HD PowerFilter Bracket

The HD PowerFilter Bracket by Vibrant Performance is a heavy-duty fuel filter clamp engineered for reliable fuel system integration in tactical vehicles, off-road platforms, and performance applications. Designed for operators and technicians who demand secure, vibration-resistant fuel line management, this bracket accommodates 2.402-inch ID filter housings and provides the clamping force necessary in high-stress environments where fuel system integrity is mission-critical. Whether integrating aftermarket fuel filtration into a military logistics vehicle or upgrading a law enforcement pursuit platform, this bracket eliminates fuel line chatter and potential leakage points.

Manufactured from aluminum and finished in black anodized coating, the HD PowerFilter Bracket offers corrosion resistance essential for vehicles operating in austere or salt-exposure environments. The anodized aluminum construction delivers a 0.18 lb weight penalty while maintaining exceptional durability and thermal stability—critical for fuel systems subjected to engine heat and vibration cycles. The precise 2.402-inch bore accommodates standard Vibrant Performance PowerFilter housings, ensuring a flush, secure fit that prevents radial movement and reduces stress on fuel line connections during acceleration, braking, and off-road terrain engagement.

This bracket is ideal for mechanics and operators upgrading fuel filtration systems in vehicles with custom fuel lines or non-OEM filter configurations. Installation is straightforward—the bracket secures to existing frame or engine bay mounts via standard fasteners, positioning the PowerFilter cartridge for optimal hose routing and maintenance access. Compact at 3 x 0.5 x 4.5 inches, it integrates seamlessly into tight engine bays without interfering with belts, pulleys, or other auxiliary systems. Technicians working on tactical support vehicles, mobile command platforms, or high-reliability fuel systems will find this bracket an essential component for preventing vibration-induced failures and maintaining fuel system longevity in demanding field conditions.