Parts for your 2015 Ford Kuga-Throttle position sensors

2015 Ford Kuga throttle position sensor (TPS)

Based on Ford’s own workshop documentation (Motorcraft/ETIS, Fuel Charging and Controls, 2013–2016 Kuga/Escape) and mainstream service manuals such as Haynes and Autodata, the 2015 Ford Kuga uses electronic throttle control with twin, integrated throttle position sensors inside the throttle body. Petrol EcoBoost engines (1.5L/1.6L/2.0L) and the 2.0 TDCi diesel both rely on a TPS signal for drive‑by‑wire operation, so a TPS is absolutely relevant and fitted to this model. On most variants, the TPS is not sold separately, it’s part of the throttle body assembly.

On this Kuga, the throttle position sensors tell the engine computer exactly how far the throttle plate is open. That feedback is vital for smooth take‑off, crisp throttle response, correct fuelling and ignition timing, turbo boost control, idle stability, cruise control and even traction/ESC decision‑making. Ford’s technical literature notes dual (redundant) TPS tracks within the electronic throttle body, so the computer can cross‑check signals for safety. If those signals disagree or drift out of range, the Kuga can drop into limp mode and light the MIL, often flagging codes like P0121–P0124, P2135, or throttle actuator codes such as P2111/P2112.

As part of servicing, it’s smart to inspect the throttle body and connector under the bonnet for corrosion, oil vapour build‑up and harness chafing. There’s no fixed replacement interval for the TPS on a 2015 Kuga, but cleaning the throttle bore and plate with sensor‑safe throttle cleaner every 60,000–80,000 kilometres helps prevent sticky operation. Don’t force the plate by hand and don’t soak the electronic side—keep liquids away from the sensor module.

If a TPS fault is confirmed, be aware that on most Kuga engines the sensor isn’t serviceable by itself—you replace the complete throttle body. The job typically involves removing the intake duct, unplugging the connector, unbolting the unit, swapping the gasket, and reinstalling to factory torque specs. After refit, a throttle/idle relearn is recommended. The powertrain control module will usually adapt on its own after a short idle period, but using a scan tool to run the throttle adaptation routine gives the best result. Expect the idle to settle after a few minutes of key‑on/engine‑off and then engine‑running with accessories off, followed by a short drive cycle.

A quick tip from the trade: the accelerator pedal has its own position sensors too. When diagnosing hesitation or limp mode, compare pedal and throttle readings with a scan tool—misdiagnosis between APP and TPS is common. Sticking to genuine or high‑quality aftermarket throttle bodies and checking for any Ford calibration updates will save headaches and keep the Kuga’s throttle feel nice and linear.

Question: Where is the throttle position sensor on a 2015 Ford Kuga?

Answer: It’s built into the electronic throttle body on the intake, near the front of the engine under the bonnet. The sensor isn’t on the pedal—that’s a separate accelerator pedal position (APP) unit with its own sensors.

Question: Can the TPS be replaced on its own, or does the whole throttle body need changing?

Answer: On most 2015 Kuga engines the TPS is non‑serviceable and integrated into the throttle body. If the TPS fails or goes out of spec, replace the entire throttle body assembly and its gasket, then perform a relearn.

Question: Does a new throttle body/TPS need calibration or relearn?

Answer: Yes. The Kuga’s computer will usually self‑learn after a short key‑on/idle period followed by a steady drive. For best results, use a capable scan tool to run the throttle/idle adaptation routine so idle speed and throttle response are bang‑on.