General Motors (GM) has announced a safety defect affecting the transmission control valve in certain Chevrolet, GMC, and Cadillac vehicles equipped with diesel engines. The issue involves excess wear on the transmission control valve, which could lead to a gradual loss of pressure. This defect has the potential to cause harsh shifting, and in rare cases, a momentary lock-up of the rear wheels.

The Affected Vehicle Models Are:

2021 Cadillac Escalade
2021 Cadillac Escalade ESV
2020-2022 Chevrolet Silverado 1500
2020-2022 Chevrolet Silverado 2500
2020-2022 Chevrolet Silverado 3500
2021 Chevrolet Suburban
2021 Chevrolet Tahoe
2020-2022 GMC Sierra 1500
2020-2022 GMC Sierra 2500
2020-2022 GMC Sierra 3500
2021 GMC Yukon
2021 GMC Yukon XL

GM first became aware of this issue in June 2024 through the company’s Speak Up for Safety (SUFS) program, after a customer claimed that the rear wheels of a 2021 GMC Sierra 2500 HD pickup allegedly locked up while towing a trailer. The incident caused property damage to both the vehicle and the trailer. This report prompted GM to open a new investigation.

Previously, GM had already investigated the condition, finding that excessive wear in the transmission control valve could cause harsh downshifting and, in some cases, a momentary lock-up of the rear wheels. Earlier tests and analyses suggested that the lock-up was unlikely to lead to loss of vehicle control, and no accidents or injuries were reported at the time.

In July, the National Highway Traffic Safety Administration (NHTSA) notified GM that its Vehicle Owner Questionnaire (VOQ) monitoring process had flagged additional reports that could be related to this issue. GM’s investigators conducted an extensive analysis of these reports and reviewed comprehensive field data, identifying 1,888 field reports alleging a potential lock-up condition. Further examination revealed eleven specific incidents where the vehicles veered off the road, causing minor property damage. There were also three minor injuries reported, although none were linked to a collision.

Based on these findings, GM’s Safety Field Action Decision Authority (SFADA) decided in October to initiate a safety recall.

To address the defect, GM dealers will install updated transmission control module software. This software will monitor valve performance and detect signs of excess wear approximately 10,000 miles before a wheel lock-up condition could occur. If excess wear is detected, the software will limit the transmission to fifth gear, effectively preventing a wheel lock-up scenario, which typically happens during a downshift from eighth gear. Additionally, the vehicle’s instrument panel will display a service engine light and a reduced propulsion warning message to alert the driver. GM’s number for this recall is N242454440 and the NHTSA campaign number is 24V-797.

The 2024 Mazda CX-90 Plug-in Hybrid Electric Vehicle (PHEV) is facing serious concerns from owners, with a reported 130 complaints, 10 recalls, and 303 manufacturer communications. As this model hits the market, many drivers are voicing their frustration over problems that range from safety-critical issues to major mechanical failures. The list of concerns brings into question whether some of these vehicles could qualify for a buyback under California’s Lemon Law. Here’s an in-depth look at the problems plaguing the 2024 CX-90 PHEV.

Top Complaints About the 2024 Mazda CX-90 PHEV

Consumer reports and complaints have highlighted four major areas of concern: forward collision avoidance, engine performance, electrical systems, and steering. These issues are not just minor inconveniences; they could pose significant safety hazards for drivers and passengers.

  1. Forward Collision Avoidance: Numerous drivers have reported malfunctioning collision-avoidance systems, with false positives causing the brakes to activate unexpectedly. The risk of being rear-ended due to this sudden and unnecessary braking is a valid concern, especially on busy roads or highways.
  2. Engine Issues: Many drivers have experienced engine problems, with some vehicles failing to restart after the i-stop feature engages, and others reporting a complete shutdown while in motion. This kind of unreliability in the engine system poses a clear danger, especially at high speeds.
  3. Electrical Problems: Complaints about electrical malfunctions are widespread. The Dash Electrical Supply Unit (ESU) has been known to fail, affecting vital functions like the defroster, seat belt warnings, and battery cooling systems. Given the reliance of PHEVs on complex electrical systems, these issues are alarming and inconvenient.
  4. Steering Concerns: A sudden loss of power steering assist is a particularly dangerous defect, making it difficult for drivers to control the vehicle. This kind of failure can occur without warning, putting both the driver and surrounding traffic at risk.

