Parts for your 2019 Ford Kuga-Throttle position sensors

2019 Ford Kuga throttle-position-sensors

Technical documentation confirms the 2019 Ford Kuga is fitted with throttle-position sensors (TPS). Ford’s Workshop Manual for the Kuga/Escape (Section 303-14: Electronic Throttle Control), Motorcraft service wiring diagrams, and common service data sources such as Autodata/Haynes all describe an electronic throttle body (ETB) that uses a motor and dual, redundant throttle position sensors (often labelled TP1/TP2) built into the throttle body. Petrol EcoBoost engines rely on these sensors for drive-by-wire control, late-model diesels also use a throttle valve with position sensing for smooth shutdown and EGR control. So, TPS is absolutely relevant on this model.

On the 2019 Kuga, the throttle-position sensors tell the engine computer exactly how far the throttle plate is open. That live feedback lets the ECU manage fuel, spark, boost and idle speed, and it backs up the accelerator pedal sensors to keep the drive-by-wire system safe. The Kuga’s ETB uses two tracks for redundancy—if their signals don’t agree, the car can drop into limp mode to protect the engine.

Common giveaways of a crook TPS include rough idle, hesitation, surging, poor fuel economy, a wrench/EPC light, and fault codes like P0121–P0123 or P0220–P0229. Because the TPS is integrated into the throttle body, it’s usually replaced as a complete assembly rather than as a separate sensor.

Good servicing habits go a long way:

• Inspect the throttle body connector for corrosion, oil wicking, or chafed wiring—heat near the manifold can make harness issues look like a bad sensor.
• Clean the throttle bore and plate with a suitable throttle-body or MAF-safe cleaner, don’t force the plate open by hand.
• Check battery health and grounds—low voltage can trigger throttle faults.
• After cleaning or replacement, perform a throttle “relearn/adaptation.” Many scan tools can run the ETC learn function, alternatively, a key-on/idle routine may work on some calibrations.

If replacement is needed, choose a quality ETB that matches the Kuga’s engine code. Fit a new gasket if required, torque fasteners evenly, connect the harness firmly, clear codes, and complete the adaptation. If TPS codes persist, also test the accelerator pedal position sensor and verify there are no intake air leaks.

References: Ford Workshop Manual (Kuga/Escape 2019, Section 303-14 Electronic Throttle Control), Motorcraft Service wiring diagrams for ETB with TP1/TP2, and Bosch ME/EDC control strategy notes describing redundant throttle position sensing.

Does the 2019 Kuga have a separate TPS or is it built into the throttle body?

It’s built into the electronic throttle body as a dual-sensor setup. On this model, you typically replace the whole throttle body if the TPS fails or goes out of range.

What are the symptoms of a failing throttle-position sensor on a 2019 Kuga?

Drivers often notice rough idle, hesitation, stalling when coming to a stop, poor fuel economy, or the wrench/EPC light. Scan tools may show codes like P0121–P0123 or P0220–P0229, and the car may enter limp mode if the two sensor tracks disagree.

Can the TPS be calibrated without a scan tool?

Some vehicles will relearn position after a key-on/idle cycle, but the most reliable method is using a scan tool to run the ETC/throttle relearn procedure. That ensures the ECU stores correct minimum/maximum plate positions after cleaning or replacement.