kimber revolver stainless k6s dasa double action single action kimber k6s revolver  3.png

Kimber announced new models of the extremely popular K6S series of revolvers the new K6S DASA, which stands for double action an single action are the latest offerings from Kimber.

Currently the K6S DASA will be available in 2 inch and 3 inch models.

kimber revolver stainless k6s dasa double action single action kimber k6s revolver 1
Kimber States “The K6s (DASA) is next evolution of the Kimber revolver product line that takes the acclaimed K6s system and outfits it with a double and single action trigger mechanism. The platform maintains the benefits of the original K6s such as the outstanding double action trigger pull, compact envelope, and six shot capacity but with the added advantage of a single action trigger. The 3 inch barrel provides the shooter with wider sight radius for better precision.”

SPECIFICATIONS

Height (inches): 4.46
Weight (ounces) with empty cylinder: 25.1
Length (inches): 7.62
Width (inches): 1.39
Cylinder capacity: 6
Action: DA/SA

Frame

Material: Stainless steel
Finish: Engraved over Brushed Stainless
Serrated backstrap

Barrel

Length (inches): 3
Material: Stainless steel
Finish: Engraved over Brushed Stainless

Sights

White 3-Dot
Radius (inches): 5.1

Grips

Walnut 3-Finger Grip
Diamond Checkering

Trigger

Non-stacking
Double Action Factory setting (approx. pounds): 9.5 – 10.5
Single Action Factory setting (approx. pounds): 3.25 – 4.25
Product Code
Product #: 3400016
UPC: 669278340166

kimber revolver stainless k6s dasa double action single action kimber k6s revolver 2
To learn more about Kimber and the new K6S DASA revolver. CLICK HERE

4 thoughts on “KIMBER ANNOUNCES NEW SINGLE/DOUBLE ACTION REVOLVER WITH THE K6S DASA”

Leave a Reply

Discover more from ATTACKCOPTER BLOG Firearms Intel Daily

Subscribe now to keep reading and get access to the full archive.

Continue reading

Discover more from ATTACKCOPTER BLOG Firearms Intel Daily

Subscribe now to keep reading and get access to the full archive.

Continue reading