Recalls Highlight Safety and Reliability Concerns

The 2024 Mazda CX-90 PHEV has been subject to a staggering 10 recalls, indicating widespread problems that extend beyond individual cases. Here are some of the most notable recalls:

  • Engine Restart Failures: The i-stop feature, which automatically shuts off the engine to save fuel when idling, may prevent the engine from restarting, leading to potential stranding.
  • High-Voltage Battery Cooling System Issues: Faulty software in the ESU may lead to critical functions, including battery cooling and safety alerts, failing during startup.
  • PCM and ECM Software Malfunctions: Problems with the powertrain and engine control modules can illuminate warning lights and result in a sudden loss of drive power.
  • Inverter Software Errors: In plug-in hybrid models, improper software may lead to a total power loss when driving in electric mode.
  • Sudden Braking: The automatic braking system has a tendency to activate unexpectedly, posing a serious collision risk.
  • Power Steering Failures: An assembly issue with the worm gear can cause power steering assist to be lost without warning, making the vehicle difficult to steer.
  • Camera Malfunctions: Rear view and side cameras may not display properly due to software errors, which is a clear safety compliance issue.
  • Unexpected Engine and Motor Shutdown: Critical errors in the hybrid system software can cause both the engine and electric motor to shut down unexpectedly.
  • Pedestrian Warning Sounds: Missing software in the AVAS amplifier can result in incorrect pedestrian alert sounds, failing to meet federal safety standards for hybrid and electric vehicles.

California Lemon Law: What You Need to Know

California has some of the strongest Lemon Law protections for consumers. If your vehicle has repeated, unresolved problems that impair its use, safety, or value, you may be entitled to a buyback or replacement. Under the California Lemon Law, a car manufacturer must either replace your vehicle or refund your money if they cannot fix a substantial defect within a reasonable number of attempts.

So, what counts as a substantial defect? Issues that compromise your safety or significantly impact the car’s performance typically qualify. For instance, if your 2024 Mazda CX-90 PHEV loses power while driving, suddenly engages the brakes, or suffers from major electrical failures, these could be considered substantial defects.

If you’ve taken your vehicle in for multiple repairs for the same issue without a permanent fix, you might have grounds for a Lemon Law claim. It’s important to keep detailed records of all service visits, recall repairs, and communication with Mazda to strengthen your case.

Next Steps for Owners

If you’re dealing with repeated, unresolved issues with your 2024 Mazda CX-90 PHEV, consulting with a Lemon Law attorney can help clarify your options. California’s Lemon Law is designed to protect you from being stuck with a faulty vehicle. Given the ongoing recalls and widespread complaints, many owners may find themselves in a position to take advantage of these consumer protections.

The 2024 Ford Mustang has recently come under scrutiny due to a low voltage problem affecting the Remote Cluster Box (RCB). This issue can result in significant communication disruptions and software initialization problems that prevent the Instrument Panel Cluster (IPC) from functioning as intended. Here’s a breakdown of the problem and the potential risks.

The low voltage events impacting the 2024 Mustang can lead to the IPC failing to illuminate during vehicle startup or a drive cycle. When this occurs, the IPC goes completely dark, leaving the driver without crucial information, such as telltales and gauges. These elements are essential for the safe operation of the vehicle and are regulated under Federal Motor Vehicle Safety Standards (FMVSS), including:

  • FMVSS 101: Controls and displays
  • FMVSS 102: Transmission shift lever sequence, starter interlock, and transmission braking effect
  • FMVSS 108, 126, 135, 138, and 208: Additional standards related to lighting, electronic stability control, braking, tire pressure, and occupant protection

The malfunctioning IPC means safety-related telltales and gauges, like those for speed, fuel level, or warning indicators, become unreadable. This significantly raises the risk of a crash, as the driver cannot access critical safety information.

