How much does it cost to fix P2015?

DIY repair typically costs $15–$100 for parts. Professional repair runs $100–$500 including parts and labor.

P2015

Powertrain

Low

Intake Manifold Runner Position Sensor/Switch Circuit Range/Performance (Bank 1)

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The P2015 code indicates that the intake manifold runner position sensor on bank 1 is reporting readings that are out of the expected range or not performing within specifications. This sensor monitors the position of the intake manifold runner control (IMRC) flaps and sends that data to the PCM. When the signal doesn't match what the PCM expects based on its commands to the IMRC system, this code is stored.

This code is extremely common on certain Volkswagen and Audi vehicles with the 2.0T engine, where it's often caused by a worn plastic linkage arm on the intake manifold runner actuator. A popular and cost-effective fix for these vehicles is installing a repair bracket that prevents excessive movement in the linkage. On other vehicles, carbon buildup on the runner flaps is the most frequent cause.

The good news is that P2015 very rarely causes noticeable drivability problems. Most drivers will only see the check engine light with no other symptoms. However, it's still worth addressing within a month or so, as ignoring it long-term can mask other codes and may lead to slightly reduced fuel economy. The repair is often straightforward and affordable.

Severity

Low — MonitorThis Month

Symptoms

•Check engine light on
•Minimal or no noticeable drivability issues in most cases
•Slight rough idle on some vehicles
•Minor reduction in fuel economy
•Occasional hesitation during acceleration

Likely Causes

Worn or failed IMRC position sensor30%

The position sensor that reports the intake manifold runner flap position to the PCM can wear out or develop internal faults over time, providing voltage signals outside the expected range for the current operating conditions.

Carbon buildup restricting runner flap movement30%

Carbon deposits on the intake manifold runner flaps can restrict their movement, causing the position sensor to report positions that don't match what the PCM commanded, triggering a range/performance code.

Worn IMRC actuator linkage or arm25%

The mechanical linkage connecting the actuator to the runner flaps can wear, develop excessive play, or break, causing inconsistent flap positions that the sensor accurately reports but the PCM flags as out of range.

Wiring or connector issues at the position sensor15%

Intermittent connections, corroded pins, or damaged wiring at the position sensor can cause erratic voltage readings that fall outside the PCM's expected range for the IMRC position circuit.