
BMW has identified a manufacturing defect in the front electric drive unit bearing for certain 2023 i4, iX, and i7 models. This can lead to unusual noises or a 'red Check Control message'. Owners are advised to contact an authorized BMW center for a free repair under service action 11029009.

If your 2022-2024 BMW i4 has insufficient cooling power in the passenger area, it may be due to a faulty IHKA control unit. BMW Service Information Bulletin (SIB) 64 11 25 outlines the diagnostic fault codes 0380CA, E70C51, E70C44, and the required repair procedure.

BMW has issued Service Information Bulletin SIB 64 11 25 for 2022-2024 i4 models experiencing insufficient cooling power in the passenger area. This issue is often linked to fault codes 0380CA, E70C51, and E70C44, indicating problems with the heat pump circuit or IHKA control unit.

BMW has issued a delivery stop (SIB 61 33 23) for certain 2023 i4 and i7 vehicles due to potential malfunctions of the Combined Charging Unit (CCU). This could lead to charging issues or vehicle stalling.

If your 2023 BMW i4 displays a 'Drivetrain' warning with fault code 224188, it may be due to faulty wiring pin connections at the low-voltage connector to the CCU. BMW TSB 61 06 25 outlines the inspection and repair process.

This BMW Technical Service Bulletin SIB 61 03 25 addresses common complaints related to the Plug & Charge function in 2023-2024 BMW i4, iX, and i7 models, including the menu not appearing, configuration problems, and charging faults. Learn about the diagnostic process and potential solutions.

BMW has issued Service Information Bulletin SIB 17 01 24 to address coolant leaks from the changeover valve(s) in 2022-2024 i4, iX, and i7 models. Symptoms include visible leaks, low heater output, and specific fault codes.

BMW has issued a Delivery Stop (SIB 64 07 23) for certain 2023 i4 models due to contaminants on the electric A/C compressor (EKK) circuit board. Vehicles cannot be delivered until the repair is completed.

BMW has issued Service Information Bulletin SIB 51 18 23 to address a groaning noise emanating from the trunk of 2022-2024 BMW i4 vehicles when driving on rough roads. This TSB outlines specific repair procedures depending on the vehicle's production date.

BMW has announced a Delivery Stop, identified by Service Information Bulletin (SIB) 61 33 23, for specific 2023 BMW i4 and i7 vehicles. The issue concerns the Combined Charging Unit (CCU), which may not have been built to specifications, potentially leading to charging failures or an inability to…

BMW has issued a Technical Service Bulletin (TSB) 10247568 for 2023-2024 i4 models regarding a clicking noise heard from under the hood while the vehicle is at a standstill. This article explains the symptom and what owners should know.

