Smith & Wesson Model 686-6 Plus Pro Series .357 Magnum, 5-inch, 7-Shot L-Frame Stainless DA/SA Revolver
This Smith & Wesson Model 686-6 Plus Pro Series stands out with its 7-shot L-Frame design, 5-inch slab-sided stainless barrel, and a cylinder cut for moon clips. It features interchangeable and fully adjustable iron sights, a matte/satin stainless finish, and ships with its factory case and manual. Its Pro Series designation and SKU 178038 are confirmed by the matching end label on the case.
Condition
Overall Condition: Excellent condition, showing only faint signs of any prior use or handling.
Bore Overall Condition: Excellent - Clean, mirror finish, no signs of wear.
Bore Rifling: Excellent Rifling - Sharp lands and grooves.
Specific Condition Notes: Minor, superficial scratches and blemishes are present on the exterior surfaces.
What’s Included
- Smith & Wesson Safety & Instruction Manual: Revolvers - Modern Style
- Smith & Wesson factory hard case with molded logo and matching end label for M686 Pro Series (SKU 178038)
The 686-6 Plus Pro Series is an L-Frame stainless revolver chambered in .357 Magnum with a 7-round fluted cylinder that is cut for moon clips. Its double-action/single-action system and exposed hammer provide familiar operation for duty, range, or competition roles.
The 5-inch stainless barrel uses a slab-sided profile with a partial underlug, a lightening window, and a recessed crown. This configuration delivers a distinctive Pro Series profile while maintaining durability and precision-focused barrel features.
Sight setup is fully user-focused: a pinned, interchangeable front blade paired with a fully adjustable rear sight. The revolver wears a black rubber one-piece finger-groove monogrip with S&W medallions for a secure, consistent hold.
The matte/satin stainless frame and cylinder complement practical controls, including a knurled ejector rod tip. An internal lock is present. The included factory case bears a matching end label noting M686 Pro Series and SKU 178038, confirming configuration.