a comprehensive guide to creating and utilizing dope cards and range cards for efficient target engagement. The instructor emphasizes the importance of pre-shot work to reduce engagement time by having critical ballistic and environmental data readily accessible. Key elements include detailing rifle/ammo specifics, environmental factors, and using color-coding for rapid reference on both dope and range cards, which can be combined for maximum efficiency in the field.

This video demonstrates the long-range capabilities of an 11.5-inch BCM SBR, pushing its effective range to nearly 800 yards. The instructor utilizes a Primary Arms 1-8x LPVO and a Kestrel for ballistic calculations, achieving consistent hits on targets at various distances up to 790 yards. The demonstration highlights the importance of dialing for elevation, understanding bullet drop, and the surprising effectiveness of short-barreled rifles when properly equipped and employed.

This video explains the fundamental difference between First Focal Plane (FFP) and Second Focal Plane (SFP) rifle optics, focusing on reticle placement relative to the magnification mechanism. FFP reticles scale with magnification, maintaining true measurements at all power settings, making them ideal for long-range shooting and range estimation. SFP reticles remain a fixed size, meaning measurements are only accurate at a specific magnification (often max power), but can offer a clearer reticle at lower magnifications and are generally more affordable. The choice depends on the intended use and magnification range of the optic.

This video provides practical instruction on effectively using a rifle scope's reticle for various shooting applications. It covers essential techniques such as zeroing an optic by measuring group centers with the reticle, applying windage and elevation holds, and making corrections based on impact points. The instructor also details advanced uses like measuring wobble zone, calculating speed drop with a Kestrel, and determining maximum point blank range, emphasizing the reticle as a versatile measurement tool.

This video explains the concept of Maximum Point Blank Range (MPBR) for scoped rifles, detailing how to manipulate a rifle's zero to optimize the trajectory for a given target size. Instructor Ryan from Modern Day Sniper breaks down bullet trajectory components and demonstrates how to calculate an optimal point blank zero to maximize engagement distances while staying within the target's critical zone. The instruction emphasizes understanding the physics of bullet flight to achieve greater practical accuracy at various ranges.

This video provides a review and shooting demonstration of the CVLIFE 3-9x40 Mil Dot scope. It includes affiliate links for the scope, other optics (BDC and LPVO), steel targets, various camera equipment, hearing protection, safety glasses, reloading tools like a ballistic gelatin powder, scale, and caliper, as well as rangefinders and chronographs. The description also links to shooting targets and ammo boxes.

This guide details a high-angle, long-range precision shooting technique demonstrated by Lucas Botkin from T.REX ARMS. It covers stable shooting positions, utilizing specialized equipment like the Surgeon 6.5 CSR with a suppressor and high-power optic, and critically, real-time wind compensation using mil-radian adjustments for a 650-meter shot in 12-20 mph winds. The expert instruction emphasizes rapid adjustments and maintaining accuracy through dynamic environmental conditions.

This guide, presented by Karl Erickson from Tactical Rifleman, details the precise steps for zeroing a Low Power Variable Optic (LPVO) on a rifle. It emphasizes stable shooting fundamentals, proper scope setup including magnification and eye relief, and accurate measurement and adjustment techniques for achieving a precise zero. The instruction highlights how mil-based reticles facilitate data-driven adjustments for consistent accuracy.

This live Q&A session from Small Arms Solutions covers a wide range of firearms-related topics. The instructor, demonstrating significant expertise, addresses issues with Sig AR pistols, discusses the Chris Vector's ergonomics, and analyzes the potential for 5.56mm round development. He also provides insights into the 300 Blackout cartridge, the PSA KS47's performance, and the Benelli M4 shotgun's combat-proven status. The discussion extends to ammunition quality, manufacturing challenges for retro AR parts, and the debate between nitriding and chrome lining for barrels.

This expert guide from Classic Firearms, featuring Clint and Matt, breaks down the fundamental differences between Minute of Angle (MOA) and Milliradian (Mil/MRAD) scope systems. It covers the basic math, system alignments (Imperial vs. Metric), and crucial distinctions like First Focal Plane (FFP) vs. Second Focal Plane (SFP) reticles. The instructors highlight that neither system is inherently superior, with MOA often favored for simpler mental math in the US, while Mils are base-10 friendly. They also touch upon specialized reticles like BDCs found on optics such as the Trijicon ACOG.