BROWNING Buck Mark Medallion | .22 LR | 5.5 in | 10rd | 051581490

The Browning Buck Mark Medallion is a rimfire target-style pistol chambered in .22 LR with a 5.5-inch slab-side barrel and laminated rosewood-colored grips. This single-action semi-automatic package includes a Vortex Crossfire red dot mounted low for co-witnessing with the iron sights and a single 10-round magazine. The pistol’s features — target sights, a hand-reamed chamber and a target-crowned muzzle — make it well-suited to precision range work and recreational target shooting.

For an optic recommendation under $1,000, the supplied Vortex Crossfire red dot is appropriate for this platform and purpose; its low mount allows co-witnessing with the iron sights and supports fast target acquisition without exceeding the suggested budget.

Product Specifications

• The caliber is .22 LR.
• The action is Semi-Auto.
• The barrel measures 5.5 inches.
• The magazine capacity is 10 rounds.
• The optic included is a Vortex Crossfire red dot.
• The optic footprint is listed as AIMPOINT MICRO.
• The pistol is marked as drilled and tapped for optics.
• The sights are fiber optic front with a windage-adjustable rear.
• The grips are laminated rosewood-colored with a gold Buckmark inset.
• The barrel is described as a blackened stainless slab-side with polished flats.
• The frame finish is listed as matte black in the supplied attributes.
• The package includes one 10-round magazine.
• The package includes a pistol rug.
• The UPC is 023614853947.

The Buck Mark Medallion delivers a precise, thoughtfully equipped rimfire pistol for range-focused shooters who value mechanical accuracy and a comfortable, target-oriented grip. Its combination of a slab-side barrel, adjustable sights and a low-mounted red dot make it an excellent choice for deliberate target work and small-bore competition.

Owners commonly praise the Buck Mark for its accuracy and reliable performance, and many users note that the included Vortex Crossfire red dot improves speed and target acquisition without adding complexity.