
The biggest problem with the Altima is its continuously variable transmission (CVT). Particularly in model years 2007-2010 and 2013-2016, this transmission is prone to premature failure, causing shuddering, hesitation, and complete breakdowns, with repair or replacement costs frequently surpassing $3,000.
This core issue stems from design flaws and overheating, leading to widespread reliability complaints. Industry data from repair databases and consumer feedback platforms consistently ranks the CVT as the Altima's most critical and costly failure point. The problem was so pronounced in the 2013-2016 models that it became the subject of major class-action lawsuits, which alleged the transmissions were defective.
| Model Year Range | Primary Common Problems | Key Notes |
|---|---|---|
| 2007-2010 | CVT Failure, Engine Sensors | Early CVT issues become frequent; high repair likelihood. |
| 2013-2016 | CVT Failure, Lawsuits | Peak of reported CVT problems, leading to legal action. |
| 2017-Present | Refined CVT, Reduced Failure Rates | Later models show improved transmission durability. |
Beyond the CVT, several other recurring issues are notable. Faulty camshaft or crankshaft position sensors, especially in 2002-2006 and 2012-2018 models, can cause the engine to stall or fail to start. Oil cooler leaks are also common across both four-cylinder and V6 engines, potentially leading to oil loss and engine damage.
The electronic steering column lock is another known fault. When it fails, the vehicle may not start, displaying a "Steering Lock" error. Suspension components, such as front struts and control arm bushings, often wear out earlier than expected in many model years, impacting ride quality and alignment.
For used car buyers, certain model years require extra caution. The 2007-2010 and 2013-2016 Altimas are generally considered the highest risk due to the concentration of CVT failures. While not every car from these years will have issues, the probability is significantly elevated. A pre-purchase inspection by a qualified mechanic is non-negotiable, with the transmission being the absolute priority for a thorough evaluation.

As a mechanic who’s seen dozens of these come through the shop, let me be blunt: it’s the transmission, specifically the CVT in the older models. I just quoted a customer $3,400 to replace a failed unit in a 2014 Altima last week. The tell-tale signs are a jerky feeling when you accelerate, like it’s shuddering, or a whining noise that gets louder with speed.
My advice is simple. If you’re looking at a used Altima from before 2017, budget for a transmission inspection immediately. We put it on the lift, check for codes, and test drive it hard to feel for slips. It’s the most important check you can do. Later models seem better, but I still see more of these CVT issues compared to traditional automatics from or Honda.

I owned a 2015 Altima for five years, and my experience was dominated by anxiety over the transmission. From around 70,000 miles, it started with a subtle shudder during gentle acceleration. By 90,000 miles, it was a pronounced jerk that made merging onto the highway stressful. The dealership diagnosed a failing CVT and quoted a staggering $4,200 for a replacement.
I spent hours on owner forums and found countless stories mirroring mine, especially for the 2013-2016 years. It wasn’t just an isolated problem; it felt like a design flaw. I sold the car instead of fixing it. The car was comfortable and efficient, but the looming threat of a multi-thousand-dollar repair completely undermined its value. I wouldn’t consider another one from that era unless it had a brand-new, warrantied transmission already installed.

Biggest Problem: CVT Transmission failure (mainly 2007-2010, 2013-2016 models). Cost: Repairs often over $3,000. Symptoms: Shuddering, jerking, hesitation during acceleration. Other Issues: Engine stalling from faulty sensors, oil cooler leaks, steering lock failures. Action: If used, avoid the high-risk years listed above. Always get a professional mechanic’s inspection focused on the transmission’s history and current performance. Consider later models (2017+) for improved reliability.

Biggest Problem: CVT Transmission failure (mainly 2007-2010, 2013-2016 models). Cost: Repairs often over $3,000. Symptoms: Shuddering, jerking, hesitation during acceleration. Other Issues: Engine stalling from faulty sensors, oil cooler leaks, steering lock failures. Action: If used, avoid the high-risk years listed above. Always get a professional mechanic’s inspection focused on the transmission’s history and current performance. Consider later models (2017+) for improved reliability.

From an and market data perspective, the Nissan Altima's primary vulnerability is its Jatco-manufactured CVT7 and CVT8 transmissions deployed in the referenced generations. The fundamental issue involves overheating and excessive wear on the steel push belt and pulleys, leading to a loss of clamping pressure and subsequent slippage.
This mechanical weakness translates directly to the high failure rates documented in technical service bulletins and consumer complaint databases. The concentration of issues in the 2013-2016 model years is particularly significant, as the volume of failures triggered class-action litigation, which argued the units were not fit for their ordinary purpose. This legal and data backdrop provides the authoritative weight behind the common repair advice.
While post-2016 models feature revised software, cooler routing, and materials aimed at mitigating these flaws—and indeed show lower statistical failure rates—the historical reputation is entrenched. For a buyer, this means the residual risk perception and potential repair cost for older models must be a central part of the purchasing calculus. The other mentioned faults, like the steering lock or position sensors, are tangible but are typically less catastrophic and costly than a full CVT replacement.

From an and market data perspective, the Nissan Altima's primary vulnerability is its Jatco-manufactured CVT7 and CVT8 transmissions deployed in the referenced generations. The fundamental issue involves overheating and excessive wear on the steel push belt and pulleys, leading to a loss of clamping pressure and subsequent slippage.
This mechanical weakness translates directly to the high failure rates documented in technical service bulletins and consumer complaint databases. The concentration of issues in the 2013-2016 model years is particularly significant, as the volume of failures triggered class-action litigation, which argued the units were not fit for their ordinary purpose. This legal and data backdrop provides the authoritative weight behind the common repair advice.
While post-2016 models feature revised software, cooler routing, and materials aimed at mitigating these flaws—and indeed show lower statistical failure rates—the historical reputation is entrenched. For a buyer, this means the residual risk perception and potential repair cost for older models must be a central part of the purchasing calculus. The other mentioned faults, like the steering lock or position sensors, are tangible but are typically less catastrophic and costly than a full CVT replacement.


