Parts for your 2013 Ford Escape-Map sensor

Does the 2013 Ford Escape use a MAP sensor? Yes — here’s what it does and how to look after it

Technical sources confirm the 2013 Ford Escape is fitted with a MAP (Manifold Absolute Pressure) sensor across its engines. Ford’s Workshop Manual for the 2013 model (Fuel Charging and Controls sections for both naturally aspirated 2.5L and turbocharged 1.6L/2.0L EcoBoost) identifies a MAP or combined pressure/temperature sensor (often called a T‑MAP on the turbo models). Ford’s parts catalogue also lists a “Sensor – Manifold Absolute Pressure” under base part 9F479 for these engines, and Ford service diagnostics include MAP/boost sensor DTCs such as P0106–P0108 and P0236–P0238. So yes — it’s relevant and present on this model.

On the 2013 Escape, the MAP sensor lets the engine control unit know exactly what the pressure is in the intake manifold. On turbo variants it also reads boost pressure and, when it’s a T‑MAP, intake air temperature as well. The PCM blends this information with MAF data to calculate load, fuel delivery and spark timing. The payoff is smooth drivability, proper boost control, decent fuel economy and lower emissions.

Common signs the MAP sensor needs attention include a check engine light, doughy throttle response, rough idle, higher fuel use, and on EcoBoost models, inconsistent boost. Oil mist and soot can slowly contaminate the sensor port on turbo cars, especially as kilometres rack up.

As part of routine servicing, it’s good practice to inspect the MAP sensor and its connector every 40,000–60,000 km. Look for cracked wiring, loose pins, a perished O‑ring, or contamination at the sensing port. Avoid harsh solvents, if cleaning is needed, use electronics-safe cleaner and keep it light — never poke the sensing element.

Replacement is straightforward: disconnect the battery, unplug the connector, remove the retaining screw(s), ease the sensor straight out, swap the O‑ring if supplied, and refit. Tighten the fastener(s) snugly (about 8 N·m is typical — check service data for your engine). Reconnect, clear any DTCs, and allow the PCM to relearn at idle. On EcoBoost engines, ensure all charge-air hoses and clamps are sound so the new sensor isn’t chasing a boost leak.

Using a genuine Motorcraft unit or a high-quality equivalent is wise — the calibration matters. A healthy MAP sensor helps the Escape feel crisp under the throttle and keeps fuel usage in check.

• Typical related fault codes: P0106, P0107, P0108, P0236, P0237, P0238
• Likely locations: on the intake manifold (2.5L) or near the throttle/charge pipe (1.6L/2.0L EcoBoost T‑MAP)

FAQs

Where is the MAP sensor on a 2013 Ford Escape?
On the 2.5L it’s mounted on the intake manifold. On 1.6L and 2.0L EcoBoost models, it’s typically a T‑MAP on the charge pipe or near the throttle body. Look for a small sensor with an O‑ring seal and a 3‑ or 4‑pin connector.

Can a bad MAP sensor cause poor fuel economy and rough idle?
Absolutely. If the sensor sends inaccurate pressure data, the PCM can over‑ or under‑fuel, leading to rough idle, lack of go, higher fuel use, and a check engine light. On turbo models, it can also mess with boost control.

Does the 2013 Escape use both MAF and MAP?
Yes. The PCM uses the MAF to measure incoming air and the MAP/T‑MAP to verify manifold pressure (and intake temperature on T‑MAP). Using both improves load calculation, response and emissions control.