Problem Chronology

The timeline of events provides insight into how Ford discovered and began addressing the issue:

  1. August 20, 2024: The Flat Rock Assembly Plant’s Plant Vehicle Team (PVT) identified the IPC illumination problem during an analysis of warranty claims. The issue was escalated to Ford’s Critical Concern Review Group (CCRG) for a thorough review.
  2. August to October 2024: The CCRG conducted an extensive warranty claims analysis, examining whether similar problems affected other Ford vehicle lines using the same type of IPC. Fortunately, no other models showed the same failure.
  3. June 11 to October 7, 2024: Ford identified 58 warranty claims related to this issue in Mustang vehicles. Notably, there were no Vehicle Owner Questionnaires (VOQs) reported for this condition.
  4. October 18, 2024: The concern was presented to Ford’s Field Review Committee, which approved a field action to address the defect.

Although Ford is not aware of any accidents or injuries linked to the low voltage problem, the malfunction poses a significant safety risk. A non-illuminated IPC can make it impossible for drivers to monitor vital vehicle functions, potentially leading to hazardous situations on the road. The inability to see essential gauges or receive visual warnings compromises the driver’s ability to respond appropriately to changing vehicle conditions.

Ford dealers will update the IPC software to ensure the cluster functions correctly, eliminating the risk of low voltage events causing display failures.

  • Owner Notifications: Ford plans to mail notification letters to affected Mustang owners starting November 11, 2024.
  • Recall Information: The recall is identified by Ford as 24C35 and registered with the National Highway Traffic Safety Administration (NHTSA) under campaign number 24V-802.

If you own a 2024 Ford Mustang, it is crucial to stay informed about this recall and ensure your vehicle receives the necessary software update. This simple fix will help keep your Mustang safe and compliant with federal safety regulations.

The Hyundai Santa Fe is a popular choice for families and adventurers alike, known for its spacious design, modern features, and reasonable price point. However, recent models (2021-2024) have experienced a series of issues that have frustrated owners and raised safety concerns. These common problems affect Santa Fe vehicles with GDI engines.

Common Issues Affecting the 2021-2024 Hyundai Santa Fe

  1. Fuel Injector Problems Leading to Stalling
    A major concern for many Santa Fe owners is the vehicle’s fuel injector system. Faulty fuel injectors can cause the engine to stall unexpectedly, especially in models with GDI (Gasoline Direct Injection) engines. These issues have led to numerous complaints of the vehicle stalling while driving, creating hazardous situations on busy roads.
  2. Loss of Power
    Some owners report a sudden loss of power while driving, particularly when accelerating or maintaining speed on the highway. This loss of power can be alarming and dangerous, especially in situations where acceleration is necessary, such as merging or overtaking. Many drivers have reported that their Santa Fe either stalls entirely or hesitates significantly before regaining power, often triggering check engine or warning lights.
  3. Persistent Check Engine Light
    For Santa Fe models across 2021-2024, the check engine light has become a frequent visitor. Many owners report that the light comes on without clear resolution, even after multiple trips to the dealership. While the check engine light could signify any number of issues, the combination of repeated lights and related powertrain issues has led to frustration and concerns about reliability.

Complaints and Recalls for Each Model Year

2021 Hyundai Santa Fe

Owners of the 2021 model have raised concerns about fuel system problems, including fuel leaks at the pipe connection and improperly tightened fuel pipes. Powertrain complaints are also prevalent, with owners describing issues such as failure to accelerate and hesitation while driving. Recalls include:

  • Tow Hitch Harness Fire Hazard: Due to water accumulation, an electrical short could lead to a fire.
  • Loss of Drive Power: A transmission oil pump malfunction can cause total power loss.
  • Inadequate Windshield Bonding: Improper bonding during manufacturing may cause the windshield to detach in a crash.

2022 Hyundai Santa Fe

The 2022 Santa Fe has seen similar powertrain issues, with some owners reporting a sudden inability to accelerate and warning lights like “Check Hybrid System.” The “phantom braking” issue has also emerged, where the emergency braking system activates without reason, nearly causing accidents. Recalls for the 2022 model include:

  • Tow Hitch Harness Fire Hazard
  • Loss of Drive Power
  • Turbocharger Oil Supply Pipe Leak: A cracked oil supply pipe could lead to leaks in the engine compartment.

