Weatherby Vanguard Compact 6.5 Creedmoor 20″ VYT65CMR0T

The Weatherby Vanguard Synthetic Compact is a short-action bolt rifle chambered in 6.5 Creedmoor designed for shooters who need a shorter, lighter sporting rifle without sacrificing accuracy. This right-hand model features a 20-inch threaded barrel, an adjustable synthetic stock with reduced length of pull, and a two-stage match-style trigger. For a capable optic under $1,000, consider pairing this rifle with the Vortex Viper PST Gen II 2-10×32 for versatile, precise shooting at a variety of ranges. Applications include small- to medium-game hunting and precision target work for youth or smaller-framed shooters.

Product Specifications

• The UPC for this item is 747115456550.
• The manufacturer is Weatherby.
• The model designation is Vanguard Synthetic Compact.
• The caliber is 6.5 Creedmoor.
• The action type is Bolt.
• The barrel measures 20 inches.
• The rate of twist is 1:8″.
• The magazine capacity is 4 rounds.
• The rifle uses a hinged floorplate rather than a detachable box magazine.
• The stock is made of synthetic material finished in a bi-tone color.
• The metal components have a matte bead-blasted blued finish.
• The overall length is 39 inches.
• The rifle includes a recoil pad.
• The rifle is fitted with swivel studs for sling attachment or accessories.
• The muzzle thread pattern is 1/2×28.

The Vanguard Synthetic Compact is built on Weatherby’s Vanguard action and emphasizes ease of handling, length-of-pull adjustability, and reliable cycling via a fluted bolt. Cold hammer-forged barrel construction and a match two-stage trigger are intended to support consistent accuracy. The compact dimensions and adjustable stock make this rifle a practical choice for youth shooters, smaller-framed hunters, or anyone who prefers a shorter, lighter rifle for field carry or deliberate, precision-oriented shooting.

Owners frequently note the compact size and the length-of-pull adjustability as standout features that help tailor the rifle to smaller shooters without sacrificing accuracy potential.