California Lemon Law blog – A blog by the Law Office of Edzant Price LLP

Owners of certain 2016–2020 Acura ILX vehicles may be experiencing an unsettling brake issue that develops quietly over time. While it does not always appear suddenly or trigger warning lights, the condition can reduce brake effectiveness during everyday driving—particularly during gentle or slow brake applications. For drivers, any issue involving braking deserves close attention.

What Is the Brake Problem?

The issue centers on the brake master cylinder, a critical component responsible for converting pedal pressure into braking force. In the affected vehicles, a material used in the brake fluid reservoir hose can release excess plasticizer into the brake fluid.

Over time, this contamination causes a seal inside the master cylinder (known as the secondary cup seal) to swell and deform. Heat from the engine can make the problem worse.

When this happens:

Brake fluid can bypass the seal instead of building proper pressure
The brake pedal may feel softer or less firm
Stopping distances may increase, especially during light or gradual braking

In real-world driving, this means the vehicle may not slow down as expected—raising the risk of a crash or injury.

Why Did This Happen?

The root cause traces back to manufacturing timing. The brake reservoir hose was installed too soon after production, before excess plasticizer had time to dissipate. That plasticizer leached into the brake fluid, which was then absorbed by the master cylinder seal.

As the seal absorbed the contaminant and expanded:

Its shape and flexibility changed
It could no longer maintain a proper seal under certain braking conditions
Brake fluid was allowed to leak back into the reservoir

The result is reduced hydraulic pressure when the driver presses the brake pedal slowly.

A Long Investigation Timeline

Honda and Acura engineers spent nearly a decade analyzing this issue:

2015–2021: Initial complaints of intermittent brake pedal pressure loss
2022–2024: Extensive testing confirmed chemical contamination and seal swelling
2025: A clear link was found between hose storage timing, material curing, and seal deformation

By late 2025, the manufacturer determined that this condition posed a motor vehicle safety defect and initiated corrective action.

As of December 2025, there were 192 warranty claims associated with the issue. Fortunately, no injuries or fatalities have been reported.

What Is Being Done to Fix It?

Owners of affected vehicles will be notified by mail and instructed to visit an authorized Acura dealer. The repair involves:

Replacing the brake master cylinder
Installing an improved sealing cup made from a different material
Restoring proper brake fluid sealing and pedal feel

This updated design is intended to eliminate the contamination-related swelling entirely.

Why This Matters for Lemon Law Claims

Even if a manufacturer offers a fix, brake-related defects can still be relevant under Lemon Law statutes, especially if:

The problem existed during the warranty period.
You experienced repeated brake complaints or repairs.
The issue affected vehicle safety, drivability, or value.

If you drive a 2025-2026 Ford Escape or Lincoln Corsair, it is time to check your mailbox and your rear seats. Ford has issued a safety recall affecting these popular SUVs due to a critical issue with the rear seat belt retractors. While safety technology has evolved rapidly, the seat belt remains your primary line of defense in an accident. Here is everything you need to know about the problem and the warning signs.

The Problem: Loose Retractors

The core of the issue lies in the left and right rear passenger seat belt retractors. According to the defect report, the bolts securing these retractors may not have been properly tightened during assembly. If the retractor isn’t securely fastened to the vehicle’s body (specifically the D-Pillar), it cannot do its job properly. In the event of a crash, a loose retractor may fail to adequately restrain the passenger, significantly increasing the risk of injury.

How Did This Happen?

Ford’s investigation traced the issue back to the Louisville Assembly Plant. It wasn’t a failure of the main assembly line, but rather an error that occurred at off-line repair stations. Vehicles that were pulled aside for unrelated repairs may not have had their retractor bolts properly secured upon completion. This procedural lapse resulted in the potential for loose hardware in the final customer vehicles.

Warning Signs: What to Listen For

Unlike some mechanical issues that remain silent until they fail, this defect often gives an auditory warning. Owners should look out for:

Rattling Noises: You may hear a metallic rattle coming from the rear pillar area while driving.
Seat Belt Binding: The seat belt may feel like it is “sticking,” making it difficult to pull out or retract smoothly.

