4AN Fasteners/Clamps N/A

The 4AN Fasteners/Clamps from REDHORSE PERFORMANCE are essential hydraulic and pneumatic line securing components built for mission-critical systems where vibration isolation and controlled routing matter. Whether you're configuring a custom weapon platform, tactical vehicle, or advanced equipment assembly, these 4AN clamps provide the structural integrity needed to keep fluid and air lines securely positioned under stress and sustained operation. Designed for users who demand reliability under field conditions, these fasteners eliminate line movement that can lead to premature hose fatigue, leaks, or system failure in high-stakes environments.

Built to aerospace and motorsport standards by REDHORSE PERFORMANCE, these 4AN clamps feature precision engineering that ensures consistent pressure retention and vibration dampening across a wide operational temperature range. The compact design—measuring 2.8 x 1.1 x 3.8 inches and weighing just 0.05 lbs—allows seamless integration into space-constrained platforms without sacrificing load capacity. The fastening mechanism is calibrated to secure 4AN-rated hoses (1/4-inch nominal) with adequate clamping force to prevent slippage while avoiding over-compression that could degrade hose integrity or restrict fluid flow. Corrosion-resistant construction ensures longevity in harsh outdoor and tactical environments where moisture and temperature extremes are routine.

Professional armament technicians, vehicle outfitters, and equipment engineers rely on REDHORSE PERFORMANCE clamps to support high-pressure hydraulic brake systems, fuel delivery networks, and pneumatic tool circuits on tactical platforms and custom builds. Installation is straightforward: position the clamp around the 4AN hose and tighten fasteners to snug resistance—avoid over-torquing, which can compromise both the clamp and hose assembly. These fasteners are fully compatible with any system using 4AN hose standards, making them a versatile choice for modularity-focused builds where line management and system reliability cannot be compromised.