2023 Hyundai Santa Fe PHEV

In the 2023 plug-in hybrid models, forward collision avoidance issues have led to abrupt braking in traffic. Complaints also include poor acceleration response, with significant delay or lag from the time the accelerator is pressed to when the vehicle actually moves. Key recalls include:

  • Tow Hitch Harness Fire Hazard
  • Seat Belt Pretensioners May Explode: This recall affects the front seat belt pretensioners, which may explode upon deployment in a crash.

2024 Hyundai Santa Fe

For the latest 2024 model, powertrain and electrical issues are significant. Some drivers report the vehicle losing motive power and experiencing flickering dashboard screens. Complaints include blacked-out instrument panels, “Transmission System Check” warnings, and persistent audio issues that continue even when the vehicle is off. Recalls for this model include:

  • Unintentional Airbag Deployment or Deactivation: Damaged wiring harnesses can lead to unintended airbag activation or deactivation.
  • Vehicle Roll Away from Software Error: A transmission software error may result in a roll-away when the vehicle is parked.
  • Obstructed Rear-View Camera Image: A trailer parking assist message may obstruct the rear-view camera, violating rear visibility standards.

Should You Be Concerned?

These issues have led to frustration for many Hyundai Santa Fe owners. If you’re experiencing any of the above problems, it’s essential to address them promptly for your safety. Keep an eye out for any recalls or technical service bulletins (TSBs) from Hyundai, and report any persistent issues to your dealer.

What’s Next?

The 2021-2024 Hyundai Santa Fe offers many attractive features but has also faced considerable challenges, particularly with its powertrain and fuel injector systems. If you’re dealing with ongoing issues, it’s crucial to know your rights, especially if repairs have been ineffective. Lemon laws may protect you if your vehicle has recurring problems that affect its performance or safety. Consider consulting with a lemon law professional to discuss options if repairs haven’t resolved the issue.

Owning a car should be about convenience and freedom – not worry over performance and safety. If you’re having trouble with your Santa Fe, stay informed, stay safe, and know your options.

Enel X Way USA’s JuiceBox Level 2 residential EV chargersThe National Highway Traffic Safety Administration (NHTSA) has launched an investigation into potential fire hazards associated with Enel X Way USA’s JuiceBox Level 2 residential EV chargers. Prompted by several complaints received by the Office of Defects Investigation (ODI), this evaluation aims to determine the extent and safety implications of electrical arcing and thermal incidents reported by users of these chargers. This probe focuses on the potential for fire risks arising from electrical malfunctions and the company’s recent operational shutdown announcement.

Summary of Complaints Filed with ODI

ODI has received six Vehicle Owner Questionnaires (VOQs) concerning alleged incidents involving the JuiceBox Level 2 charger. These complaints raise serious concerns regarding potential fire hazards that may arise while charging electric vehicles at home. The following highlights from the complaints showcase the range of issues reported:

  1. Total Home Loss Due to Explosion: One complaint involves a significant incident where a vehicle owner claims that charging their EV with a JuiceBox led to an explosion in their garage. This catastrophic event resulted in a fire that destroyed the home entirely.
  2. Car Fire in Driveway: Another complaint describes an incident where a vehicle caught fire in the driveway while connected to a JuiceBox charger. The details of this incident underscore concerns about charger reliability and the potential for dangerous outcomes.
  3. Electrical Malfunctions and Circuit Breaker Issues: Four additional complaints describe issues with electrical malfunctions that caused circuit breakers to trip and charging cycles to be disrupted. These electrical disruptions may indicate underlying issues with the chargers’ compatibility or durability under varying conditions.

Enel X Way’s Operational Shutdown and Potential Impact on User Safety

In an unexpected development, Enel X Way North America announced its intention to cease operations in the United States and Canada by October 11, 2024. A notification was sent to JuiceBox owners on October 2, 2024, which was also posted on the company’s website. This cessation of operations could potentially impact several aspects of the product’s performance and user experience:

  • Software and App Support: As Enel X Way discontinues its North American presence, questions remain about the continuity of the charging app and supporting software. Given that many smart chargers rely on connected software for updates and safety monitoring, the lack of support could leave users with outdated or unsupported technology.
  • Customer Support and Warranty Services: The cessation of operations may also impact the company’s ability to provide customer support, particularly regarding ongoing technical issues, troubleshooting, or warranty claims for JuiceBox chargers.

