Nexbelt PCS1763 EDC Tactical Belt Black Nylon 1.5" Wide

The Nexbelt PCS1763 EDC tactical belt delivers precise fit adjustment and reliable gear support for everyday carry applications. This ratcheting belt system eliminates traditional belt holes, providing micro-adjustments throughout the day as clothing layers and equipment loads change.

What Makes This Different

Unlike conventional belts with fixed holes spaced 1 inch apart, the PCS1763 uses a ratcheting mechanism with 1/4-inch adjustment increments. The system locks securely under load while releasing instantly with a simple lever press. This design maintains consistent tension without the pressure points and gaps common with traditional leather or standard nylon belts.

Key Features

• Ratcheting buckle system with 1/4-inch micro-adjustments
• 1.5-inch wide nylon webbing rated for tactical gear support
• Low-profile buckle design for concealed carry compatibility
• Reinforced stitching at stress points for extended durability
• Quick-release lever mechanism for rapid removal
• Black oxide finish resists corrosion and wear
• TSA-friendly design with removable buckle

The PCS1763 maintains consistent support whether carrying a full-size pistol, spare magazines, and tactical accessories or transitioning to lighter everyday carry loads. The nylon webbing resists stretching under weight while the ratcheting mechanism prevents the loosening that occurs with traditional belts during extended wear. Law enforcement officers and concealed carry permit holders rely on this consistent performance across 12-hour shifts and varying activity levels.

Technical Specs

• Width: 1.5 inches (38mm)
• Material: High-strength nylon webbing
• Buckle: Aluminum alloy with black oxide coating
• Adjustment range: 1/4-inch increments
• Available sizes: 28-50 inch waist measurements
• Weight: 8.2 oz (232g)
• Country of origin: USA

The PCS1763 addresses the fundamental problem of belt adjustment throughout the day while providing the strength needed for serious gear carry. Professional users choose this system when consistent performance matters more than initial cost.