#precision rifles

An Ongoing Data Gathering Effort Provides Initial Findings on How Suppressors Affect Muzzle Velocity Across Different Rifle Platforms and Ammunition, Challenging Common Assumptions for Precision Rifle Competitors.

The Removal of Damaged Action Screws Is an Inevitable Challenge for Precision Rifle Builders and Competitors, Demanding Specific Tools and Techniques.

Maztech Industries Introduces a New Fire Control System Designed to Project Firing Solutions Directly Onto Existing LPVO Reticles, Aiming to Streamline Long-Range Engagements.

Vortex's New Pro Cantilever Mounts and Accompanying Accessories Offer a Modular Platform Designed to Consolidate Multiple Optic and Accessory Solutions Into a Unified System.

Boyds' Gunstocks Leverages Contemporary Manufacturing to Integrate Critical Adjustability and Ergonomic Features Into Classic Hardwood and Laminated Rifle Stocks, Catering to Both New Builds and Existing Platforms.

A Recent Evaluation Explored the Significant Accuracy Differences When a Used M24 Sniper Rifle Was Fired with Standard Military M80 Ball Ammunition Compared to Its Designed Match Loads.

New Observations From Ongoing Rifle Testing Contribute to the Persistent Debate Surrounding How Suppressors Influence Projectile Speed Across Various Loads and Platforms.

Effective Methods Are Available for Tackling the Persistent Problem of Damaged Screws Encountered During Precision Rifle Maintenance.

Ongoing Data Gathering Across Multiple Rifle Platforms Indicates Minimal Change to Ballistic Consistency with Attached Suppressors.

Effective Techniques Are Outlined for the Common but Frustrating Task of Removing Compromised Action Screws, From Simple Stripped Heads to Flush-Sheared Fasteners.

Dealing with Common Issues Like Stripped Screw Heads and Flush-Sheared Shanks on Rifle Actions Requires Specific Tools and a Methodical Approach to Prevent Further Damage.

Findings From an Ongoing Data Collection Effort Indicate That While Muzzle Velocity Can Fluctuate with Suppressor Attachment, the Overall Effect Remains Minimal for Precision Rifle Applications.

An Experienced Hunter Reflects on the Evolution of Equipment and Tactics, From Advanced Optics to Data-Driven Scouting, in the Pursuit of North America's Largest Deer.

Rifleshooter.com Offers a Comprehensive Procedural Guide for Competent Gunsmiths Addressing Common Hardware Failures on Precision Rifle Platforms, Exemplified by a Remington 700 Police Action.

Rifleshooter.com Details Precise Methods for Extracting Common Damaged Screws, a Critical Skill for Maintaining Competitive Long-Range Rifles.

Our Extensive Field and Bench Tests Put Three Anticipated 2026 Actions Through Their Paces, Revealing Critical Performance Differences for Competitive Shooters.

We Delve Into the Critical Design Elements and Performance Characteristics That Define the Top-Tier Custom Actions Currently Shaping Competitive Precision Rifle Builds.

Modern Rifle Chassis Systems Have Transformed Competitive Long-Range Shooting, Offering Unparalleled Modularity and Consistency for Today's Top Shooters.

Navigating the Inevitable Challenge of Compromised Screws on Your Critical Components Requires Methodical Approaches to Save Your Build and Prevent Further Damage.

Integrating a Suppressor Into Your Precision Rifle System Necessitates a Comprehensive Re-Evaluation of Muzzle Velocity and Its Impact on Your Established Ballistic Data.