ODI Preliminary Evaluation and Safety Scope

In response to these serious complaints, ODI has opened a Preliminary Evaluation to examine the safety and reliability of JuiceBox Level 2 chargers. The purpose of this evaluation is to assess the scope, frequency, and potential hazards associated with these products. The investigation seeks to determine:

  • Risk of Fire and Explosion: By evaluating complaints of thermal events, such as the explosion in the garage and the driveway car fire, ODI aims to understand the risk factors and whether the JuiceBox charger’s design or operational faults are contributing factors.
  • Electrical Stability and Safety Consequences: ODI’s analysis will also delve into the frequency of electrical malfunctions and whether these events pose a risk of property damage, personal injury, or loss of life.
  • Impact of Software and Operational Changes: With the discontinuation of Enel X Way North America’s operations, ODI is concerned about the potential safety implications arising from the lack of app and software support. The investigation will evaluate if and how this operational change might exacerbate existing safety concerns or introduce new risks.

Affected Vehicles and Part Numbers

The ODI investigation includes a review of incidents involving various EV models that utilized the JuiceBox Level 2 charger. The vehicles associated with these complaints include:

  • Chevrolet Bolt EV (2018)
  • Chrysler Pacifica Hybrid (2018)
  • Hyundai Ioniq 5 (2022)
  • Hyundai Ioniq 6 (2023)

Additionally, the specific product part under scrutiny is the Enel X JuiceBox Level 2 Charger.

Steps for Consumers and Further Information

For EV owners who currently use the JuiceBox Level 2 charger, awareness of this investigation is crucial. Users are encouraged to follow any guidance issued by the NHTSA and consider consulting with licensed electricians to ensure proper installation and safe operation of their EV chargers.

General Motors (GM) have identified a safety issue affecting certain Chevrolet and GMC vehicles. This issue involves a defect in the roof-rail airbag (RRAB) inflator, which could pose a serious risk to the safety of drivers and passengers. The defect may cause the inflator to malfunction, potentially resulting in the separation of the inflator’s end cap or a split in its sidewall. If this happens, the airbag system may not deploy as intended, increasing the risk of injury in the event of a crash or other incident.

Affected Vehicle Models

The following models are impacted by this recall due to the potential defect in the RRAB inflators:
2018 Chevrolet Silverado 1500
2018-2019 Chevrolet Silverado 2500
2018-2019 Chevrolet Silverado 3500
2018 GMC Sierra 1500
2018-2019 GMC Sierra 2500
2018-2019 GMC Sierra 3500

How the Issue Was Discovered

GM became aware of this problem in August 2024, after receiving reports of four incidents where RRAB inflators ruptured in vehicles from another manufacturer. These reports raised concerns about a possible defect in the inflator system, prompting GM to initiate its own investigation. During this investigation, GM found evidence of a similar incident involving a 2018 Chevrolet Silverado 2500, which was equipped with the same type of inflators.

In this particular case, the vehicle was parked and unoccupied when the RRAB inflator on the right side ruptured. Photos confirmed the inflator malfunctioned while the truck was idle, reinforcing concerns about the integrity of the RRAB system. GM is continuing its investigation to determine the exact cause of the failure.

Steps Taken by GM

On October 3, 2024, GM’s Safety Field Action Decision Authority (SFADA) determined that a safety recall was necessary. This recall affects vehicles that were built using RRAB inflators from the same production lot as the Chevrolet Silverado 2500 involved in the initial incident. As of now, GM has not received any further reports of similar incidents involving its vehicles.

What Owners Need to Know

To address this issue, GM dealers will replace the left and right roof-rail airbag modules in the affected vehicles. This recall is part of GM’s proactive efforts to ensure vehicle safety and prevent potential accidents resulting from defective inflators.

For reference, GM has assigned this recall the number N242474500, and the National Highway Traffic Safety Administration (NHTSA) has labeled it as campaign number 24V-560.

