Quick Read
- BMW has recalled approximately 575,000 vehicles worldwide.
- The recall addresses a potential fire risk from excessive wear in the starter motor’s magnetic switch.
- Affected vehicles were produced between July 2020 and July 2022.
- Owners are advised not to leave affected vehicles running unattended.
- This is a separate issue from a 2025 starter system recall.
MUNICH (Azat TV) – BMW has issued a global recall for approximately 575,000 vehicles worldwide, following the identification of a potential fire risk associated with the starter motor’s magnetic switch. The Munich-based automaker confirmed on Wednesday, February 11, 2026, that excessive wear in this component, particularly after a high number of starts, could lead to vehicle fires while the engine is running.
The recall impacts a significant portion of BMW’s production from July 2020 to July 2022, urging owners of affected models to exercise caution and seek immediate inspection.
Understanding the Starter Motor Defect
The core issue, as detailed by BMW through internal inspections and customer complaints, lies within the starter motor’s magnetic switch. Over time and particularly with frequent use, this component can develop excessive wear. While this might initially manifest as difficulty or inability to start the vehicle, BMW warns that in the worst-case scenario, the defect can cause the starter system to overheat, potentially leading to a vehicle fire while the engine is in operation, according to reports by specialist publication kfz-betrieb and German newspaper Bild.
This particular recall addresses wear-related issues in the starter system, distinguishing it from a previous large-scale recall in September 2025. That earlier action concerned a separate starter system defect linked to water ingress and corrosion, which posed a fire risk even when the engine was not running. The current recall specifically targets risks that arise while the engine is operating.
Global Scope of BMW Recall
The recall encompasses a substantial number of vehicles across various global markets. While BMW did not provide a full global breakdown, kfz-betrieb reported that around 575,000 vehicles are affected worldwide. In Germany, 28,582 vehicles are being recalled, as confirmed by a BMW spokesperson. In the U.S., BMW of North America has filed a related recall covering 87,394 vehicles for an engine starter that can overheat due to internal wear, creating a fire risk.
Identifying Affected BMW Models
The extensive list of affected models produced between July 2020 and July 2022 includes variants of popular BMW series. These comprise the 2 Series Coupe (G42), 3 Series Sedan (G20), 3 Series Touring (G21), 3 Series China long-wheelbase version (G28), 4 Series Coupé (G22), 4 Series Convertible (G23), and 4 Series Gran Coupé (G26). Also impacted are the 5 Series Sedan (G30), 5 Series Touring (G31), 6 Series Gran Turismo (G32), 7 Series Sedan (G11, G12), X3 (G01), X4 (G02), X5 (G05), X6 (G06), and Z4 (G29).
Notably, the recall also extends to the Toyota Supra, due to its mechanical identicality and shared BMW hardware. Owners of these models are encouraged to verify their vehicle identification number (VIN) against official recall lookups in their respective markets.
Owner Guidance and Safety Measures
In response to the identified risk, BMW has issued clear guidance for owners of potentially affected vehicles. The company advises against leaving cars unattended while the engine is running until the issue has been thoroughly addressed by a certified dealer. ADAC, a German automobile club, also relayed this interim safety recommendation. The cleanest first step for owners is to check their VIN against the official recall lookup in their market and schedule a dealer visit if their vehicle is flagged for the recall.
The recurrence of starter system defects, albeit with different root causes, presents a challenge for BMW, a brand synonymous with engineering precision. While recalls are a standard industry practice for ensuring safety, repeated issues with fundamental components such as the starter motor underscore the complexities of modern automotive manufacturing and the stringent safety standards premium manufacturers must uphold.