Accu-Tek AT-380 .380 ACP Micro Pistol, Stainless, 2.8 in Barrel, 5+1 Capacity, Made in the USA
The Accu-Tek AT-380 is a compact, stainless steel .380 ACP pistol built in Irvine, California during the 1990s–2000s. This micro-size, single-action-only blowback design features fixed iron sights, an external spur hammer, and a heel-style magazine release. It includes a 5-round factory magazine with a finger-rest base pad and carries clear Accu-Tek slide markings.
Condition
Overall Condition: Fair condition, showing extensive signs of prior use and handling.
Bore Overall Condition: Good - Clean, well-maintained, minor wear marks.
Bore Rifling: Good Rifling - Intact, well-defined lands and grooves.
Specific Condition Notes: There are scratches and blemishes on the exterior surfaces. Routine cleaning and cosmetic care would improve its appearance.
What’s Included
- Accu-Tek AT-380 pistol
- 1x 5-round Accu-Tek steel magazine with polymer finger-rest base pad (body stamped ".380 AUTO")
- Case (Other)
The AT-380 pairs an all-stainless slide and frame with black ribbed polymer grip panels for a durable, easy-to-carry micro package. With an overall length of approximately 5.65 inches and weight around 20 oz (factory specs), it offers a sturdy feel in a very compact footprint.
Its operating system is single-action-only blowback with an external spur hammer and a manual safety. Controls are streamlined for size, including a heel-style magazine release and no external slide stop. The sights are fixed iron units with a low-profile front blade and a square-notch rear.
Barrel length is 2.8 inches, and capacity is 5+1 rounds of .380 ACP. The included factory magazine features a finger-rest base pad molded with the Accu-Tek name, and the magazine body is stamped ".380 AUTO."
Slide markings include "ACCU-TEK" with crosshair logo and "IRVINE, CA U.S.A." on the left, and "MODEL AT-380" on the right, underscoring its U.S. manufacture in Southern California during the 1990s–2000s era. A lanyard loop at the rear of the frame/tang adds a practical retention point.