The Timeline

Nov 6, 2025: Team members at the assembly plant noticed 5 warranty claims related to noisy or binding rear seat belts on vehicles with low mileage.
Nov 12, 2025: Ford’s Critical Concern Review Group (CCRG) opened a formal investigation.
Dec 5, 2025: A field action (recall) was approved.

As of December 8, 2025, Ford is not aware of any accidents or injuries related to this condition. The recall is proactive to ensure it stays that way.

What Should Owners Do?

If you receive a notice for your 2025-2026 Lincoln Corsair or Ford Escape, do not ignore this recall.

The Fix:
Dealers will inspect the seat belt retractor bolts. If they are loose, they will be properly secured. If the bolts or assembly are damaged, the dealer will replace the seat belt retractor entirely.

Important Details:

Owner Notification Date: Ford expects to mail letters to affected owners starting December 19, 2025.
Ford Recall Number: 25C68
NHTSA Campaign Number: 25V-862

Stellantis has determined that a safety defect could affect certain 2024 Dodge Hornet and Alfa Romeo Tonale Plug-In Hybrid Electric (PHEV) vehicles. The automaker has confirmed that the brake pedal arm in these vehicles may collapse, leading to a sudden and dangerous loss of braking ability.

If you own or lease one of these vehicles, here is everything you need to know about the defect, the remedy, and your potential rights under the Lemon Law.

The Problem: Brake Pedal Collapse

According to filings with the National Highway Traffic Safety Administration (NHTSA), the specific defect involves the brake pedal assembly. In affected vehicles, the pedal arm is susceptible to collapsing under the pressure of braking. If the pedal collapses, the driver may lose the ability to activate the service brakes. As stated in the safety report, “The inability to activate the service brakes while driving can cause a vehicle crash without prior warning.”

This recall (NHTSA Campaign Number 25V-846) is an expansion of a previous recall (24V-752) issued in October 2024. Despite earlier efforts, Stellantis Europe Control Tower received new field complaints in late 2025 regarding collapsed pedals in both North America and Europe, prompting this new, expanded campaign.

Accident Reports and Investigation

October & November 2025: Field complaints were received regarding pedals collapsing during normal driving.
November 24, 2025: Stellantis identified one warranty claim and one customer assistance record related to the issue.
Safety Risk: As of late November 2025, the automaker is aware of one accident related to this defect. Fortunately, zero injuries have been reported so far.

What to Do If Your Brakes Fail

Stellantis has provided specific emergency instructions for drivers who experience a brake pedal collapse while driving. If your pedal hits the floor or snaps and you cannot stop the car:

Use the Electronic Park Brake: Located on the center console, this switch can be pulled up and held while driving. This will override the failure and slow the vehicle to a controlled stop.
Automatic Emergency Braking (AEB): If your AEB system is active (not manually deactivated), it is designed to intervene automatically if it detects an imminent collision, even if the brake pedal is broken.

Recall Details and Remedy

Owners of affected vehicles should contact their dealerships immediately.

NHTSA Campaign Number: 25V-846
FCA US Recall Number: D0C
Notification Date: Owner notification letters are expected to be mailed by January 13, 2026.
The Fix: Dealers will reinforce the brake pedal arm to prevent collapse.

Can I File a Lemon Law Claim?

The Lemon Law is designed to protect consumers who have purchased defective vehicles. If your car has a substantial safety defect that the manufacturer has failed to fix within a reasonable number of attempts or a reasonable amount of time, you could be eligible for:

A vehicle repurchase (buyback).
A replacement vehicle.
Cash compensation.
Payment of your attorney’s fees.

Do not wait until an accident happens. If you are unsafe in your vehicle, contact us today for a free consultation regarding your rights.

Recall Reference: VW Campaign 93EV / NHTSA Campaign 25V-836

If you are the owner of a 2023 or 2024 Volkswagen ID.4, please take a moment to review this critical safety warning. Volkswagen has issued a recall for specific vehicles in this model range due to a high-voltage battery defect that could lead to a vehicle fire.

Because the risk involves the potential for a thermal event (fire) while the car is parked or driving, Volkswagen has issued specific “Park Outside” instructions while they prepare the remedy.

