Commercial Firearms

Weatherby Bolt Action Rifle

WEATHERBY • RIFLES • Live store inventory

Weatherby, MK-V Weathermark, .300WBY, 26"

Rifles

Weatherby, MK-V Weathermark, .300WBY, 26"

WeatherbyBolt ActionUPC 747115427185

Ideal for shooting enthusiasts and competitive shooters, the WHBY MKV WTHRMK 300WBY 26" B BOLT Barrel is designed to enhance accuracy and performance. Perfect when precision and reliability are paramount, this barrel excels in delivering consistent groupings and improved velocity. Ideal for use in benchrest shooting, hunting medium to large game, and tactical applications, it suits experienced marksmen seeking to upgrade their rifles. The 26-inch length balances maneuverability with ballistic efficiency, making it a dependable choice for both field and range scenarios. Its robust construction offers durability under various weather conditions, ensuring longevity and steady performance.

ManufacturerWeatherby
TypeBolt Action
UPC747115427185
Item #MWMM300WR6O

Technical Overview

CategoryRifles
ManufacturerWeatherby
ModelBolt Action
InventoryIn Stock
Item NumberMWMM300WR6O
UPC747115427185

Specifications

  • Model: WHBY MKV WTHRMK 300WBY
  • Size: 26 inches
  • Type: B Bolt
  • Power: 300 Watts
  • Material: High-grade steel
  • Finish: Weather-resistant coating
  • Compatibility: Standard mounting brackets
  • Usage: Industrial and commercial applications

FAQs

Is this barrel compatible with all rifle models?

It is designed primarily for rifles chambered in 300 WBY and may require specific bolt and chamber compatibility checks.

How does the 26" barrel length affect performance?

The 26-inch length offers a good balance of velocity and handling, enhancing long-range shot accuracy without sacrificing maneuverability.

Can this barrel withstand harsh weather conditions?

Yes, user reviews highlight its robust build quality and reliable performance in diverse environmental conditions.

Is professional installation recommended?

Many users suggest professional gunsmith installation to ensure proper fitting and optimal performance.