P/S Tank Bracket Aluminum Angle

The P/S Tank Bracket Aluminum Angle from Allstar Performance is a precision-engineered mounting solution designed for power steering system installations in high-performance and custom vehicles. This bracket serves as a structural support component for power steering reservoirs, providing secure positioning while minimizing vibration transfer to critical hydraulic lines. Whether you're building a street machine, fabricating a custom suspension, or upgrading an existing power steering setup, this aluminum angle bracket delivers the reliability that professional fabricators and serious enthusiasts demand.

Constructed from lightweight aluminum, this bracket combines strength with minimal weight penalty—critical considerations in both performance driving and custom chassis work. The angle design provides multiple mounting points and allows for flexible positioning to accommodate different engine bay layouts, frame configurations, and tight spaces common in modified vehicles. Aluminum construction resists corrosion better than mild steel alternatives, ensuring longevity in engine compartments exposed to heat cycles, coolant spray, and harsh environmental conditions. The compact profile (measuring 5.55 x 1.1 x 9.1 inches) fits within tight fabrication parameters without interfering with ancillary systems or belt routing.

This bracket is essential for engine swaps, restorations, and custom builds where OEM mounting points are unavailable or incompatible with modified configurations. Installation requires basic fastening to your vehicle's frame or engine block using standard hardware, allowing straightforward integration into both bolt-on upgrades and comprehensive fabrication projects. The lightweight design (0.18 lbs) makes it practical for weight-conscious builders without sacrificing the rigidity needed to maintain proper reservoir alignment and reduce pressure fluctuations in high-cornering-load situations. Technicians and fabricators throughout the performance community trust Allstar Performance components for their attention to detail and functional engineering.