Boltaron OWB & IWB for S&W CSX
1 In Stock
SKU
FO-SWCSX
- Fits: Boltaron OWB & IWB Holster for S&W CSX
- Inside the Waistband (IWB) design
- Lightweight injection molded polymer
- Passive retention with adjustment screw (most models)
- Low profile design for maximum concealability
- Rubberized paddle backing for extra stability and comfort
- Steel reinforced rivet attachment system
- Protected sight channel
The Fobus Boltaron OWB & IWB for S&W CSX (SWCSX) is a premium carrying solution specifically engineered for the Boltaron OWB & IWB Holster for S&W CSX. Developed in Israel for the world's military and special security services, this holster features a revolutionary high-density polymer construction that is both durable and lightweight. Unlike traditional Kydex, Fobus holsters are injection molded to provide a precision fit that protects your firearm while ensuring a smooth, lightning-fast draw. The ergonomic design contours to the body for all-day comfort, making it an ideal choice for daily concealed carry, professional duty, or range use. With a history of excellence since 1978, Fobus continues to set the standard for reliable, maintenance-free firearm retention systems.
| MSRP | $49.00 |
|---|---|
| Brand | Fobus |
| Short Description |
|
| Description | The Fobus Boltaron OWB & IWB for S&W CSX (SWCSX) is a premium carrying solution specifically engineered for the Boltaron OWB & IWB Holster for S&W CSX. Developed in Israel for the world's military and special security services, this holster features a revolutionary high-density polymer construction that is both durable and lightweight. Unlike traditional Kydex, Fobus holsters are injection molded to provide a precision fit that protects your firearm while ensuring a smooth, lightning-fast draw. The ergonomic design contours to the body for all-day comfort, making it an ideal choice for daily concealed carry, professional duty, or range use. With a history of excellence since 1978, Fobus continues to set the standard for reliable, maintenance-free firearm retention systems. |
