Oxygen Sensor For 1995-01 Dodge Ram 1500 96-00 Dakota After Catalytic Converter

Product Features:

• Direct fit for the 1995-2001 Dodge Ram 1500 and 1996-2000 Dakota after the catalytic converter
• Replaces OE 05131036AA and 5131036AA
• Monitors the oxygen content of the exhaust gases to ensure optimal engine performance and fuel efficiency
• Durable construction to withstand the harsh environment of the exhaust system
• Easy to install, saving you time and money on labor costs

Key Features: Easy Installation: Bolt-on design makes installation simple and straightforward, saving you time and money. Durable Construction: Engineered to withstand extreme temperatures and harsh conditions, ensuring longevity. Compatibility: Designed specifically for 1995-2001 Dodge Ram 1500 and 1996-2000 Dakota after the catalytic converter, ensuring a precise fit. Direct Fit: Replaces OE 05131036AA and 5131036AA, providing a seamless fit without any modifications or adjustments. Cost-Effective: Eliminate costly repairs and replacements by proactively replacing your oxygen sensor. Improved Performance: Enhances engine performance by accurately monitoring oxygen levels in the exhaust gases, leading to optimal combustion. Fuel Efficiency: Helps maintain proper air-fuel ratios, which translates into improved fuel economy. Emissions Control: Contributes to cleaner emissions by ensuring the engine runs efficiently, reducing harmful pollutants. Additional Features: OEM Replacement: Meets or exceeds OEM specifications, ensuring a reliable and precise replacement for your original oxygen sensor. Warranty: Backed by a warranty for peace of mind and protection against defects. Technical Support: Access to online resources and technical support to assist with installation and troubleshooting. Compatibility Check: Utilize the online compatibility checker to verify fitment with your specific vehicle before purchasing. External Resources:

Dodge Official Website

Dakota-Durango Forum: Oxygen Sensor Discussion

CarParts.com: Oxygen Sensor Information and Selection