Dry Sump Tank Mount - Straight

The MOROSO Dry Sump Tank Mount – Straight (Part #22677) is a precision aluminum bracket assembly engineered to secure a 7-inch diameter dry sump oil tank in a straight mounting orientation. This tank mount is essential for custom engine builds, race vehicles, and high-performance applications where traditional wet-sump lubrication is impractical. The straight configuration provides direct vertical alignment, simplifying installation while maintaining optimal tank positioning for gravity-fed oil return and scavenging line routing.

Constructed from aluminum, this kit weighs just 2.15 pounds while delivering the structural rigidity required for motorsport duty. The straight-mount design eliminates offset angles, reducing the number of bend points in supply and return lines—a detail that enhances reliability and reduces potential leak paths at line connections. The compact footprint (9.4 x 9.2 x 9.7 inches) allows integration into tight engine bay layouts without requiring extensive fabrication modifications. MOROSO's engineering ensures the bracket accommodates the thermal expansion cycles common in high-output engines without flex or stress concentration.

This tank mount addresses the needs of engine builders, racing teams, and enthusiasts converting carbureted or naturally aspirated motors to forced-induction setups where conventional sump capacity becomes insufficient. Dry sump systems improve weight distribution, increase available oil volume, and enhance cooling through better airflow around the motor. The straight mount configuration is particularly suited to vehicles where engine-bay symmetry is critical or where angled mounting would create packaging conflicts with intake manifolds, throttle bodies, or auxiliary components.

MOROSO is recognized in the performance automotive sector for producing heavy-duty brackets and manifold assemblies that meet the demands of both street and full-race environments. This dry sump tank mount is designed as part of a complete system, providing the structural foundation for a reliable oil management solution on high-horsepower applications where lubrication failure is not an option.