The Issue With The VW ID.4 Battery

The problem lies within the High Voltage (HV) battery. According to the defect report, a production deviation at a battery supplier resulted in misaligned electrodes within certain battery cell modules. Specifically, the cathode inside the battery cell may have shifted. When these electrodes are not aligned correctly, it increases the risk of a short circuit inside the cell, which can lead to a fire.

Warning Signs

While a battery fire can happen suddenly, there are performance indicators you should watch for. If your vehicle has this defect, you may experience:

A noticeable loss of driving range.
A reduction in vehicle performance.

If you notice these issues, contact an authorized Volkswagen dealer immediately for diagnosis.

Critical Safety Instructions for Owners

Until the recall repair is performed, Volkswagen is advising owners of affected vehicles to follow these strict precautions to minimize risk:

Park Outside: Park the vehicle away from structures and other cars immediately after charging.
No Overnight Indoor Charging: Do not leave the vehicle charging indoors overnight.
Limit Charge to 80%: Adjust your charging settings to stop at an 80% state of charge.
Avoid Fast Charging: Do not use Level 3 DC Fast Chargers.

Timeline: How the Defect Was Discovered

The investigation into this issue spanned nearly two years. Here is a summary of the events that led to this recall:

January 2024 (Illinois): Volkswagen was notified of the first thermal event involving a vehicle connected to a Level 3 DC charger. The battery was analyzed, confirming the fire started in the HV battery.
July & October 2024 (California): Two separate fires occurred in parked vehicles that were not charging. Inspections confirmed the origin was the HV battery, but initial analysis (including CT scans by the supplier in June 2025) failed to identify the root cause.
December 2024 (Utah): A fourth thermal event occurred while a vehicle was being driven.
Summer 2025: With CT scans appearing inconclusive, VW and the supplier investigated other potential causes outside the battery but found nothing. The focus returned to the battery.
August 2025 (Colorado): A fifth event occurred while a vehicle was using a DC fast charger.
September 2025 (The Breakthrough): The supplier performed a physical “tear-down” analysis of damaged cell modules. They discovered the “shifted” electrode condition. By comparing this physical evidence back to the previous CT images, they realized the defect was visible in the scans but had been previously unrecognized.
November 2025: The supplier identified the specific batch of bad modules, allowing VW to isolate which vehicles were affected. On November 26, VW officially decided to issue a recall.

The Remedy

Dealers will resolve this issue by replacing the high-voltage battery cell modules as necessary. Owner Notification: Notification letters are expected to be mailed by January 30, 2026.

Volkswagen Recall Number: 93EV
NHTSA Campaign Number: 25V-836

If you own a model year 2024 or 2025 Hyundai Santa Fe or Santa Fe Hybrid, you need to be aware of a significant safety recall affecting your vehicle’s backup camera system.

Hyundai Motor America has determined that a defect exists in certain vehicles where the rear view camera image may fail to display when the vehicle is placed in reverse. This issue has triggered a noncompliance recall because the affected vehicles fail to meet the requirements of Federal Motor Vehicle Safety Standard (FMVSS) number 111 regarding “Rear Visibility.”

Here is everything owners need to know about why the cameras are failing, the safety risks involved, and how Hyundai plans to fix the problem.

What is Causing the Santa Fe Camera Failure?

It is frustrating when a new car feature stops working. In this case, the problem isn’t necessarily a defective camera lens, but rather how the camera system was installed at the factory.

According to investigations by Hyundai’s Safety Test and Investigation Laboratory (STIL), the root cause stems from improper installation of the rear view camera wiring harness.

During the manufacturing process, variations in how the “end-of-line” wire harnesses were packaged allowed for inconsistencies in cable routing. In some vehicles, the camera wiring harnesses were installed with a “twist.” This twisting creates increased tension on the wires.

Over time, this tension can cause physical damage to the wiring, including solder cracks near terminal connections and damage to the wire’s shield line. Once these wires are compromised, the connection becomes unstable, leading to a flickering image or a completely blank screen on your dashboard display.

