The NGK 24287 direct-fit oxygen sensor is designed for 2000-2003 Honda S2000 models and supports accurate air-fuel ratio monitoring for reliable engine operation. As a leading OEM oxygen sensor manufacturer, NGK develops sensors to help maintain fuel efficiency, reduce harmful emissions, and support proper operation of the vehicle’s on-board diagnostic system.

The sensor provides continuous closed-loop feedback to the engine control unit, helping regulate fuel delivery according to exhaust oxygen levels. This supports consistent engine performance and helps the OBDII system identify potential issues involving fuel control or catalytic converter efficiency. Its direct-fit design is intended to simplify installation and provide application-specific compatibility for the listed Honda S2000 models.

NGK applies advanced ceramic technology throughout the sensor manufacturing process, from raw materials through the finished component. The ceramic sensing element is protected by a three-stage, contaminant-resistant plasma-jet overcoat and deposit trap, helping guard against element poisoning and contributing to long-term durability. NGK also works closely with original equipment manufacturers during every phase of sensor development to continually refine performance and resistance to failure.

This automotive oxygen sensor is intended for replacement applications on 2000, 2001, 2002, and 2003 Honda S2000 vehicles. Professional installation is recommended, and the vehicle’s diagnostic system should be checked after installation to confirm proper operation.

Features:

• Direct-fit replacement for 2000-2003 Honda S2000 models
• NGK Part Number 24287 for application-specific replacement
• Provides closed-loop feedback to help control the engine air-fuel ratio
• Supports fuel efficiency, engine performance, and emissions control
• Advanced ceramic sensor element with contaminant-resistant plasma-jet overcoat
• Deposit trap helps protect the sensing element from poisoning
• Designed to support OBDII monitoring of fuel delivery and catalytic converter efficiency