Beck Arnley 039-5104 Fuel Injection Throttle Body Mounting Gasket

Fuel Injection Throttle Body Gasket for Subaru

Beck Arnley 039-5104 is a fuel injection throttle body mounting gasket for select Subaru Forester models. It is built to meet foreign nameplate OE specifications for form, fit, and function, giving you a direct replacement for service work on the intake and throttle body sealing area.

Key Features

• Fuel injection throttle body mounting gasket for the intake/throttle body interface
• OE-style fitment for foreign nameplate applications
• Form, fit, and function aligned with Beck Arnley sourcing standards
• Direct replacement for 2011-2013 Subaru Forester applications
• Part number 039-5104 for easy catalog matching

Application Details

Compatible with 2011-2013 Subaru Forester models. This gasket is used at the throttle body mounting point to help maintain a proper seal between the throttle body and intake tract. If you are searching for a 2011 Subaru Forester throttle body gasket, a 2012 Subaru Forester fuel injection throttle body mounting gasket, or a 2013 Subaru Forester intake sealing gasket, Beck Arnley 039-5104 matches the listed application.

This part cross-references no listed interchange numbers in the provided data.

What It Helps Address

• Air leaks at the throttle body mounting surface
• Rough idle caused by a compromised intake seal
• Unmetered air entering the intake system
• Throttle body service requiring a replacement sealing gasket
• Vacuum-related drivability concerns at the intake connection

Installation Notes

Inspect the throttle body and intake mating surfaces before installation. Remove old gasket material, clean the sealing faces, and verify the mounting surface is flat and free of debris. Confirm the part number 039-5104 against your vehicle’s year, make, and model before assembly.

Quality Assurance

Beck Arnley sources parts to meet OE specifications for foreign nameplate vehicles, with product specialists working with global sourcing partners to support correct application selection and dependable fit.