Porsche Engine Oil Capacities and Specifications

Porsche Engine Oil Guide

This guide provides information on engine oil capacities, specifications, and level measurement procedures for gasoline-powered Porsche vehicles. It is designed for Porsche owners and technicians to ensure proper engine maintenance.

1. Oil Capacities and Specifications

The following tables list oil capacities and specifications for gasoline-powered Porsche models during oil changes with filter replacement. Always verify with the owner’s manual for accuracy.

1.1 Macan

Model Description Engine Code Model Year(s) Engine Size Oil Specification Oil Capacity (Qt) Oil Capacity (L)
95B Base CYNB 2015-2018 3.0 V6 C30 5 4.7
95B S CTMA 2014-2018 3.0 V6 A40 8.5 8
95B Turbo CTLA 2014-2018 3.6 V6 A40 8.5 8
95B GTS DCNA 2017-2018 3.0 V6 A40 8.5 8
95B Base DLH 2019+ 2.0 L4 C20 5.5 5.2
95B S DLZ 2019+ 3.0 V6 C20 7.9 7.5
95B Turbo DGR 2020 2.9 V6 C30 7.9 7.5

1.2 Cayenne

Model Description Engine Code Model Year(s) Engine Size Oil Specification Oil Capacity (Qt) Oil Capacity (L)
92A Tiptronic M5502 2011-2014 3.6 V6 C30 7.3 6.9
92A S / GTS M4802 2011-2014 4.8 V8 A40 10 9.5
92A Turbo M4852 2011-2014 4.8 V8 A40 10 9.5
92A Base CEYA 2016-2018 3.6 V6 C30 7.2 6.8
92A S CJRA 2015-2018 3.6 V6 A40 9 8.5
92A Turbo CFFB 2015-2018 4.8 V8 A40 10 9.5
92A GTS CXZA 2016-2018 3.6 V6 A40 9 8.5
92A Turbo S CYXA 2016-2018 4.8 V8 A40 10 9.5
9YA Base DCBE 2019-2020 3.0 V6 C20 8 7.6
9YA S DCA 2019-2020 2.9 V6 C30 8 7.6
9YA Turbo DCU 2019-2020 4.0 V8 C40 10 9.5
9YB Base DCBE 2020 3.0 V6 C20 8 7.6
9YB S DCA 2020 2.9 V6 C30 8 7.6
9YB Turbo DCU 2020 4.0 V8 C40 10 9.5
970 Base / 4 M500 2011-2013 3.6 V6 A40 9 6.0
970 Base / 4 CWAA 2014-2016 3.6 V6 A40 9 6.0
970 S / 4S M520 2010-2013 4.8 V8 A40 9.5 9
970 S / 4S CWDA 2014-2016 3.6 V6 A40 9 6.0
970 GTS M540 2013 4.8 V8 A40 9.5 9
970 GTS CXPA 2014-2016 4.8 V8 A40 9.5 9
970 Turbo / S M570 2010-2013 4.8 V8 A40 9.5 9
970 Turbo CWBA 2014-2016 4.8 V8 A40 9.5 9
970 Turbo S CWCA 2014-2016 4.8 V8 A40 9.5 9
971 Base / 4 CXTA 2017-2020 3.0 V6 C20 7.6 7.2
971 4S CSZA 2017-2020 2.9 V6 C30 7.6 7.2
971 Turbo CVDA 2017-2020 4.0 V8 C40 10 9.5
971 GTS CVD 2019+ 4.0 V8 C40 10 9.5

1.3 911

Model Description Engine Code Model Year(s) Engine Size Oil Specification Oil Capacity (Qt) Oil Capacity (L)
991.1 Carrera / 4 MA104 2012-2016 3.4 L6 A40 7.9 7.5
991.1 Carrera S/4S/GTS MA103 2013-2016 3.8 L6 A40 7.9 7.5
991.1 Turbo/Turbo S MA171 2014-2016 3.8 L6 A40 7.9 7.5
991.1 GT3 MA175 2014-2016 3.8 L6 A40 7.9 7.5
991.1 GT3 RS MA176 2015-2016 4.0 L6 A40 7.9 7.5
991.1 R MA176 2016 4.0 L6 A40 7.9 7.5
991.2 Carrera / 4 DCKA 2017-2019 3.0 L6 A40 8.5 8
991.2 Carrera S/4S/GTS DCHA 2017-2019 3.0 L6 A40 8.5 8
991.2 Turbo/Turbo S DABA 2017-2019 3.8 L6 A40 7.9 7.5
991.2 GT3 DGGA 2018-2019 4.0 L6 A40 6.8 6.4
991.2 GT3 RS DGGB 2019 4.0 L6 A40 6.8 6.4
991.2 GT2 RS DHNA 2018-2019 3.8 L6 A40 7.9 7.5
992 Carrera / 4 DKC 2020 3.0 L6 C40 8.5 8
992 Carrera S/4S DKK 2020 3.0 L6 C40 8.5 8

1.4 718

Model Description Engine Code Model Year(s) Engine Size Oil Specification Oil Capacity (Qt) Oil Capacity (L)
981 Base MA122 2014-2016 2.7 L6 A40 7.9 7.5
981 S/GTS MA123 2014-2016 3.4 L6 A40 7.9 7.5
982 Base DDPB 2017-2018 2.0 L4 A40 6 5.7
982 Base DDPB 2019+ 2.0 L4 C40 6 5.7
982 S DDNC 2017-2018 2.5 L4 A40 6 5.7
982 S DDNC 2019+ 2.5 L4 C40 6 5.7
982 GTS DJUA 2018 2.5 L4 A40 6 5.7
982 GTS DJUA 2019+ 2.5 L4 C40 6 5.7
982 GT4 DKD 2020 4.0 L6 C40 8.5 8
982 Spyder DKD 2020 4.0 L6 C40 8.5 8

2. Oil Level Measurement

Accurate oil level measurement is critical to prevent engine damage from overfilling or low oil levels. Porsche vehicles use dry-sump lubrication systems with ultrasonic sensors to measure oil levels. Below are model-specific procedures for checking oil levels, including dynamic (while driving) and static (stationary) methods, and warnings about overfilling risks.

