On modern fuel injected motors, sensors are responsible for determining the correct air/fuel mixture and for maximizing engine performance and efficiency. If one of your sensors goes bad it can cause a host of running problems from poor gas mileage to engine hesitation. Replacing your Mitsubishi Eclipse MAP sensor is a great way to ensure that your vehicle keeps running in top condition. Here at Andy's Auto Sport we have an excellent selection of Mitsubishi Eclipse MAP sensors for you to choose from. With offerings from all of the top brand names you are sure to find the perfect MAP sensor for your application in our extensive collection.

MAP is an acronym that stands for Manifold Absolute Pressure. This sensor is used to measure the amount of air flow coming in through the intake manifold. Based on the information it receives, your Mitsubishi Eclipse MAP sensor signals adjustments in mixture to keep your engine running at maximum efficiency. If you are running a high-performance motor with power adders the factory MAP sensor may not be able to make the necessary adjustments. In this case performance aftermarket units are the perfect choice. They will keep your high-strung motor running strong and help put you in front of the competition.

Q: What is a MAP sensor? Why buy one?
A: MAP is an acronym that stands for Manifold Absolute Pressure. The MAP sensor detects pressure at the intake manifold and uses the information to calculate air density which in turn helps your vehicle’s ECU to determine the proper fuel metering to match the incoming airflow. So it is easy to see why this device is crucial to your vehicle’s overall performance. The MAP sensor is an alternative form of metering to the Mass Air Flow sensor (MAF), so vehicles are usually equipped with one or the other, but rarely both. If you are running forced induction or other performance modifications, your stock MAP sensor may not be appropriately calibrated to optimize performance. Fortunately we offer aftermarket MAP sensors designed to work specifically with high-performance engine applications. With these sensors you squeeze the most out of your ride and keep it running safely and reliably.