HS Precision Remington 700 Stock SA BDL Black Varmint

The HS Precision Remington 700 Stock SA BDL Black Varmint is a precision composite synthetic stock engineered for Remington 700 short-action rifles configured in BDL (Bottom Metal Left) format. This drop-in stock delivers the rigidity and bedding consistency that serious varmint shooters demand, eliminating the need for additional bedding work and reducing setup time at the range or in the field.

HS Precision stocks are built from advanced composite synthetic materials that resist environmental degradation—critical for shooters working in variable climates or extended field operations. The black finish provides both concealment and corrosion resistance. At 2.45 lbs, the stock maintains a minimal weight footprint while preserving the structural integrity needed to minimize point-of-impact shift during extended shooting sessions. The tight tolerances and engineered fit eliminate the stock-to-barreled-action play that degrades accuracy in lesser designs.

This stock is purpose-built for varmint and precision rifle shooters who operate Remington 700 short-action platforms. Varmint shooters benefit from the inherent stability of a quality composite stock—recoil management is improved when the action sits in a rigid, predictable platform. Long-range precision shooters and competition shooters value the repeatability that comes from zero point-of-impact shift between strings. The short-action configuration optimizes handling and balance for shooters running high-velocity cartridges like .204 Ruger, .223 Remington, or .22-250 Remington.

HS Precision has established a reputation for manufacturing composite stocks that perform at the standard expected by precision shooters and professional users. The short-action BDL configuration is a common platform in tactical, hunting, and competition communities, making this stock a mainstream choice among shooters who have eliminated wood stocks in favor of modern synthetics that deliver consistent performance across temperature and humidity conditions.