2.1 General Warnings

  • Overfilling Risks: Adding oil beyond the maximum level can damage the catalytic converter or engine. For most models, exceeding the maximum by more than 1 quart (0.95 liters) may cause sensor errors, displaying incorrect levels. For 911 (991/981), overfilling by more than 3 quarts (2.8 liters) has similar effects.
  • Fill When Engine is Off: Always add oil with the engine stopped to avoid inaccurate readings.
  • Verify Low Levels: If the vehicle display shows low oil, drain and measure the oil volume if readings are unclear.

2.2 Panamera

Dynamic Measurement (While Driving):

  • Conditions:
    • Oil temperature >122°F (50°C).
    • Vehicle speed >1.2 mph (2 km/h).
    • Engine speed 1,000–3,000 rpm.
    • Longitudinal/lateral acceleration <2 m/s².
  • Procedure:
    • Drive under normal conditions for at least 62 miles (100 km).
    • Oil level is averaged and displayed as bars in the vehicle display.
    • High-rpm or high-acceleration driving may pause measurements for 15–20 seconds.
  • Note: Opening the hood resets measurements, requiring a 6-mile (10 km) drive to display a new level. For models up to 2013 and GTS from 2014, dynamic measurement is only available while driving.

2.3 Cayenne and Macan

Dynamic Measurement (While Driving):

  • Conditions:
    • Oil temperature >158°F (70°C).
    • Vehicle speed >1.2 mph (2 km/h).
    • Engine speed 1,000–3,500 rpm.
    • Longitudinal/lateral acceleration <1 m/s².
  • Procedure:
    • Drive for at least 31 miles (50 km; 62 miles for Cayenne V6).
    • Oil level is averaged and displayed in the vehicle display.
    • High-rpm or high-acceleration pauses measurements for 10 seconds.

Static Measurement (Stationary):

  • Conditions:
    • Oil temperature >167°F (75°C).
    • Vehicle speed 0 mph.
    • Vehicle on level surface.
  • Procedure:
    • Open and close the hood to reset the oil level.
    • Turn off ignition, then turn it on.
    • Wait 5 minutes, then check the vehicle display.
  • Note: Static measurements may deviate slightly from dynamic ones. Opening the hood resets prior measurements.

2.4 911 (991/981)

Dynamic Measurement (While Driving):

  • Conditions:
    • Oil temperature 176–248°F (80–120°C).
    • Engine speed idle to 2,500 rpm.
    • Longitudinal/lateral acceleration <1 m/s² or inclination <5.7°.
  • Procedure:
    • Drive 3–16 miles (5–25 km), longer if driving dynamically.
    • Oil level is averaged and displayed in the vehicle display.
    • High-rpm or acceleration pauses measurements for 60 seconds.

Static Measurement (Stationary):

  • Conditions:
    • Oil temperature >176°F (80°C).
    • Vehicle speed 0 mph, level surface, inclination <5.7°.
  • Procedure:
    • Turn off engine and wait 1 minute.
    • Turn on ignition and check the vehicle display after 2.5 seconds.
  • Note: Opening the rear lid for >45 seconds resets measurements, requiring new dynamic or static conditions. Static readings may deviate by 1–2 bars.

Warnings:

  • Yellow overfilling warning at ~0.26 quarts (0.25 liters) above maximum.
  • Yellow MIN warning at 0–0.11 quarts (0–0.1 liters) below minimum.
  • Red low oil warning at ~0.13 quarts (0.12 liters) below minimum.

2.5 911 GT3

Dynamic Measurement (At Idle):

  • Conditions:
    • Vehicle stationary, rear lid closed.
    • Engine running at <1,000 rpm.
    • Oil temperature 176–230°F (80–110°C).
    • Longitudinal/lateral acceleration <0.5 m/s² or inclination <3°.
  • Procedure:
    • Maintain conditions for >2 minutes.
    • Oil level is averaged and displayed in the vehicle display.
    • High-rpm or acceleration pauses measurements for 40 seconds.
  • Note: Opening the rear lid for >15 seconds resets measurements, displaying “Oil level information unavailable” until conditions are met. Measurements are only valid at operating temperature.

Warnings:

  • Yellow overfilling warning at ~0.026 quarts (0.025 liters) above maximum.
  • Yellow MIN warning at 0–0.026 quarts (0–0.025 liters) below minimum.
  • Red low oil warning at ~0.053 quarts (0.05 liters) below minimum.

3. Additional Information

  • Accuracy: This guide provides general advice. Refer to the owner’s manual for model-specific details.
  • Support: Contact a Porsche service center for assistance.
  • Maintenance: Regular oil checks and adherence to specifications ensure engine longevity.
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