2Pcs 234-4461 Downstream O2 Oxygen Sensor for Honda Accord Odyssey Pilot Ridgeline 3.5L (2007-2014) & Acura MDX TL TSX 3.2L 3.7L, Rear Post-Cat Oxygen Sensor, OE# 234-4461

Restore Your Vehicle’s Performance with TenutaRealX 234-4461 Downstream O2 Oxygen Sensors Is your Honda Accord or Acura MDX suffering from poor gas mileage or a stubborn check engine light? TenutaRealX provides the high-precision solution your engine needs. Our 234-4461 Downstream Oxygen Sensors are manufactured to meet or exceed original equipment standards, ensuring your vehicle runs cleaner and smoother. Key Compatibility: Honda: 2007-2014 Accord, Odyssey, Pilot, and Ridgeline (3.5L V6 Engines). Acura: 2007-2014 MDX, TL, and TSX (3.2L, 3.5L, 3.7L Engines). The TenutaRealX Advantage: Unlike generic sensors, TenutaRealX 234-4461 models feature a specialized protective coating to prevent silica poisoning and a fast-acting ceramic heater for quicker response times. Trust TenutaRealX for professional-grade rear O2 sensors that deliver lasting reliability on every mile.

• TenutaRealX Precision Engineering: Specifically designed to replace OE# 234-4461, ensuring a direct factory fit for Honda Accord, Odyssey, and Acura MDX. Every TenutaRealX downstream O2 sensor is built to restore your vehicle's exhaust monitoring accuracy.
• Reliable Check Engine Light Fix: Effectively resolves P0420/P0430 error codes. This TenutaRealX rear oxygen sensor provides precise real-time data to the ECU, helping you clear dashboard warning lights and pass emissions tests with confidence.
• Fuel Efficiency Optimizer: By accurately measuring exhaust oxygen levels, the TenutaRealX 234-4461 oxygen sensor helps your engine maintain the ideal air-fuel ratio, protecting your catalytic converter and improving gas mileage.
• True Plug & Play Installation: Featuring an original equipment style connector, this TenutaRealX post-cat oxygen sensor allows for a seamless DIY install on 2007-2014 Honda/Acura models with no wire splicing required.
• TenutaRealX Durability Standards: Built with high-temperature resistant materials and a double-layered protective cover to withstand extreme engine heat. Our downstream oxygen sensors undergo rigorous testing for stable, long-term performance.