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Canadian Auto Performance O2 Spacers 90 Degree - Set of 2 (Pair)

$89.99
Weight:
1.00 LBS
Shipping:
Calculated at Checkout

Description

Optimize your vehicle’s exhaust system with the Canadian Auto Performance 90 Degree O2 Spacers, designed to provide improved sensor positioning and a cleaner engine management response. Whether you’re dealing with a Check Engine Light (CEL) triggered by aftermarket exhaust components or need a better sensor angle due to tight space constraints, these O2 spacers offer a practical and effective solution.

Manufactured from durable, high-temperature resistant metal, these 90-degree angled O2 spacers are crafted to extend the distance between your O2 sensor and the exhaust stream, reducing the chances of CELs by simulating optimal exhaust gas readings. This design is especially beneficial for vehicles where a straight spacer cannot be used due to limited clearance around the sensor bung area.

Each order includes a pair (set of 2) 90-degree O2 spacers, making it a complete solution for dual O2 sensor setups, common in many modern performance and modified vehicles.

Please note: While these spacers significantly increase the chances of reducing CELs, their effectiveness may vary depending on the specific vehicle, sensor sensitivity, and ECU calibration.

Key Features:

  • Set of 2 – Includes a pair of 90-degree O2 sensor spacers

  • Angled Design – Ideal for installations where a straight spacer cannot fit due to limited space

  • CEL Reduction – Helps reduce the likelihood of Check Engine Lights caused by exhaust modifications

  • Universal Fitment – Compatible with most O2 sensor ports across various makes and models

  • Durable Construction – Built to withstand high temperatures and exhaust pressure environments

Fitment:

  • Universal fitment – Compatible with most vehicles utilizing standard threaded oxygen sensors. Ideal for cars with modified or high-flow exhaust systems where CELs are common.

Upgrade your exhaust setup with Canadian Auto Performance 90 Degree O2 Spacers and improve fitment flexibility and sensor functionality.