Weatherby Mark V Deluxe | .338-378 Wby Mag | MDX01N333WR8B

The Weatherby Mark V Deluxe is a full-size, right-hand bolt-action rifle chambered for the .338-378 Weatherby Magnum that combines traditional wood and blued-steel aesthetics with modern features. It is fitted with a Monte Carlo gloss walnut stock, high-gloss blued metalwork, an Accubrake muzzle device, and a receiver drilled and tapped for scope mounts. The rifle ships configured with a two-round internal magazine and a TriggerTech trigger and includes a Pachmayr Decelerator recoil pad for follow-up comfort. For an optic under $1,000 that pairs well with the Mark V Deluxe, consider a mid-power variable such as the Vortex Viper HS-T 4–16×44 for long-range capability and rugged reliability.

Product Specifications

• The UPC is 747115440962.
• The action is Bolt Action.
• The caliber is .338-378 Weatherby Magnum.
• The barrel length is 26 inches as listed in product attributes.
• The magazine capacity is 2 + 1.
• The muzzle device is an Accubrake.
• The receiver is drilled & tapped for scope mounting.
• The stock style is a Monte Carlo gloss walnut with fine diamond-point checkering.
• The finish is High-Gloss Blued on metal components.
• The overall length is 48.75 inches.
• The unloaded weight is 8.25 lbs.
• The rate of twist is 1:10.
• The rifle is listed as drilled & tapped for sights/mounts.
• The trigger is a TriggerTech unit.
• The recoil pad is a Pachmayr Decelerator.

This Mark V Deluxe emphasizes classic Weatherby styling with modern shootability: a gloss walnut Monte Carlo stock, refined checkering, and the attention to detail expected in a premium bolt rifle. Its drilled-and-tapped receiver and TriggerTech trigger make it straightforward to fit a quality optic and tune for long-range performance, while the Accubrake and Pachmayr pad help manage felt recoil in a powerful magnum chambering. For shooters who appreciate traditional finishes paired with contemporary functionality, this rifle delivers a balanced package built for large-game hunting and extended-range field use.

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