
Yes, certain Murano model years, particularly 2003-2010 and 2015-2017, have a documented history of continuously variable transmission (CVT) issues. Problems include premature failure, severe shuddering, and overheating, with repair costs potentially reaching $5,000. While newer models show improvement and some well-maintained units reach high mileage, a proactive maintenance schedule is critical for owners of affected years.
Affected Model Years and Problem Scope The core of the issue lies with Nissan's CVT, specifically the Jatco-manufactured units. The 2003-2010 first-generation Murano models are notorious for early CVT failures. Despite a redesign, the 2015-2017 third-generation models also show a high rate of owner complaints related to CVT "judder" and failure. Industry data indicates that for these problematic years, a significant portion of transmissions may require major service or replacement before reaching 100,000 miles, a benchmark where many modern transmissions are expected to still be operational.
Common Symptoms and Failure Causes Drivers typically report several warning signs before a complete failure. These include delayed acceleration or hesitation, a pronounced shuddering or jerking sensation during light acceleration, loud whining or buzzing noises from the transmission, and the vehicle going into a "limp mode" to protect itself. The primary causes are interrelated: chronic overheating degrades the specialized CVT fluid, which can lead to steel belt or pulley damage. A faulty valve body, which controls fluid pressure and gear ratios, is another frequent point of failure, often necessitating a full rebuild or replacement.
Maintenance is Non-Negotiable The sensitivity of the Murano's CVT makes strict adherence to maintenance schedules the most effective mitigation strategy. Most expert recommendations, based on common failure analysis, suggest changing the CVT fluid more frequently than Nissan's original, often extended, intervals. A fluid change every 25,000 to 30,000 miles is a widely cited practice among specialists to remove contaminants and preserve internal components. Using the exact Nissan NS-3 or equivalent fluid specified for the model year is mandatory, as incorrect fluid can cause immediate damage.
Mixed Long-Term Reliability and Cost Considerations Owner experiences present a dual narrative. Many report repeated, costly failures that sour their ownership experience. However, another segment of owners, particularly of newer models or those who adhered to rigorous fluid change schedules, report surpassing 150,000 or even 170,000 miles without major CVT issues. This divergence highlights the critical role of maintenance and potentially variations in manufacturing batches or driving conditions. For a used Murano from a high-risk year, a pre-purchase inspection by a mechanic familiar with Nissan CVTs is essential. The financial risk is substantial, with a new OEM CVT unit and installation costs commonly ranging from $4,000 to $5,500.

I bought a used 2016 Murano two years ago, and the transmission just failed at 82,000 miles. It started with a weird shudder when I’d pull away from a stoplight, like it was chugging. Then the check engine light came on. My mechanic said the CVT was shot and quoted me over $4,200 to replace it. I wish I’d known about this before . The dealer never mentioned it. If you’re looking at one of these, especially a 2015-2017, get the transmission checked out by an independent specialist. Don’t just trust a Carfax report.

As a technician who sees these regularly, the Murano’s CVT problems are very real for specific generations. The 2000s models are pretty much guaranteed to have issues if the fluid wasn’t changed like clockwork. The 2015-2017 ones are trickier—they’re better but not bulletproof. The juddering complaint is common.
The fluid breaks down from heat. When it does, it doesn’t protect the pulleys and steel belt properly, and they wear out or slip. Once that starts, the whole unit usually needs to come out. We always tell customers with these vehicles to change the CVT fluid every 30,000 miles max, no matter what the old schedule said. It’s a few hundred dollars for fluid service versus several thousand for a new transmission. If you’re hearing a whine or feeling that shudder, don’t wait. Bring it in for a scan and fluid inspection immediately.

If you’re considering a used Murano, your first question should be about the model year and transmission service history. Focus your search on 2018 or newer models if you want to significantly reduce the CVT risk, as later production runs incorporated refinements. For 2015-2017 models, a clean vehicle history report is not enough.
Insist on seeing detailed service records that prove the CVT fluid was changed, preferably every 30,000 miles or so. If the seller has no records, assume it wasn’t done and factor a potential $4,000+ repair into your budgeting. Before purchase, a mandatory condition is a thorough test drive. Listen for whining during acceleration and pay close attention to low-speed driving in a parking lot—that’s where the shudder is most noticeable. Finally, make your offer contingent on a clean bill of health from a mechanic who knows these specific transmissions.

I’ve owned my 2014 Murano since new and just rolled past 160,000 miles on the original CVT. It’s been completely reliable, but I’ve been meticulous and maybe a bit paranoid about . I followed the “severe service” schedule from day one, which for me meant changing the CVT fluid every 25,000 miles without fail. I use only the genuine Nissan NS-2 fluid. I also had the transmission cooler lines flushed when I did the radiator.
My driving is mostly highway, which is easier on a CVT than constant stop-and-go city traffic. I think the combination of strict fluid changes and favorable driving conditions made the difference. I know others have had terrible luck, so I’m not saying the problems are mythical. I’m saying that for this particular transmission, maintenance isn’t a suggestion—it’s the entire strategy for longevity. If you treat it like a regular automatic and ignore the fluid, you’re likely inviting an early and very expensive failure.


