Mounting Bracket 3 or 4 Bolt Flange

The Mounting Bracket 3 or 4 Bolt Flange from Aeromotive is a precision fuel pump bracket engineered for secure, vibration-resistant installation of spur gear fuel pumps in high-performance and tactical vehicle applications. This bolt-on bracket accommodates both 3-bolt and 4-bolt flange configurations, making it a versatile solution for mechanics, restoration specialists, and military ground support personnel who require reliable fuel system mounting. Whether you're building a custom tactical support vehicle, restoring a classic platform, or maintaining fleet fuel infrastructure, this bracket ensures your pump remains firmly secured during demanding operational conditions.

Manufactured from black anodized aluminum, the Mounting Bracket 3 or 4 Bolt Flange combines lightweight construction with corrosion resistance—critical for vehicles exposed to harsh environments or saltwater conditions. The anodized finish prevents oxidation and wear while maintaining the bracket's structural integrity under continuous vibration and thermal cycling. The dual-flange design allows technicians to adapt to existing fuel pump configurations without requiring complete fuel system redesigns, reducing downtime and installation labor. Measuring 4.95 x 2.4 x 6.85 inches and weighing only 0.37 lbs, the bracket's compact footprint integrates seamlessly into tight engine bay layouts common in tactical and military vehicle platforms.

Aeromotive spur gear pump users and professional technicians rely on this bracket to eliminate fuel pump movement that can cause noise, vibration, and premature component failure. Installation requires standard fasteners compatible with either 3-bolt or 4-bolt flanges, making retrofit and maintenance straightforward for experienced mechanics and military vehicle maintenance teams. This bracket is ideal for anyone standardizing fuel system components across vehicle fleets, upgrading aging fuel pump mounts, or building custom tactical platforms where fuel system reliability directly impacts mission readiness.