Parts for your 2017 Toyota Camry-Crank angle sensor

2017 Toyota Camry crank angle sensor (crankshaft position sensor)

Technical sources confirm the 2017 Toyota Camry does use a crank angle sensor, commonly called the crankshaft position (CKP) sensor. The Toyota Repair Manual for the XV50 Camry (SFI systems for 2AR-FE, 2GR-FE and 2AR-FXE), the 2017 Camry Electrical Wiring Diagram showing the CKP (NE) circuits to the ECM, and the Toyota Electronic Parts Catalogue all list and illustrate the CKP sensor and related diagnostics (DTCs P0335–P0339). So yes—this part is fitted and essential on the 2017 Camry, including petrol and hybrid variants.

The CKP sensor’s job is to track the crankshaft’s exact position and speed. The engine computer uses that info to fire the spark at the right moment, time the fuel injection, detect misfires, and coordinate variable valve timing with input from the cam sensor. On the hybrid Camry, it’s also critical for smooth engine start/stop under hybrid control. Without a clean crank signal, the car can be hard to start, run rough, or not run at all.

Where it lives can vary slightly by engine, but expect it to be mounted in the engine block or timing cover area with its tip reading a toothed reluctor on the crank. It’s sealed with an O-ring and connects to the engine harness with a two- or three-pin plug.

There’s no scheduled replacement interval for the CKP sensor on a 2017 Camry. As part of routine servicing, a tech will generally:

• Scan for fault codes (P0335–P0339 are common CKP-related DTCs) and check live RPM signal.
• Inspect the connector and wiring for oil intrusion, corrosion, rubbed-through insulation, or poor pin fit.
• Visually check for oil leaks that could wick into the plug and upset the signal.

Symptoms of a failing crank angle sensor include long cranking, intermittent stalling, a dead no-start when hot, rough idle, misfire-like shudders, poor fuel economy, and the MIL on. If replacement’s needed, stick with genuine or high-quality OEM-equivalent parts to maintain signal integrity.

DIY-minded owners can replace the sensor with basic tools, but it pays to follow the workshop procedure: disconnect the negative battery terminal, let the engine cool, unplug the connector, remove the retaining bolt, and withdraw the sensor gently. Lightly oil the new O-ring, seat the sensor squarely, and tighten the fastener to the factory spec. Clear codes and verify a solid RPM signal on a scan tool. If faults persist, check the reluctor wheel for damage and confirm wiring back to the ECM.

Keeping the area clean, fixing small oil weeps early, and ensuring stable battery voltage will help the sensor live a long, drama-free life across Aussie and Kiwi kilometres.

Where is the crank angle sensor on a 2017 Camry?

It’s typically mounted on the engine block or timing cover, positioned to read a toothed wheel on the crankshaft. On four-cylinder models it’s usually near the front of the engine, on V6 it may be less visible and closer to the transmission side. Access can vary, so a workshop manual diagram helps.

What fault codes point to a bad crank angle sensor?

Common CKP-related codes are P0335 to P0339. These cover issues like no signal, range/performance problems, or intermittent/erratic signals. A proper diagnosis should also include checking wiring, connectors, and the crank reluctor wheel, not just the sensor.

Is it safe to drive with a failing crank angle sensor?

It’s risky. A weak or intermittent signal can cause stalling or a no-start at the worst moment. If the MIL is on with CKP codes, drive gently to a workshop or arrange a tow, especially if the car has already stalled or cranked longer than normal.