Spectra OS5567 Oxygen Sensor - Downstream Front

Oxygen Sensor Overview

Spectra OS5567 is an oxygen sensor for select Honda and Acura applications with downstream front fitment. It is built to match the performance expectations of the original equipment sensor it replaces, making it a direct service part for emissions system repair.

Key Features

• OE-level performance target for emissions monitoring
• Downstream front sensor application
• Fits select Honda Accord, Honda Odyssey, Honda Pilot, Honda Ridgeline, Acura TSX, Acura TL, and Acura RL applications
• Part number OS5567 for catalog and service matching

Detailed Description

This Spectra oxygen sensor is engineered for vehicles that rely on accurate exhaust feedback to support proper emissions control. Fits 2008-2012 Honda Accord, Downstream Front; Fits 2011-2013 Honda Odyssey, Downstream Front; Fits 2009-2011 Honda Pilot, Downstream Front; Fits 2009-2011 Honda Ridgeline, Downstream Front; Fits 2010-2014 Acura TSX, Downstream Front; Fits 2009-2011 Acura TL, Downstream Front; Fits 2009-2010 Acura RL, Downstream Front. The OS5567 is a practical replacement when the original sensor has aged, triggered a fault code, or no longer reports exhaust oxygen levels accurately. This part cross-references Delphi ES20369 and Gates 24436 for the same application.

Common Uses

• Check engine light related to oxygen sensor performance
• Incorrect exhaust oxygen feedback to the engine control system
• Emissions test failures caused by a worn sensor
• Restoring proper downstream sensor signal response

Installation Notes

Verify the connector style, sensor location, and bank/sensor designation before installation. Confirm the vehicle application against the fitment list for the exact year, make, model, and downstream front position. Use the part number OS5567 to match the correct replacement during service.

Quality Assurance

Spectra Premium states that its engineering, manufacturing technology, and quality control processes are used to produce oxygen sensors that meet or exceed original equipment performance expectations.