Do you need a 270 WSM?

The 6.8 Western is positioned as a modern, practical .277 caliber cartridge, offering superior performance with heavier, high-ballistic coefficient bullets compared to traditional options like the .270 Winchester. While .27 Nosler offers more raw power, the 6.8 Western provides better ammo availability, longer barrel life, and is designed for short-action rifles. It's essentially an improved .270 WSM with a faster twist rate for better bullet stabilization.

The 6.8 Western offers improved performance over the .270 Winchester by stabilizing heavier bullets with its faster 1:8 twist rate, enhancing penetration for large game at extended ranges. However, its practical advantages are marginal at 400 yards, with significantly higher ammunition costs and recoil comparable to a 7mm Rem Mag. It's a specialized cartridge best suited for heavy game hunters, and potential buyers should consider long-term industry support before investing.

This review compares the .277 Fury and .270 Winchester cartridges through rigorous barrier testing. While the .270 Winchester showed a slight velocity advantage, the .277 Fury demonstrated superior performance against lumber and mild steel due to less fragmentation. Both calibers performed similarly against sand and concrete, but the .270 Win penetrated heavier steel better. Ultimately, the test concluded in a tie, highlighting the .277 Fury's potential, especially with its high-pressure variants.

This video compares the bullet drop of various rifle cartridges at 300 yards, revealing that the .22 Creedmoor offers the flattest trajectory among those tested. Factors like muzzle velocity and Ballistic Coefficient (BC) are crucial for flat shooting, with aerodynamic bullet design playing a significant role. The test also highlights how barrel length can affect velocity, impacting performance.

This video tests ten popular deer rifle calibers using ballistic gel to evaluate terminal performance. The .308 Winchester and 7mm Remington Magnum demonstrated excellent penetration and expansion, while the 6.5 Creedmoor fragmented significantly. The .300 Winchester Magnum over-penetrated, and the .243 Winchester showed the weakest performance.

This video features a comparison of several rifle calibers including 5.56mm, 7.62x39mm, .270 Winchester, and .450 Bushmaster, testing their performance against water and deer. The description also includes links to reviews of specific firearms like the BCA 5.56 Upper, Ruger .270, and Mossberg .450BM, as well as various shooting accessories such as steel targets, cameras, hearing protection, and ballistic gelatin. This content caters to firearm enthusiasts interested in ballistic performance, rifle reviews, and range testing.

Achieving rifle accuracy involves understanding subjective standards like MOA, with practical tiers ranging from functional (3-4 MOA) to varmint grade (<1.5 MOA). Key factors include mechanical checks like scope mount tightness and barrel free-floating, proper bedding, a clean muzzle crown, and matching ammunition to the rifle's twist rate. Consistent shooting technique and awareness of environmental factors like mirage are also crucial for reliable performance.

This guide details the proper disassembly, cleaning, and maintenance of the Ruger 10-22 Walnut Sporter. It emphasizes careful stock removal to prevent damage, proper lubrication techniques, and the use of specific tools for cleaning the action, bolt, and barrel. The video highlights the rifle's reliability and offers expert tips for long-term care.

This video provides a detailed guide to disassembling, inspecting, and maintaining Smith & Wesson revolvers, presented by a factory-trained armorer with extensive experience. The instruction covers fundamental care, proper lubrication, and identifying potential issues. The demonstration uses a vintage 1976 S&W Model 25 chambered in .45 Colt, showcasing factory techniques learned from S&W's production engineer. The content is designed to be comprehensive, offering a rare look into closely guarded factory methods for enthusiasts and owners looking to keep their revolvers in optimal condition.

Proper firearm lubrication focuses on protection against corrosion and reducing friction wear with a microscopic film. Modern synthetic oils and CLPs are superior to older natural oils. Over-oiling attracts debris, creating an abrasive compound that accelerates wear, making frequent cleaning more critical than heavy lubrication. In extreme environments like cold or dusty deserts, running a firearm dry may be preferable to avoid malfunctions.