The 2010 Maxima uses 5W-30 full-synthetic motor oil, and it typically requires about 5.1 quarts with a filter. This combination protects the car’s 3.5-liter V6 engine under normal driving conditions.
The Maxima’s oil choice is tied to the 3.5L V6 (VQ35DE) engine and Nissan’s factory recommendations. For best results, use the grade and specification outlined in the owner's manual and follow the service intervals based on driving conditions and climate.
Recommended oil specifications
To help you source the right oil, the following list highlights the key requirements for the 2010 Maxima’s engine.
- Viscosity: 5W-30
- Oil type: Full synthetic
- Specs: ILSAC GF-5 (or newer) and API SN (or newer)
- Capacity: Approximately 5.1 quarts with filter
Always verify the exact capacity and specification in your vehicle’s manual or with a Nissan dealer, as regional variations can occur.
Oil change intervals and practical notes
Understanding when to change the oil helps maintain engine durability and performance. The following list summarizes practical guidelines for the 2010 Maxima.
- Change interval: Typically about 7,500 miles under normal driving with synthetic oil; follow the manual for severe-service recommendations.
- Drain and refill steps: Replace the oil filter with every oil change and use a fresh gasket on the drain plug.
In practice, climate, driving habits, and warranty considerations can alter intervals. If you drive in extreme heat, cold, or do a lot of short trips, err on the side of more frequent changes as advised by the manual or a qualified technician.
Notes on climate and driving conditions
Actual recommendations may vary by region and model year; always cross-check the latest Nissan documentation or your dealership’s guidance for your specific VIN and local conditions.
Summary
The 2010 Nissan Maxima is designed to run on 5W-30 full-synthetic oil (ILSAC GF-5 or newer), with an approximate capacity of 5.1 quarts including the filter. Use synthetic oil meeting the listed specs and adhere to the service intervals based on driving conditions to ensure optimal engine protection and performance.