Nexbelt PCS2122 EDC Tactical Belt - Coyote Nylon 1.5" Wide

The Nexbelt PCS2122 EDC tactical belt delivers precise micro-adjustability through its ratchet buckle system, eliminating the limitations of traditional hole-based belts. This coyote brown nylon belt provides consistent support for concealed carry and duty gear without the sag or shift common with standard leather belts.

What Makes This Different

The PCS2122 features Nexbelt's proprietary ratchet mechanism that adjusts in 1/4-inch increments, allowing users to achieve the exact fit needed for comfort and gear retention. Unlike conventional belts with fixed holes spaced 1 inch apart, this system accommodates weight fluctuations and different carry positions throughout the day. The reinforced nylon construction maintains its shape under the weight of holsters, magazines, and other EDC items.

Key Features

• Ratchet buckle system with 1/4-inch micro-adjustment capability
• 1.5-inch width provides optimal support for holsters and gear
• Coyote brown nylon webbing resists fading and moisture
• Low-profile buckle design reduces printing under clothing
• Reinforced construction supports up to 20 pounds of gear weight
• Quick-release mechanism for rapid belt removal
• Compatible with standard 1.5-inch belt loops and holster attachments

Field testing demonstrates the PCS2122's ability to maintain consistent tension during extended wear periods. The nylon material performs reliably in temperatures from -20°F to 140°F while resisting UV degradation and moisture absorption. Competition shooters and law enforcement personnel report improved draw consistency due to the belt's stable platform and precise adjustment capability.

Technical Specs

• Width: 1.5 inches (38mm)
• Material: High-strength nylon webbing
• Buckle: Anodized aluminum ratchet mechanism
• Adjustment range: 1/4-inch increments
• Weight capacity: 20+ pounds distributed load
• Available sizes: 28-50 inch waist measurements
• Color: Coyote brown (Tan 499)
• Country of origin: USA

The PCS2122 addresses the fundamental problem of belt fit variability that affects both comfort and equipment security. Professional users who demand consistent performance from their gear will find the micro-adjustment capability eliminates the compromise between too loose and too tight that plagues traditional belt designs.