The 2021 Nissan Rogue, one of Nissan’s popular compact SUVs, is currently under investigation by the Office of Defects Investigation (ODI) due to reports of safety defects. Two major concerns have emerged—one involving inner tie rod failures that could lead to a loss of steering control, and the other concerning engine failures that could result in a complete loss of motive power. These issues raise significant safety risks for drivers and passengers, and Nissan is facing increasing scrutiny as the investigations unfold.

Inner Tie Rod Failures: Loss of Steering Control

Nissan Rogue Tie Rod FailureOne of the top issues reported is inner tie rod failures, which can lead to a sudden and complete loss of steering control. The ODI received reports from owners and early warning data indicating that these failures can occur on either the driver’s or passenger’s side of the vehicle. In several instances, the vehicles had to be towed for repairs.

One notable case involved a 2021 Nissan Rogue owner who experienced a sudden and severe steering malfunction while pulling out of a parking lot. According to the owner, the steering wheel suddenly pulled to the right, causing the front passenger tire to become misaligned. The vehicle became undrivable, multiple warning lights illuminated, and it had to be towed to a dealership. Although the dealership diagnosed a bent tie rod and performed a repair, the steering wheel did not return to its normal position. The owner reported no impact that could have caused the damage, yet the manufacturer declined to cover the repair under warranty. This incident occurred with just over 16,600 miles on the vehicle, raising concerns about the durability and safety of the Rogue’s steering system.

This ongoing investigation into tie rod failures has raised serious concerns about the overall safety of the vehicle, as a sudden loss of steering control could lead to catastrophic accidents.

Engine Failures: Loss of Motive Power

In addition to the tie rod issue, the 2021 Nissan Rogue is also under investigation for engine failures that could lead to a complete loss of motive power. The ODI has identified multiple reports of engine knock, strange noises, and metal chunks or shavings found in the oil pan of vehicles equipped with Nissan’s KR15DDT and KR20DDET engines. The KR15DDT, a 1.5-liter 3-cylinder engine, is found in the Rogue, while the KR20DDET, a 2.0-liter 4-cylinder engine, powers other models such as the Altima, QX50, and QX55.

The variable compression ratio engines, designed to deliver both high power and fuel efficiency, have shown an elevated failure rate. These engine issues have been linked to bearing and L-link damage, which could lead to total engine failure, leaving drivers stranded or worse, in a dangerous situation while driving. Nissan has made manufacturing changes in an attempt to address these issues, but the investigation is still open as the company works to find a more permanent solution.

Alongside these investigations, the 2021 Nissan Rogue has been the subject of several recalls, addressing a variety of safety concerns:

  1. Missing Internal Bushing in Brake Calipers – This defect could lead to brake fluid loss, reducing braking performance and increasing the risk of a crash.
  2. Rear View Camera Malfunctions – The rearview camera display may become inoperative, reducing rear visibility and raising the risk of an accident.
  3. Seat Belt Retraction Issues – Some seat belts may not retract properly, making them difficult to use, which could increase the risk of injury in a crash.
  4. Fuel Pump Overheating – An overheated fuel pump can cause the engine to stall unexpectedly, posing a serious safety risk.
  5. Second Row Seatback Welding Issues – Improperly welded seatbacks may fail to secure a child seat, increasing the risk of injury in the event of a sudden stop or crash.
  6. Wheel Separation Risk – Incorrectly fitted wheel nuts could cause the wheel assembly to separate from the vehicle, which could result in a loss of vehicle control.
  7. Fuel Hose Detachment – A poorly secured fuel hose can disconnect, causing a fuel leak or engine stall, both of which increase the risk of fire or crash.

With ongoing investigations into tie rod and engine failures, as well as several recalls addressing safety concerns, the 2021 Nissan Rogue has been thrust into the spotlight for potential safety risks. Drivers should stay informed about any updates from Nissan and take immediate action if their vehicle is affected by any recalls or investigations. Safety should always be a top priority, and these investigations aim to ensure that any defects are properly addressed to protect drivers on the road.

Certain Porsche Taycan models from 2021 to 2024 may face issues with their high-voltage batteries, specifically the potential for short circuits within the battery modules. These short circuits could result in thermal events, including the risk of overheating or even fires in extreme cases. The root cause of this issue has been traced back to potential manufacturing problems from the battery supplier, which, in rare instances, increase the likelihood of internal short circuits.

