DIY Print a Ballistic Drop Chart

This video from Warrior Poet Society delves into the often-overlooked impact of temperature on long-range shooting accuracy. It aims to educate viewers on how atmospheric conditions, specifically temperature, can significantly affect bullet trajectory and explains how to compensate for these environmental factors to achieve more precise shots. The content emphasizes practical application and understanding for rifle enthusiasts engaged in long-range marksmanship.

This video clarifies the differences between MOA and MIL measurement systems in rifle scopes, debunking the '1 MOA = 1 inch' myth. It highlights MIL's base-10 simplicity for rangefinding and communication in competitive shooting, while MOA offers slightly finer adjustments and is common in hunting. The content also introduces Turret Tags as a practical tool for hunters.

When shooting uphill or downhill, the bullet will impact high, requiring the shooter to aim lower than the true distance. Calculate the correct elevation hold by multiplying the true distance by the cosine of the angle. Windage adjustments, however, must always be based on the true distance. Angles in natural terrain rarely exceed 30 degrees.

This video focuses on the practical application of wind estimation for long-range shooting, specifically simulating a shot at the vital zone of an Elk or Mule Deer. The creator emphasizes the importance of field testing wind calls and poses a question about the effectiveness of a simulated first shot for a clean kill. It also promotes a discount code for Cole-Tac and links to an online training community called Precision Rifle Network on Skool.

This video focuses on common mistakes or pitfalls to avoid when engaging in long-range shooting. It likely covers topics such as rifle setup, ammunition selection, environmental factors, and shooting techniques that can negatively impact accuracy at extended distances. The content aims to help viewers improve their long-range shooting performance by highlighting potential errors.

This YouTube Short, titled "BEST Round at Distance?!? #shorts pt. 1", hints at content related to long-range shooting with firearms. The "pt. 1" designation suggests a follow-up video, and the call to "Subscribe for pt. 2!!!" aims to encourage viewer engagement and channel growth. Without further information like a transcript or visual cues, the exact firearms, calibers, or specific shooting scenarios remain unknown, but the title strongly implies a focus on precision shooting at extended ranges.

This video showcases a remarkable 1376-yard elk hunt by a 12-year-old using a Gunwerks rifle chambered in 7mm Rem Mag. It highlights the critical importance of precise range estimation, scope adjustments (32.5 MOA), and marksmanship for extreme long-range success. The hunt involved significant preparation, including hiking and dry-fire practice, culminating in a successful two-shot engagement on a bull elk.

This video demonstrates the significant impact of the Coriolis effect on long-range bullet drop, particularly at 1000 yards. Experiments show directional POI shifts of up to 11 inches (over 1 MOA) when shooting East vs. West due to Earth's rotation. The data suggests collecting ballistic data North or South to mitigate this vertical error.

This video details the initial steps in transforming a factory Remington 700 Sendero into a long-range precision rifle. Key modifications include upgrading the trigger to a crisp 2-pound pull and performing a crucial bedding job on the recoil lug for enhanced shot-to-shot consistency. The process emphasizes meticulous preparation and precise application of bedding compounds and torque settings for optimal performance.

This video showcases a successful long-range coyote hunt in Montana using a Gunwerks rifle. Dustin Butler demonstrates effective predator calling and engagement techniques, highlighting the rifle's performance across various distances, from close-range shots to over 500 yards. The 'range, dial, and kill' workflow is emphasized for efficient long-range hunting.