AdvanEX MAF Sensor Meter for Toyota & Lexus Vehicles | Replaces OE 22204-22010

Premium AdvanEX MAF Sensor for Toyota and Lexus

The AdvanEX Mass Air Flow (MAF) sensor meter is designed to deliver reliable, OE-style airflow measurements across a broad range of Toyota and Lexus models. Built to endure typical driving conditions, this sensor aims to help your engine management system respond with stable, consistent signals without being a guesswork replacement.

Crafted with attention to fit and form, it offers accurate data essential for smooth engine operation. While results can vary with vehicle condition and maintenance history, many drivers notice a more regular idle and refined throttle response when the sensor operates correctly.

Fitment at a glance

The AdvanEX MAF sensor is compatible with a wide span of popular models from the Toyota and Lexus lineups, including Camry, Corolla, 4Runner, Avalon, Highlander, Prius, Sienna, Yaris, Celica, Echo, Matrix, MR2 Spyder, and ES/GS series. It is designed to replace common OE parts and preserve original electrical connections for straightforward installation.

• Fits varied generations: Camry, Corolla, 4Runner, Avalon, Highlander, Prius, Sienna, Matrix, MR2 Spyder, Yaris, Celica, Echo, ES300, ES330, GS300, GS430, GS450h, and more
• Designed to replace OE references such as 22204-22010 and related equivalents

Quality and reliability

• OE-standard design with high-quality materials for long life
• Easy to install and clean, with low air inlet resistance
• High-temperature molded PBT body for durability in harsh environments
• Precisely engineered for dependable air flow measurements

Installation tips and after-sales support

• Clean the air box and replace the air filter before installing to help prevent codes from appearing
• Double-check fitment to ensure proper connector alignment and a secure seal
• One-year after-sale service is provided; contact us if you encounter issues and we will work toward a solution

Incorporating this sensor into your maintenance plan may contribute to stable sensor readings and more predictable engine response, depending on vehicle condition and other supporting components. It is a practical option for those seeking a direct OE-style replacement without modifying the original wiring or mounting points.