Videos tagged with Spin Drift

The Artillery Luger, a 1918 WWI-era 9mm pistol, features a unique rear sight adjustable up to 800 meters, designed to compensate for spin drift. It uses an 8-round magazine and was often issued with a leather holster and wooden shoulder stock. Notably, the ATF exempts this configuration from SBR regulations.

This video, featuring ballistician Bryan Litz, explains the critical concept of the transonic range in long-range shooting. Litz details how bullet performance and predictability change significantly as velocity drops below approximately 1340 feet per second, requiring advanced ballistic knowledge for sustained accuracy. He recommends his 'Applied Ballistics' book series for those seeking to master these complex effects.

This video features Bryan Litz, a recognized ballistics expert, explaining the critical concept of spin drift in long-range shooting. He details how spin drift, caused by the rifling's twist, affects bullet trajectory and interacts with wind, often being more significant than the Coriolis effect. Litz emphasizes its impact on wind zero and group centering, especially in low-wind conditions, and recommends his book for further study.

This video details a one-mile shot attempt with a Desert Tech SRS Covert rifle chambered in .338 Lapua Magnum. It highlights the challenges of extreme long-range shooting, including the need for precise ammunition, scope adjustments, and accounting for external ballistics like spin drift and the Coriolis effect. The quick-change barrel system and bullpup design of the SRS are also showcased.

The Revic PMR428 Smart Rifle Scope, developed over five and a half years, offers advanced features for long-range shooting. It integrates a ballistics calculator, weather station, and multiple environmental sensors to provide real-time corrections for wind, spin drift, Coriolis effect, and aerodynamic jump. The scope allows for both virtual BDC and traditional turret dialing, with a convenient tool-less re-zero function. It maintains standard scope functionality even if the battery fails and connects via Bluetooth for easy ballistic profile management.

This video from Gunwerks' "LRP highlights" series, S3 E11, features a Wyoming youth antelope hunt with Ian and Savanna, kids of Aaron and Mike. They apply skills learned at the range, but Ian discovers long-range rifles don't guarantee success. Jeremy Winters also demonstrates the impact of spin drift on a bullet at 1000 yards. The video encourages viewers to subscribe to the Gunwerks channel for more content on long shots, tough shots, shooting tips, DIY, and ballistics.

This video from the Long Range Pursuit series, S3 E11, showcases a Wyoming youth Pronghorn Antelope hunt. Ian and Savanna, the children of hosts Aaron and Mike, apply their shooting range skills in a real-world hunting scenario. The episode highlights that long-range capability doesn't guarantee success in antelope hunting. Additionally, Jeremy Winters provides a demonstration on the effects of spin drift on a bullet at 1000 yards, offering valuable ballistics insights for viewers interested in long-range shooting and hunting.

Instruction from Bryan Litz, a recognized expert in ballistics, highlights the critical factors for long-range accuracy. Range estimation and wind compensation are paramount, with tools like laser rangefinders and Kestrel meters being essential. Advanced shooters should also account for secondary effects like spin drift and the Coriolis effect.

This video focuses on a specific shooting tip related to 'Spin Drift'. While the description is minimal, the title suggests an instructional or training element aimed at improving marksmanship. The target audience is likely intermediate to advanced shooters looking to refine their technique and understand ballistics phenomena.

This is the second part of a video series focusing on the Gseven Ballistic Calculator. The content emphasizes calculating advanced ballistic factors such as spin drift and the Coriolis effect for precise long-range shooting. It also details how to use trajectory validation to determine a firearm's true muzzle velocity, crucial for accurate ballistics.