How to Adjust your Scope for Long Range Shots w/ Ryan Cleckner

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.

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.

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 appears to demonstrate or discuss using a truck as a stable platform for sniping. While the specific firearm and caliber are not detailed in the provided information, the title suggests a focus on shooting techniques or tactical applications related to utilizing a vehicle for marksmanship. The content likely explores positioning, stability, and potentially field shooting scenarios.

This video from Ryan Cleckner, a former special forces sniper and instructor from Gun University, teaches viewers how to estimate range to a target using the Mil-Dot formula with a mil-radian reticle. It's presented as a simple, math-based method for real-world long-range shooting scenarios, applicable whether on the range or in the field. The video aims to turn a rifle scope into a precision distance-measuring tool.

This video aims to teach viewers how to shoot long range. While no specific firearms or calibers are mentioned in the provided title and description, the context strongly suggests the content will focus on the techniques and principles of long-range shooting. The included link points to a "Precision Rifle Network" resource, further reinforcing the topic. This indicates an instructional or educational focus on achieving accuracy at extended distances.

This video debunks the myth that Glocks are made of porcelain and can bypass metal detectors, referencing a fictional 'Glock 7' from Die Hard 2. It highlights the actual construction of Glocks, showcasing models like the Glock 19 and 17. The content emphasizes practical firearm knowledge and responsible ownership.

This video demonstrates a controlled, low-stress introduction to firearms for an 'anti-gunner' named Hannah. John Lovell prioritizes a positive experience by handling weapon manipulations and starting with a suppressed .22 pistol before progressing to a 5.56 AR-15. The session successfully shifted Hannah's perception from fear to exhilaration, highlighting the importance of proper instruction for new shooters.

This video challenges the notion that shooting stance is irrelevant, demonstrating that while static accuracy might be achievable with poor form, stability and recoil management are crucial for practical application. John Lovell highlights how a compromised stance leads to instability and potential falls, emphasizing its importance in real-world scenarios. The content underscores that fundamental techniques are vital for effective firearms handling.

Avoid gripping vertical foregrips like a handle; instead, use your back fingers on the grip and your palm on the rail to pull the rifle into your shoulder for better recoil control. This technique also allows for effective bracing against obstacles to create a stable shooting platform, enabling faster target transitions.