Iver Johnson 1911A1 Copperhead | .45 ACP | 5″ | 8rd

The Iver Johnson 1911A1 Copperhead is a full-size, Series 70-style pistol chambered in .45 ACP with a 5″ barrel and an eye-catching copperhead snakeskin hydrographic finish on the slide and frame. It pairs traditional 1911 ergonomics — including a beavertail grip safety, extended thumb safety and lowered ejection port — with cosmetic detailing on the slide and diamondwood grips. For a sighting solution under $1,000, a compact red-dot such as a Holosun 507C or an equivalent footprint optic will maintain the pistol’s profile while providing fast target acquisition.

Typical applications for this pistol include range training and competition shooting, where the 1911’s trigger and sight picture are appreciated, as well as sport shooting and collecting for those who favor distinctive finishes and classic controls.

Product Specifications

• The manufacturer part number is 1911A1 COPPERHEAD.
• The caliber is .45 ACP.
• The action is Semi-Auto.
• The barrel measures 5 inches.
• The magazine capacity is 8 rounds.
• The pistol includes 1 magazine and standard factory accessories.
• The frame material is steel.
• The grip material is wood with a black snakeskin diamondwood pattern.
• The finish on slide and frame is a copperhead snakeskin hydrographic colored coating.
• The sights are fixed.
• The pistol features beavertail grip safety, extended slide stop and thumb safety, and a lowered and flared ejection port.
• The slide is described as serrated copperhead snakeskin steel.
• The overall length is 10.35 inches.
• The product UPC is 609788801160.
• State restriction: No sale to California.

This 1911A1 Copperhead combines classic Government-size handling with a distinctive finish for shooters who want a functional, full-size .45 ACP pistol with character. The controls are familiar to anyone experienced with 1911 pistols, and the included single magazine and case make it ready for range use and storage. The cosmetic hydrographic snakeskin treatment sets it apart visually while leaving the core mechanical features intact.