Terminal Bullet Performance - Long-range Shooting | Applied Ballistics

This video from Applied Ballistics, featuring ballistician Bryan Litz, delves into the critical role of muzzle velocity in achieving accurate firing solutions for long-range shooting. It highlights how understanding this fundamental ballistic parameter is essential for any serious long-range shooter aiming for precision. The video is presented in conjunction with the NSSF's "Let's Go Shooting" initiative, encouraging engagement with the shooting sports.

This video features Bryan Litz, founder of Applied Ballistics LLC, discussing the crucial element of Aerodynamic Jump in long-range shooting. He explains how this ballistic phenomenon impacts the trajectory of a projectile and is factored into ballistic solutions. The video promotes NSSF initiatives like #LetsGoShooting and #NSSF, encouraging firearm ownership and participation in shooting sports. It also directs viewers to resources for finding shooting locations and learning more about hunting and gun owner advocacy.

This video from Applied Ballistics and the NSSF explains the crucial concept of Ballistic Coefficient (BC) in long-range shooting. Renowned ballistician Bryan Litz, also associated with Berger Bullets, details why BC is a key factor in a bullet's overall performance, providing valuable insights for anyone interested in precision shooting at extended distances. The video promotes responsible shooting and firearm ownership.

This video, featuring ballistician Bryan Litz, defines long-range shooting as any distance requiring significant rifle zero adjustments for gravity and wind. It distinguishes Extended Long-Range (ELR) by the bullet's approach to transonic speeds (around Mach 1), where aerodynamic effects become more complex and challenging to predict. The definition of 'long-range' is relative to the caliber, with a .22 rimfire requiring corrections at 150 yards, while larger calibers may consider 1000 yards a 'chip shot'.

This episode of Wind Call Wednesday introduces a challenge where viewers must judge wind speed and direction based on mirage to make an accurate wind call for a shooter. The video details the specific rifle, ammunition, and atmospheric conditions used, emphasizing that wind flags can be unreliable. Instruction is provided by an expert from Ghost Firearms Training LLC.

This video demonstrates advanced long-range precision shooting at 950 yards using a bolt-action rifle and C-Zone steel targets. The shooter, exhibiting experienced authority, successfully engages the target multiple times, highlighting proper prone positioning, trigger control, and bolt cycling techniques. The content is valuable for intermediate to advanced marksmen seeking to refine their skills in extreme distance shooting.

This drill focuses on improving pistol accuracy by isolating trigger anticipation. By firing a single live round and immediately following with a dry fire, shooters can identify muzzle movement caused by flinching or anticipating recoil. Practicing this at distance, like 40 yards, provides clear feedback on trigger control and sight alignment.

Understanding Minute of Angle (MOA) is crucial for accurate long-range shooting. MOA is an angular measurement, approximately 1 inch at 100 yards, that increases linearly with distance. This concept simplifies scope adjustments for bullet drop and windage, allowing shooters to precisely compensate for gravity's effect on trajectory. Proper zeroing and understanding scope click values are key to achieving consistent accuracy.

Ryan Cleckner highlights stability as paramount for long-range shooting, recommending shooting bags for a consistent platform. He stresses focusing on the reticle for sight picture and maintaining steady trigger pressure through the shot with follow-through. Proper scope setup is crucial to avoid 'scope shadow' and ensure accurate point of impact.

Proper rifle scope mounting is crucial for accuracy and shooter comfort. This guide emphasizes fitting the scope to the individual shooter, ensuring a natural cheek weld and eye alignment. Key steps include secure ring installation, achieving correct eye relief, leveling the reticle, and focusing the ocular lens for a clear sight picture.