Parts for your 2024 Ford Transit-Crank angle sensor

2024 Ford Transit crank angle sensor (crankshaft position sensor)

Based on technical service literature, the 2024 Ford Transit with internal-combustion engines is fitted with a crank angle sensor (commonly called the crankshaft position sensor, CKP). It’s a core input to the powertrain control module. The exception is the battery-electric E-Transit, which has no crankshaft and therefore doesn’t use a crank angle sensor.

• Ford Workshop Manual (WSM) for 2024 Transit – Engine Management (Section 303 series) describes CKP sensor testing and replacement.
• Motorcraft Service wiring diagrams and pinpoint tests reference CKP-related DTCs (P0335–P0339, P0315).
• Ford global parts catalogues list a CKP sensor for the 2.0L EcoBlue diesel and 3.5L petrol V6 variants.
• SAE technical literature on Hall/VR crankshaft sensing for engine control corroborates its role in timing and misfire detection.

For owners of 2024 Transit petrol and diesel models, the crank angle sensor is the little hero that lets the ECU know exactly where the crank is in its rotation and how fast it’s spinning. That data times spark and injection to the millisecond, syncs with the cam sensor, and keeps the engine smooth, efficient, and within emissions targets. If it drops out, the engine can be hard to start or won’t start at all, stumble at idle, or throw the dash into a light show with codes like P0335 or P0315.

There’s no scheduled replacement for the CKP in normal servicing. What’s sensible is a quick visual once-over when the van’s on the hoist: check the connector for moisture or corrosion, make sure the harness isn’t rubbing near the front cover or bellhousing, and keep oil leaks from wicking into the plug. Avoid blasting the area with a pressure washer. If drivability issues pop up, scan it first—CKP faults are common enough that a code read saves guesswork.

Replacement is usually straightforward: disconnect the battery, access the sensor (front cover on many petrol V6s, bellhousing area on EcoBlue diesels), unplug, remove the single retaining bolt, and ease the sensor out. A light smear of clean engine oil on the new O-ring helps it seat. Route the loom exactly as per the factory clips, tighten the bolt to the workshop manual spec, then clear codes. Many Transits require a crank position relearn with a scan tool so the ECU re-calibrates its misfire and timing references—don’t skip that, or it may idle rough or log new faults. If a removed sensor has metal fuzz on the tip, or faults return quickly, inspect the reluctor ring for damage or misalignment. Genuine-quality sensors and following the WSM procedure keep the big van happy and earning.

Popular questions

Where is the crank angle sensor on a 2024 Ford Transit?
On most petrol V6 models it’s mounted on the front timing cover reading the crank reluctor. On many 2.0L EcoBlue diesels it’s at the gearbox bellhousing reading the flywheel tone ring. Exact location can vary with engine and drivetrain, so a quick look-up in the WSM or a visual under the bonnet is the go.

What are the common symptoms and fault codes?
A no-start or long crank, sudden stall, erratic tach, or limp behaviour are typical. Codes often include P0335–P0339 (CKP circuit/performance) and P0315 (crank variation not learned). Wiring damage, oil ingress at the connector, or a failing sensor are usual suspects.

Does it need programming after replacement?
A CKP relearn with a capable scan tool is commonly required so the ECU stores the new crank variation profile. After fitting, clear codes, perform the relearn, and verify with a road test. Updates to the PCM calibration may also be advised per the WSM.