Blackhawk Stache IWB Holster Size 63 for S&W M&P Shield w/Crimson Trace Laser - Ambidextrous, Black Polymer Belt Clip

SKU:
115856119
|
UPC:
604544673838
|
MPN:
416963BK
$46.25
Current Stock:
Adding to cart… The item has been added
Type:
Inside-The-Waistband
Firearm Make Fit:
Smith & Wesson
Hand:
Ambidextrous
Finish-Color:
Black
Firearm Fit:
S&W M&P Shield w/Crimson Trace Laser
Mount Type:
Belt Clip
Size:
63
Material:
Polymer
Belt Size:
1.50"

The Blackhawk Stache IWB holster Size 63 is built for shooters who carry a Smith & Wesson M&P Shield with Crimson Trace laser and demand both concealment and quick access. This inside-the-waistband holster uses impact-reinforced injection-molded polymer instead of Kydex, engineered to balance comfort during all-day wear with the rigid retention and modularity that factory Kydex designs struggle to deliver. Works as an ambidextrous rig—draw from either side without changing anything—and ships with a black polymer belt clip for secure positioning.

Concealed carry means printing is the enemy, and the Stache's adjustable concealment claw works to break up the outline of your gun under a shirt or jacket. The holster accepts Blackhawk's modular Stache accessories, so you can expand your setup with an adjustable inside-the-waistband magazine carrier and accessory attachment wing to lock your holster and mag platform into one unified system. That modularity matters when your carry routine evolves—one base rig, multiple configurations.

Size 63 is purpose-fit for the M&P Shield, ensuring the gun sits exactly where it should. Whether you're running this as your everyday carry inside the waistband or swapping between different carry positions and setups, the polymer construction resists impact and UV damage better than some alternatives, and the belt clip is built to hold zero through your day. If you've outgrown one-size-fits-all holsters or want to ditch the printing problems and retention gaps that come with older designs, the Stache IWB delivers the versatility and engineering that serious concealed carriers expect.

Key Features

  • Inside-the-waistband design sized specifically for S&W M&P Shield with Crimson Trace laser
  • Ambidextrous carry — draw from left or right without modification
  • Impact-reinforced injection-molded polymer construction for durability and comfort
  • Adjustable concealment claw to reduce printing under clothing
  • Compatible with Blackhawk Stache modular accessories, including adjustable magazine carrier and attachment wing
  • Black polymer belt clip included for secure, adjustable positioning
  • Modular platform allows expansion with additional carry solutions

Specifications

Holster TypeInside-the-Waistband (IWB)
Size63
Firearm CompatibilitySmith & Wesson M&P Shield with Crimson Trace Laser
Hand OrientationAmbidextrous
MaterialImpact-reinforced, injection-molded polymer
ColorBlack
Included AccessoriesPolymer belt clip
BrandBlackhawk

Frequently Asked Questions

Will this holster fit my S&W M&P Shield with a laser sight?

Yes. The Blackhawk Stache IWB Size 63 is specifically designed for the M&P Shield equipped with Crimson Trace laser, so retention and sight clearance are engineered for that exact setup.

Can I wear this holster on my left side if I'm right-handed?

Yes. The Stache IWB is ambidextrous, meaning you can draw from either the left or right side without any parts to swap or adjust. Your carry orientation is entirely up to you.

What accessories can I add to the Stache holster?

The Stache IWB is compatible with Blackhawk's modular Stache accessory line, including an adjustable inside-the-waistband magazine carrier with belt clip and an accessory attachment wing that lets you join your holster and magazine carrier into a unified platform. Accessories are sold separately.

How is this different from a Kydex holster?

The Stache uses impact-reinforced injection-molded polymer instead of Kydex. This construction is engineered to deliver better comfort during extended wear while maintaining the rigidity and retention that Kydex offers, without some of its durability limitations over time.