Parts for your 2019 Ford Escape-Camshaft sensor

2019 Ford Escape camshaft sensor — what it does and how to look after it

Yes, the 2019 Ford Escape uses camshaft position (CMP) sensors. Ford’s own technical literature confirms this: the Ford Workshop Manual (WSM, Section 303 for the 1.5L and 2.0L EcoBoost, and 2.5L Duratec) and Motorcraft wiring diagrams list CMP sensors as fitted components. The 1.5L and 2.0L EcoBoost engines run dual independent variable cam timing (Ti‑VCT) and use two CMP sensors (one for the intake cam and one for the exhaust cam). The naturally aspirated 2.5L typically uses a single CMP sensor. Repair databases such as ALLDATA and Mitchell1 also show CMP sensors and related diagnostics (e.g., DTCs P0340/P0341) for this model year.

On a 2019 Escape, the camshaft sensor tells the powertrain control module exactly where the cam(s) are in relation to the crankshaft. That live feedback lets the ECU control fuel injection timing, ignition timing and cam phasing for smooth starts, strong mid‑range torque and tidy emissions. It’s also key for accurate misfire monitoring and quick hot or cold starts. If a CMP signal goes missing or drifts, the ECU can’t sync things properly and you’ll feel it.

These sensors are solid‑state and not a regular service item, but they do rely on clean engine oil and healthy wiring to do their best work—especially on Ti‑VCT EcoBoosts. If the Escape starts hard, idles roughly, feels flat, uses more fuel than usual, or logs a check‑engine light, a CMP fault should be considered alongside the crank sensor and VCT solenoids.

• Common signs: long crank/no start, stumble at low revs, poor fuel economy, intermittent stalling, and MIL with codes like P0340/P0341 or cam/crank correlation faults.
• Prevention: keep to the oil spec and intervals, dirty oil can upset VCT operation and the ECU’s cam tracking.

Replacement is straightforward for a competent DIYer, but many owners prefer a tech to handle it. Under the bonnet, each sensor sits at the end of the cylinder head/rocker cover near the cam sprockets. Basic steps are to disconnect the battery, unplug the connector, remove the retaining bolt, swap the sensor with a new O‑ring, refit and tighten to factory spec, reconnect and clear codes. Use quality OEM‑equivalent parts, inspect the harness for chafing, and perform a KAM reset or short drive cycle so the ECU relearns cam timing. If in doubt, follow the Ford WSM procedure for your exact engine code.

Where is the camshaft sensor on a 2019 Ford Escape?
It’s at the end of the cylinder head under the plastic engine cover. EcoBoost models have two—one on the intake side and one on the exhaust side—mounted near the cam gears. The 2.5L usually has a single sensor on the intake cam end.

Access is typically from the top. Remove the engine cover, then you’ll see the sensor(s) held in with a small bolt and a keyed O‑ringed body.

What symptoms point to a failing camshaft sensor on this model?
Expect hard starting, rough idle, hesitation off the line, misfire‑like shakes, poor fuel economy and a check‑engine light. Scan tools often show P0340/P0341 or cam/crank correlation faults.

Because Ti‑VCT relies on oil pressure and clean passages, low‑quality or old oil can mimic sensor issues. Always rule out oil and wiring concerns before replacing the sensor.

Does a new camshaft sensor need programming?
There’s no coding for the sensor itself, but the ECU benefits from a KAM reset and a brief relearn drive so it can resynchronise cam/crank timing. Many scan tools can perform the reset, otherwise, a few mixed‑condition kilometres usually settles it.

Clear any stored DTCs after installation and verify live data shows stable cam signals and expected VCT behaviour.