KIMBER K6S DASA for Sale

Quick Look

The Kimber K6s was introduced in 2015 as a modern, lightweight revolver built with stainless steel. It focuses on a compact design with a double-action/single-action (DASA) trigger system for smooth shooting. The K6s has gained popularity for its concealability and versatility in the compact revolver market.

Why It's a Top Choice

• Robust stainless steel construction for durability
• Smooth DASA trigger balancing speed and control
• Compact 6-shot cylinder ideal for concealed carry
• Lightweight for all-day carry comfort
• Premium fit and finish with reliable performance

Key Variants

Kimber K6s Pro — Targeted at law enforcement and self-defense users needing enhanced controls and sights.

Kimber K6s Lightweight Carry — Designed for concealed carry with reduced weight and compact grips for comfort.

Competitor Comparison Table

Feature	Kimber K6s DASA	Smith & Wesson 360	Ruger LCR
MSRP	$1,000	$850	$700
Capacity/Size	6 rounds, .357 Magnum	5 rounds, .357 Magnum	5 rounds, .38 Special + P
Weight	22 oz (stainless steel)	13.4 oz (polymer frame)	16 oz (polymer frame)
Optics-Ready	No	No	No
Trigger Type	Double-Action/Single-Action (DASA)	Double-Action Only (DAO)	Double-Action Only (DAO)
Notable Pro	Strong steel frame, smooth trigger	Lightweight and corrosion resistant	Ergonomic grip and compact design
Notable Con	Heavier carry weight	Smaller capacity	Less powerful calibers

Best Use Cases

• Concealed carry for self-defense
• Backup duty sidearm
• Home defense
• Range training and practice
• Revolver collecting

FAQs

Can I carry the Kimber K6s DASA for concealed carry?

Yes. The K6s is compact and lightweight, designed specifically for concealed carry with a 6-shot capacity.

What trigger type does the Kimber K6s use?

It uses a double-action/single-action (DASA) trigger for flexible shooting and smooth trigger pull.

How does the Kimber K6s compare to polymer-frame revolvers?

Kimber K6s offers a strong stainless steel frame, making it heavier but more durable than lighter polymer-frame models.