Smith & Wesson Model 59

Smith & Wesson Model 59

S&W 59 Target Champion
Type Semi-automatic pistol
Place of origin  United States
Service history
Used by United States
Production history
Manufacturer Smith & Wesson
Produced 1970-1988
Specifications
Weight 30 oz. / 1.84 lbs. (0.840 kg.)
Length 7.55 inches (192mm)
Barrel length 4 inches(102mm)

Cartridge 9x19mm Parabellum
Action DA/SA
Rate of fire Semi-automatic
Feed system 14-round double column, detachable box magazine
Sights fixed Iron sights, optional adjustable

The Smith & Wesson Model 59 was a modification of the S&W Model 39 pistol that had a double-column magazine. It was one of the first generation of Smith & Wesson semi-automatics.

It was designed for the U.S. Navy as a large-capacity version of the S&W Model 39, the basis of their Mark 22 "Hush Puppy" silenced pistol. In 1965, the U.S. Navy commissioned a version of the S&W Model 39 that could take the 13-round magazine of the FN Browning HP35. In early 1970, a dozen experimental all-stainless-steel prototypes were made and were issued to Navy SEAL commandos for evaluation in the field. The firearm was not adopted.

The Model 59 went on the market in late 1970. It went out of production a decade later in 1980 when the improved second generation series was introduced (Model 459).

The Model 59 was manufactured in 9mm Parabellum caliber with a wider anodized aluminum frame (to accommodate a double-stack magazine), a straight backstrap, a magazine disconnect (the pistol will not fire unless a magazine is in place), and a blued carbon steel slide that carries the manual safety. The grip is of three pieces made of two nylon plastic panels joined by a metal backstrap. It uses a magazine release located to the rear of the trigger guard, similar to the M1911A1.

Model 459

The S&W Model 459 was an updated version of the Model 59 with adjustable sights and checkered nylon grips. This model was discontinued in 1988. Eight hundred three units were produced in a brush finish with special grips made to FBI specifications.