LWRC IC-9 9mm Luger 8.5" 33+1 Flat Dark Earth Anodized Aluminum

SKU: 175803 UPC: 850058027333 MPN: ICP9CK8SBA3

LWRC IC-9 9mm Luger 8.5" 33+1 Flat Dark Earth Anodized Aluminum

SKU: 175803 UPC: 850058027333 MPN: ICP9CK8SBA3
$1,976.45 $2,504.10
(You save $527.65 )
IN STOCK FFL Transfer Required
Current Stock:
Adding to cart… The item has been added
Adding to cart… The item has been added

About this item

LWRCI's 9mm IC-9 features an 8.5" threaded barrel, SB Tactical SBA3 brace, and customizable optics for home defense and tactical use.
SKU: 175803 UPC: 850058027333 MPN: ICP9CK8SBA3

Brand: LWRC

🛡️
Secure Purchase Guarantee Trusted seller since 2013 • 30-day returns • Secure checkout

Product Details

The LWRCI ICP9CK8SBA3 IC-9 is a remarkable semi-automatic pistol designed for versatility and reliability in the field, chambered in the popular 9mm Luger caliber. With an 8.5-inch barrel, this compact firearm boasts an overall length of 21.50 inches, making it an ideal choice for both home defense and tactical applications. The absence of traditional sights allows for customization, enabling users to attach their preferred optics or accessories for enhanced targeting capabilities. Built with LWRC's renowned craftsmanship, this handgun features a robust design that ensures durability and performance under various conditions. The firearm requires an FFL transfer, emphasizing its compliance with regulations and commitment to responsible ownership. Whether you're a seasoned shooter or a newcomer to the world of firearms, the IC-9 offers a reliable platform for training, competition, or personal protection. Its lightweight construction and ergonomic design facilitate ease of handling, allowing for quick follow-up shots and improved accuracy. The LWRCI ICP9 series is known for its innovative engineering, making it a standout choice for those seeking a dependable sidearm that excels in both functionality and style. Embrace the confidence that comes with owning a firearm designed for serious use, and experience the exceptional performance of the LWRCI ICP9CK8SBA3 IC-9.