The Rising Wave of EV Recall
Torino, 21 November 2025
EV Recall Trends
As electric vehicles rapidly enter the mainstream, their technological complexity, especially around high-voltage batteries, is reshaping the landscape of automotive recalls.
Industry research supports this pattern. Allianz UK recently warned that EV battery fires can be far more severe and costly when they do occur. Recent cases have caused major damage and even multimillion-pound losses, highlighting how a single battery defect can escalate quickly. This aligns with the findings from our recent Jeep 4xe recall Campaign analysis, where we saw how one battery-related issue can create substantial operational and financial impact.
To ground these macro signals in real data, we analyzed recall data published by NHTSA between 2020 and November 2025 to better understand how these risks have manifested in real numbers.
NHTSA Data Shows 1 in 10 Cars in the U.S. Faces a Recall
The graph shows that, across all vehicle types, recall volumes remain consistently high over the five-year period, averaging around 29 million potentially affected vehicles per year. Relative to the total U.S. vehicle parc of approximately 287 million vehicles, this means that around one in every ten cars on American roads is implicated in a recall each year.
The chart also highlights that not all recalls carry the same level of severity. A portion of campaigns come with explicit safety advisories that instruct owners on immediate actions. These include:
- Do Not Drive notices: issued when a vehicle is unsafe to operate
- Park Outside notices: used when a vehicle may pose a fire risk even while stationary.
The chart clearly indicates that a portion of recall campaigns fall into high-severity advisory categories, and these appear consistently every year. Across the full period, these advisories account for 6.19% of all recalled vehicles – 10,797,065 in total – issued either a Do Not Drive or Park Outside notice. These cases typically involve defects with direct safety implications and create significantly higher operational and financial exposure for manufacturers and insurers.
Because the 2025 data only covers recalls reported through November, the totals for this year will continue to increase once full-year figures are available.
High-Voltage Battery Recalls
To understand how EV technology is reshaping recall patterns, we conducted a targeted review of all recall campaigns in the dataset. Each record includes a description of the defect and the corrective action taken. By analyzing this information, we identified every campaign in which the primary issue involved the high-voltage battery system, resulting in 1,028,332 vehicles potentially affected by HV battery–related defects between 2020 and 2025.
The chart clearly highlights how these cases have increased over time. HV-battery-related recalls grow steadily across the period, rising from just 56,000 vehicles in 2020 to 356,000 vehicles in 2025, an increase of roughly 45% each year.
Rather than isolated events, the rising scale of these recalls shows that battery-related failures are becoming a structurally significant category as EV adoption accelerates.
The dataset also shows that high-voltage battery recalls are not evenly distributed across manufacturers. A small number of OEMs – particularly Chrysler (FCA US LLC), General Motors, and Ford – account for the majority of vehicles affected over the 2020–2025 period. Most other brands appear with far smaller numbers, though some show a gradual increase as their EV portfolios expand.
Looking at the two charts together makes it clear how high-voltage battery issues are taking up a growing share of overall recalls. This helps insurers see where the most serious risks are increasing.
Insurance Exposure in EV Battery Recalls
For insurers, the rise in high-voltage battery–related recalls signals a shift toward higher-severity events. The battery is one of the highest-value components in an EV, and when defects occur, they often require complex diagnostics, specialized handling, and, in many cases, full module or pack replacement. These events frequently carry an added risk of fire or other hazards, which can significantly elevate product liability exposure. They also tend to involve multiple suppliers, resulting in more complicated liability assessments and longer subrogation cycles.
As we discussed in our Jeep 4xe recall analysis, a battery-related recall can generate substantial operational and financial impact once factors like communication, inspection, replacement, software updates, and disposal are combined.
How Rcalls Supports Underwriters Manage EV Recall Risk
As the automotive industry transitions to EVs, OEMs and insurers face the challenge of understanding and mitigating complex component-level risks.
Rcalls provides:
- Structured analytics on defects
- Component-level risk categorization
- AI-enabled early-warning insights
- Data-driven transparency for manufacturers, insurers, and suppliers
- Enabling root-cause analysis and supporting proactive risk-prevention strategies
In an industry where an issue can trigger a multi-million-dollar recall, Rcalls helps companies detect risks earlier and negotiate product-recall insurance with real, data-backed confidence.