Why This Is a Safety Issue

A functional rear view camera is vital for safe reversing. It helps drivers spot pedestrians, obstacles, and other vehicles in their blind spots.

When the camera fails to display an image, the driver loses this critical view. This noncompliance with FMVSS No. 111 increases the risk of a crash or backup collision.

The Investigation Timeline

Hyundai began looking into this issue between March and June 2025 after routine monitoring of warranty claims showed a spike in inoperative cameras. They analyzed 21 different camera assemblies, discovering the solder cracks and wiring damage. Following extensive review with the supplier and Hyundai’s North America Safety Decision Authority in November 2025, the decision was made to issue a recall.

The Fix: What Hyundai Will Do

Replace the rear view camera assembly entirely.
Reposition the wiring harness correctly to ensure there is no tension causing damage to the new unit.

Important Dates and Next Steps for Owners

If you own a 2024-2025 Santa Fe or Santa Fe Hybrid, keep an eye on your mail.

Owner Notification: Hyundai expects to mail notification letters to affected owners beginning January 19, 2026.

If your camera is currently not working, you do not need to wait for the letter to contact your dealer.

Essential Recall Reference Numbers

When speaking with your dealer or searching the NHTSA database, use these reference numbers to identify this specific issue:

Hyundai Recall Number: 288
NHTSA Campaign Number: 25V-808

Ford has decided that a safety defect exists involving the high-voltage battery packs inside certain plug-in hybrid vehicles—specifically the 2020–2024 Ford Escape PHEV and 2021–2024 Lincoln Corsair PHEV. At the center of the issue is a manufacturing defect inside one or more battery cells, which can lead to an internal short circuit and, in the worst cases, battery thermal venting or vehicle shutdown.

This problem originally surfaced years ago, was addressed by a previous recall, and now—based on new field data—Ford has determined that the prior fix may not have been enough.

What’s Causing the Problem?

Inside the high-voltage battery pack, each cell has a separator layer that keeps the cathode and anode apart. If this thin separator layer becomes damaged, the cell can short internally. Ford, its engineering teams, and the battery cell supplier have all pointed to variability in the supplier’s production process as the likely cause. This inconsistency may lead to small imperfections or weaknesses in the separator layer.

When the separator is compromised, the result can be:

Internal short circuits
Loss of propulsion power
Battery overheating
Thermal venting
Potential vehicle fire

Ford has not yet identified the complete root cause. Tear down investigations are still ongoing.

Safety Risks: What Can Happen

If a battery cell shorts internally:

1. Loss of Motive Power While Driving

The vehicle may suddenly shut down its propulsion system.
A red “Stop Safely Now” warning appears on the instrument cluster.

Although steering, braking, and lights still work, a sudden loss of acceleration dramatically increases crash and injury risk.

2. Battery Thermal Venting / Fire Risk

A shorted cell can overheat and vent hot gas, which can ignite surrounding components.
This is a significant safety hazard, particularly if venting occurs during or after charging.

To date, Ford reports no injuries or accidents connected to this defect.

A Look Back: The 24V-954 / 24S79 Recall

Ford already attempted to fix this issue once.

In December 2024, Ford approved recall 24V-954 (Ford) / 24S79 (Lincoln), which rolled out the following remedy:

Updated Battery Energy Control Module (BECM) software
Added enhanced detection of battery cell anomalies
Stopped battery charging automatically if anomalies were detected
Alerted owners through messages in the instrument cluster

This fix was intended to catch separator-layer damage before it caused a short circuit. However, new field reports show this strategy was not always effective.

The Turning Point: New Thermal Venting Cases in 2025

July–August 2025

Three European Ford Kuga PHEV vehicles (the Kuga is the European variant of the Escape PHEV) experienced battery thermal venting even AFTER receiving the recall software update.

September 2025

Two more cases surfaced.

August–October 2025 Investigation

Ford’s Critical Concern Review Group (CCRG) opened a formal investigation on August 27, 2025.
Recovered battery packs and control modules showed:

No detectable anomalies before venting
Significant thermal damage making root-cause confirmation difficult
The updated software did NOT trigger any warnings prior to failure

Meanwhile, tear down analysis from other replaced battery packs (those that were flagged by the software and did not vent) has not yet identified a definitive cause.

