Springfield Armory PBD9151L 1911 Mil-Spec .45 ACP 5in
MSRP: $827.00
Your Price: $705.00
Full-size Springfield Armory 1911 Mil-Spec Defender in stainless with a forged match-grade 5″ barrel and fixed 3-dot sights. Traditional 1911 ergonomics with beavertail grip and forged steel construction, intended for range use and training.
The Springfield Armory Mil-Spec Defender (MFG PBD9151L) is a traditionally styled, full-size 1911 built on forged stainless steel frame and slide with a 5-inch match-grade stainless barrel. It is chambered in .45 ACP and fitted with fixed three-dot combat sights and a lowered, flared ejection port. The pistol retains classic 1911 controls including a single-sided thumb safety, beavertail grip, and a spurred hammer.
For optics, this platform pairs well with a compact pistol red dot such as a Trijicon RMR or similar cut optic under $1,000, mounted where the slide is compatible with standard pistol sight cuts or a slide cut/adapter if required.
Product Specifications
- The caliber is .45 ACP.
- The barrel length is 5 inches.
- The barrel is described as a match-grade stainless steel barrel.
- The barrel twist rate is 1:16.
- The frame material is forged steel (stainless).
- The slide is made from forged stainless steel and features serrations.
- The overall finish is listed as stainless.
- The sights are fixed 3-dot combat sights.
- The action is semi-auto (single action).
- The overall length is 8.6 inches.
- The magazine capacity is 7 rounds (standard magazine capacity listed).
- The safety configuration is beavertail grip with manual thumb safety.
- The muzzle is non-threaded.
- The model/series is the Defend Your Legacy Mil-Spec series.
- UPC: 706397941550.
The Mil-Spec Defender presents the core 1911 experience with modern refinements: a forged stainless construction for longevity, a 5″ match-grade barrel for consistent performance, and traditional ergonomics that many shooters prefer for deliberate, accurate work. Its fixed three-dot sights and lowered ejection port reflect an emphasis on reliable function and familiar sighting geometry.
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