Mishimoto 3/4-Inch Oil Filter Relocation Take-Off Plate

Description

Oil filter relocation using the Mishimoto Oil Filter Take Off Plate Three Quarter Inch streamlines serviceability and improves clearance by providing a dedicated 3/4″ take-off point for remote filter mounting.

This Mishimoto take-off plate is designed to solve common packaging and maintenance issues in confined engine bays: it enables a remote, large-format filter upgrade, increases ground clearance around the factory filter location, and makes oil changes more manageable without disassembling surrounding components.

• 3/4″ take-off port — Provides a standard threaded connection for remote oil filter lines; this tangible interface simplifies integration with relocation hoses or fittings.
• Oil filter relocation functionality — Allows the factory filter location to be moved to an accessible area, reducing the need to work in tight spaces and lowering service time for routine oil changes.
• Support for large-format filters — Enables upgrading to larger capacity filters when using remote mounting, which can be useful for extended service intervals or higher contamination capacity.
• Improved ground clearance — By moving the filter away from low-clearance areas, the take-off plate reduces the risk of contact or damage during vehicle operation.
• Mishimoto brand engineering — Backed by Mishimoto’s reputation for motorsports- and performance-oriented components, offering a purpose-built solution for relocation needs.

Applications include engine bays where space constraints, underbody clearance, or the desire for a larger filter make a remote mounting solution preferable. The take-off plate is intended to interface with relocation hoses, fittings, and remote filter adapters to create a custom routing solution.

Notes on compatibility and installation: use the 3/4″ threaded take-off port as the connection point for your chosen relocation plumbing. Follow vehicle-specific procedures and torque specifications for oil system components during installation to maintain reliability.

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