C&G Holsters MOD 1 IWB Kydex Holster Glock 48/MOS Right Hand

The C&G Holsters MOD 1 delivers secure inside-the-waistband carry for Glock 48 and Glock 48 MOS pistols with precision-molded Kydex construction. This holster system combines audible retention with comfortable all-day concealment for everyday carry applications.

What Makes This Different

The MOD 1 features C&G's proprietary retention system that provides positive weapon security without sacrificing draw speed. Unlike generic holsters that rely solely on friction, this design incorporates an audible click mechanism that confirms proper seating. The precision-molded Kydex shell maintains its shape under stress while allowing consistent presentation angles.

Key Features

• Precision-molded .080" Kydex construction for durability and weapon protection
• Audible retention system with adjustable tension screw
• Compatible with Glock 48 and Glock 48 MOS with optics
• Tuckable belt clip design for deep concealment
• Sweat guard protects pistol finish and prevents slide contact
• Right-hand draw configuration with 15-degree cant angle
• Accommodates standard height front and rear sights

Field testing demonstrates reliable retention through dynamic movement while maintaining smooth draw characteristics. The holster performs consistently in temperature ranges from -20°F to 140°F without material degradation. Kydex construction resists moisture, chemicals, and UV exposure common in daily carry environments. The belt clip attachment distributes weight evenly across the waistband for extended comfort during concealed carry.

Technical Specs

• Material: .080" thick thermoformed Kydex
• Finish: Textured black exterior
• Compatibility: Glock 48, Glock 48 MOS with optics
• Draw hand: Right
• Carry position: Inside waistband (IWB)
• Belt clip: 1.5" tuckable design
• Cant angle: 15 degrees forward
• Weight: 3.2 ounces
• Country of origin: USA

The MOD 1 represents proven holster engineering focused on reliability and concealment. C&G's manufacturing process ensures consistent fit tolerances across production runs, eliminating the fitment issues common with mass-produced alternatives.