BMW has issued Technical Service Bulletin SIB 12 05 23 for 2022-2024 i4, i7, and iX models experiencing a 'Drivetrain Malfunction' message and insulation fault codes 0317F1 or 0317F2 in the Combined Charging Unit (CCU). The issue is often caused by metal chips in the eDrive motor.
The dashboard turn signal indicators are blocked by the steering wheel unless I adjust the steering wheel to a very high position that makes driving unsafe. When the turn signals are on, there is no clicking noise like many cars have. I suggest that BMW update the vehicle software to allow the driver to adjust the location of the turn signal indicators within the digital dash display, or also include turn signal indicators in the heads-up display.
No injuries · No fire · No crash
While driving my 2023 BMW i4, the vehicle suddenly displayed multiple drivetrain and chassis malfunction warnings shortly after charging the vehicle at a ChargePoint station. The vehicle experienced a sudden loss of power/propulsion while driving, creating a serious safety concern. After stopping, the vehicle began rolling backward unexpectedly and several systems appeared to malfunction. The center display/screens became partially or fully unresponsive/blank and multiple warning messages appeared simultaneously. Due to the loss of propulsion and safety concerns, CHP assistance was required to safely move the vehicle off the roadway. The vehicle was later towed to BMW service for inspection and diagnosis. I am concerned this may involve a failure related to the electrical system, high-voltage battery system, propulsion system, drivetrain, or vehicle software. The sudden loss of power while operating the vehicle created a dangerous driving condition. The vehicle had approximately 76,000 miles at the time of the incident.
No injuries · No fire · No crash
While driving on frewway in HOV lane next to tall concrete center barrier, side collision mitigation system suddenly began to aggressively and continuously jerk steering right and left. After about 10-20 seconds this caused loss of control, with vehicle turning around 180 degrees and, during the spin, impacting the center concrete wall, causing deployment of all airbags. Traffic was very heavy, and although there were no injuries or collisons with other vehicles, the loss of control was life-threatening. This route was driven previously under exactly the same conditions (clear, dry day in HOV lane) with no problem more than 20 times. This problem occurred about two weeks after the latest BMW software update. BMW was informed and what they might do is unknown.
On [XXX], while driving on a public highway, the vehicle shut off and came to a complete stop as I was going around a roundabout. I was in the inside lane, had just finished charging in Yuma, Az., and was just about to get back on the freeway heading back into California. Thankfully, there was no one behind me at that moment and I was able to restart the vehicle and continue driving. After arriving at my destination in Winterhaven, CA, I later saw that I had two missed calls from BMW Roadside Assistance. They called to check on my welfare as, unbeknownst to me, the vehicle sent out an alert as a result of the incident. 12/30/2023, I took the vehicle to BMW of San Diego (where I leased the car from) regarding the above mentioned incident as well as repeated Drivetrain Malfunction warnings. The vehicle had 43,770 miles on it. By 1/12/2024, the dealership informed me they could not replicate the problem, and what I found most alarming, was they could find no evidence that it ever happened. I asked if they could promise me it would not happen again, they could not. This caused me great fear for myself and for others. All they could offer was that I could file a claim with BMW of North America, which I did that same day. It was not until 3/19/2024 that BMW notified me they rejected my claim. On [XXX], as I was returning home from El Centro, CA, I received a warning message, "URGENT HIGH VOLTAGE SYSTEM CHECK UP" and directing me to the nearest service center. Again, I took the vehicle to BMW of SD, stopping to charge along the way, because the range was dropping rapidly. The mileage was 95,074, still under warranty. Again, they found nothing and made me take the car back. Ultimately, on [XXX], another alert "Range reduced: Limited charging possible. Have problem checked by the nearest service center." At BMW of El Cajon I was told that Cell Module #2 had failed and would need to be replaced, but now the car was out of warranty and my cost would be $23,366. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION A
No injuries · No fire · No crash
I am reporting a recurring, catastrophic suspension defect in my 2023 BMW i4 eDrive40 that results in life-threatening rear tire failure. Despite adhering to all maintenance schedules, the vehicle's rear axle geometry fails to maintain stability, leading to extreme, accelerated inner-tread wear while the center and outer tread remains healthy. Timeline of Events: Initial Incident 5/4/2025 (21,493 miles): Suffered a sudden rear tire blowout while driving due to the inner tire wall wearing down to the metal cords. The dealer (BMW of Fort Lauderdale) performed an alignment and replaced the tires on my expense. Recurring Failure 3/6/2026 (35,200 miles): Less than 14,000 miles after the dealer-certified alignment, the new rear tires have reached a catastrophic state. The inner shoulders are completely bald (2.7mm inner vs 4.8mm outer), exposing the safety protector and creating an imminent risk of a second high-speed blowout. Manufacturer Response: The authorized dealer inspected the vehicle on 3/9/26 and stated the "alignment is within factory specifications," yet they refused to address why a vehicle "in spec" is destroying safety-critical components in under 14k miles. This indicates either a fundamental design flaw in the suspension components (e.g., bushings or control arms unable to support EV weight/torque) or defective factory alignment parameters provided by BMW for this specific model. Safety Hazard & Lack of Warning: This defect is a "silent killer." The failure occurs on the innermost edge of the tire, which is physically obscured by the vehicle’s body and cannot be seen during a standard walk-around. Because this EV has no regular service intervals (like oil changes), there is no professional opportunity to inspect the inner tires. A driver has no way to predict or diagnose this before a sudden, high-speed blowout occurs. BMW claims the car is "within spec," which indicates a fundamental design flaw that makes the vehicle un-roadworthy and dangerous
No injuries · No fire · No crash