Published June 23, 2025
Electric Vehicle Recalls: Why EV Recalls Are Growing
Electric vehicle recalls have been growing rapidly as more EVs hit American roads. While EVs eliminate many traditional defect categories like transmission failures and exhaust leaks, they introduce entirely new ones — from battery thermal management to complex software systems controlling every aspect of the vehicle. Here is what the data shows about EV recall trends.
The EV Recall Trend
As EV production has scaled from hundreds of thousands to millions of vehicles annually, the number of EV-related recall campaigns has grown proportionally — and in some cases faster. According to NHTSA data, EV recalls now represent a growing share of total recall campaigns, reflecting the rapid expansion of electrified models across every major automaker.
The increase in EV recalls is not necessarily a sign that EVs are less safe than conventional vehicles. It reflects the maturation of a new technology platform. First-generation models of any vehicle type historically show higher recall rates as manufacturers identify and address issues that only emerge at production scale.
Software: The Biggest EV Recall Category
Software defects are by far the most common reason for EV recalls. Modern EVs run millions of lines of code controlling everything from battery management and regenerative braking to autopilot features and door locks. When software bugs affect safety-critical functions, they must be recalled just like a physical defect.
The silver lining of software recalls is that many can be fixed through over-the-air (OTA) updates, meaning the owner never needs to visit a dealer. Tesla has been the most prolific user of OTA recall fixes, but other manufacturers including Ford, GM, and BMW are increasingly adopting this approach.
Battery Risks: Thermal Runaway
The most serious EV-specific defect category is battery thermal runaway — a condition where a battery cell overheats and ignites, potentially spreading to adjacent cells in a chain reaction. While statistically rare, battery fires are extremely difficult to extinguish and have prompted several major recalls.
The Chevrolet Bolt EV recall is the most notable example. GM recalled all Bolt EVs and Bolt EUVs (approximately 142,000 vehicles) due to defective battery cells manufactured by LG Energy Solution that could ignite under certain conditions. The recall required replacing every battery module — a costly and time-consuming process.
Charging System Defects
Charging system recalls affect both the vehicle's onboard charger and its interaction with external charging infrastructure. Common issues include overheating charge ports, software bugs that prevent charging completion, and ground fault detection failures that could create electrical shock hazards.
As the EV charging network expands and vehicles interact with an increasingly diverse range of charging equipment, compatibility and safety issues at the charging interface are likely to remain an active recall category.
How EV Recalls Compare to Gas Vehicle Recalls
EVs eliminate entire categories of recalls that affect gasoline vehicles. There are no fuel system recalls, no transmission recalls, no exhaust system defects, and no engine stalling issues. However, EVs add new categories that did not exist before: high-voltage wiring, battery management, electric motor controllers, and thermal management systems.
When comparing total recall rates, it is important to account for vehicle age. Most gas vehicles on the road today have been in production for decades, giving manufacturers time to resolve design issues. Most EV platforms are in their first or second generation, where recall rates historically peak for any vehicle type.
What This Means for EV Buyers
If you are considering an EV purchase, recall data should be part of your research but not the only factor. Check the recall history of specific models you are considering on RecallIndex, and pay attention to whether recalls were addressed through OTA updates (less disruptive) or required dealer visits. Also check the complaint data for real-world owner experiences.
Frequently Asked Questions
On a per-vehicle basis, some EV models have higher recall rates than comparable gas vehicles, primarily because EVs are newer technology platforms still being refined. However, many EV recalls involve software fixes that can be deployed over-the-air without a dealer visit.
Software defects are the most frequent EV recall category, followed by battery management system issues, charging system faults, and high-voltage wiring problems. Many of these are addressed through over-the-air updates rather than physical repairs.
Battery fire risk (thermal runaway) has triggered several high-profile recalls, including the Chevrolet Bolt EV and certain Hyundai Kona Electric models. While statistically rare, battery fire recalls receive significant attention because of the severity of the potential hazard.
Yes. Tesla frequently addresses recalls through over-the-air software updates, which can be downloaded and installed without visiting a service center. NHTSA has accepted this approach for recalls that can be fully remedied through software changes.