Dry Brake Coupling -4 Aluminum Black

The Ti22 PERFORMANCE Dry Brake Coupling -4 Aluminum Black (SKU TIP4515) is a quick-disconnect dry coupling designed for high-pressure pneumatic and hydraulic brake systems. This compact aluminum fitting features both halves configured to 4 AN male connections, enabling rapid coupling and uncoupling without fluid loss or contamination—a critical advantage in field operations where equipment must be connected and disconnected frequently under demanding conditions.

The black anodized aluminum construction delivers corrosion resistance while maintaining minimal weight at just 0.06 lbs. The dual 4 AN male configuration ensures compatibility across standardized brake line systems commonly found in tactical vehicles, recovery equipment, and off-road platforms. The dry disconnect design eliminates the pressure-release delay associated with traditional couplings, allowing operators to safely separate air or hydraulic lines without residual spill-back. Dimensions of 2.5 × 0.85 × 4.05 inches provide a compact profile suitable for tight engine bay installations and cramped operational environments.

This coupling serves teams operating tactical support vehicles, mobile command units, and recovery platforms where rapid equipment reconfiguration is essential. It is equally suited to off-road enthusiasts, emergency responders, and specialized vehicle operators who require reliable brake system modularity. The dry disconnect feature is particularly valuable in field maintenance scenarios where downtime must be minimized and system contamination poses operational risk.

Ti22 PERFORMANCE specializes in precision pneumatic and hydraulic couplings engineered for professional-grade applications. The -4 designation confirms compatibility with AN4 (1/4-inch) hose and fitting systems, a standard specification across military, law enforcement, and industrial platforms. Quick-disconnect couplers have become industry standard in mobile tactical systems due to their ability to reduce setup time and improve system modularity without sacrificing reliability.