This latest recall builds on earlier recalls that were issued for similar battery-related problems, namely 23V-840 (manufacturer recall code APB5), 24V-215 (code ARA4), and 24V-217 (code ARA5). Porsche has been using data analytics and conducting hardware tests to better understand the extent of the issue. On September 23, 2024, the company determined that additional Taycan vehicles might be at risk due to potential battery defects, even though no confirmed data anomalies have been identified in these vehicles so far. As a result, Porsche launched a new recall with the identification codes ARB6 and ARB7.

Breakdown of ARB6 and ARB7 Recalls

  • ARB6: This recall covers a group of vehicles for which Porsche does not have enough data to determine whether there are issues with the high-voltage batteries. Since there isn’t sufficient information, Porsche is taking precautionary measures. Owners of vehicles in this group will receive a notification advising them to limit their battery’s charging capacity to a maximum of 80%. This is intended as a temporary solution while further analysis is conducted to either confirm the presence of battery anomalies or clear the vehicle of any issues. This interim step is designed to reduce the risk of thermal events while Porsche continues its investigation.
  • ARB7: In contrast, ARB7 applies to a set of vehicles for which Porsche has gathered sufficient battery data, and current diagnostics show no data anomalies in the high-voltage battery. As a result, there is no need to restrict battery charging for these vehicles to 80%. What sets this group apart is that these vehicles allow Porsche to continuously monitor the battery health via over-the-air updates. This real-time data monitoring enables Porsche to detect any future battery module issues quickly. If an anomaly is detected later, Porsche will notify owners, replace the affected battery module, and advise them to limit charging to 80% until the replacement is completed.

As part of this recall process, Porsche is implementing a series of steps to address the potential battery issues:

  • For ARB6 Vehicles: Owners are advised to cap their battery charging at 80% until a more permanent solution is available. This is purely a precautionary measure while Porsche continues to analyze the vehicles and gather more data on the potential risks.
  • For ARB7 Vehicles: Since Porsche already has access to these vehicles’ battery data via over-the-air diagnostics, there is no need for an 80% charging limit unless future data shows a problem. Porsche’s real-time monitoring will automatically detect any battery module anomalies. Should a problem arise, the company will issue a notification to the owner, and the affected battery modules will be replaced. In the meantime, Porsche will advise affected owners to limit charging to 80% as a safeguard.

For both ARB6 and ARB7, the final remedy will involve installing an advanced on-board diagnostic software on all affected vehicles. This software will be capable of detecting potential battery anomalies before they become serious. However, before this software is installed, Porsche will conduct an analysis of the battery modules in each vehicle. If the analysis shows that no problems are present, the software will be installed immediately. If the analysis detects any issues, Porsche will replace the faulty battery module(s) before proceeding with the installation of the diagnostic software.

Once the new on-board diagnostic software is installed, it will continuously monitor the vehicle’s high-voltage battery using advanced data analytics. If the software detects an anomaly in any of the battery modules, it will send a warning message to the vehicle’s head unit, alerting the driver. In this case, the battery’s charging capacity will be automatically limited in stages: first to 80%, and eventually to a lower limit, likely around 50%, depending on the severity of the detected anomaly. This stepwise reduction in charging capacity helps prevent thermal events and gives the driver time to seek service. If necessary, Porsche will replace the affected battery modules to restore the vehicle’s full functionality. Since the battery consists of multiple modules, it is possible that different modules could show issues at different times, requiring multiple replacements over the vehicle’s lifetime.

Porsche plans to roll out this advanced diagnostic software as the final remedy in the first quarter of 2025. In the meantime, dealers will be prepared to install interim software and address any battery concerns as they arise. Owners of affected vehicles will receive notification letters starting on November 29, 2024. These letters will provide detailed instructions on what steps to take next and how to proceed with repairs or updates.

The recall numbers for this issue are ARB6 and ARB7. Additionally, the National Highway Traffic Safety Administration (NHTSA) has assigned campaign numbers 24V-731 and 24V-732 to these recalls. These recalls build on and replace the earlier recalls 23V-840, 24V-215, and 24V-217, expanding the affected vehicle population as Porsche continues its investigation.