As of November 5, 2025

Ford reports:

7 total venting incidents, all from European Kuga PHEV vehicles
All had already received the 24V-954 software update
No injuries or accidents

November 7, 2025

Ford approved a new field action—leading to today’s recall.

The New Recall: 25SC4 (Ford) / 25V-789 (NHTSA)

Because of the new cases, Ford has issued a new recall to replace the old one.

Affected Vehicles:

2020–2024 Ford Escape Plug-In Hybrid
2021–2024 Lincoln Corsair Plug-In Hybrid
(These vehicles were previously included in recall 24V-954.)

Ford’s New Instructions to Owners

Until the final fix is ready, Ford advises:

Only use Auto EV mode
Limit the maximum charge of the high-voltage battery
Wait for mailed instructions and further updates

Interim owner letters are scheduled to go out December 1, 2025, detailing the safety risks and how to limit battery charging. A second letter will follow once a permanent remedy is available.

The Final Remedy Is Still Under Development

Ford has not yet determined what the permanent fix will look like—likely because the underlying defect is still not fully understood.

Conclusion

Ford’s latest recall highlights an unresolved and potentially serious defect in the high-voltage battery cells used in its Escape and Corsair plug-in hybrid models. The original software-based solution from 2024 was not enough to catch every instance of cell separator damage, and new thermal-venting cases have forced Ford to develop a more comprehensive fix. Until that final remedy is completed, owners must limit charging, follow Ford’s interim instructions, and watch for important recall notices.

Ford has announced a safety recall for certain 2025–2026 Ford Bronco and Bronco Sport models after discovering a software defect that can cause the instrument panel cluster (IPC) to fail at startup. While the failure rate appears low so far, the issue can disable the display of critical safety information—and that creates a significant risk for drivers.

The Problem: A Startup Timing Error That Can Blank the Instrument Panel

The Instrument Panel Cluster (IPC) is responsible for displaying essential vehicle information, including speed, engine warnings, braking system alerts, and other important safety telltales.

In the affected vehicles, the IPC can fail to initialize at startup. When that happens, the screen stays completely blank.

The Root Cause

Ford traced the issue to a timing-related software fault:

During the IPC’s sleep-entry sequence, there is a narrow window where a CAN wake-up interrupt can occur.
If this interrupt happens at the wrong moment, it triggers a memory protection fault in the cluster’s control unit.
The result: the IPC fails to boot, leaving the driver with a blank screen.

A blank cluster means no speedometer, no warning lights, and no safety indicators, which can significantly increase the risk of a crash if the vehicle is driven in that condition.

Why This Matters for Drivers

If the IPC is blank when the vehicle starts:

The driver cannot see speed, engine warnings, brake indicators, turn signals, or safety alerts.
Important telltales required under federal safety regulations may not display.
The driver loses critical information needed for safe operation.

Although the vehicle can still move, driving without a functioning instrument panel is dangerous—especially in traffic, at night, or in poor weather conditions.

Ford reports no accidents or injuries linked to this defect as of November 2025, but the potential safety impact is clear.

Ford’s Internal Investigation Timeline

The issue first surfaced on September 18, 2025, when reports of blank screens in 2025–2026 Broncos and Bronco Sports were escalated to Ford’s Critical Concern Review Group (CCRG). Over the next several weeks, the CCRG analyzed failure reports, warranty data, and comparisons to a similar prior recall (25S88 / 25V-540).

What they found was significant:

Warranty claims were low so far, but
68% of connected vehicles had ignition cycles falling within the window of susceptibility to this startup timing failure—almost identical to the earlier recall population.
No clear factor suggested the newer vehicles were at lower risk than the previously recalled models.

The first warranty claim was logged on May 15, 2025, and by November 7, 2025, Ford had documented 12 potentially related claims.

On that same date—November 7—the Field Review Committee approved a formal field action, confirming the need for a recall.

Which Vehicles Are Affected?

Ford has issued a recall for certain:

2025 Ford Bronco
2025 Ford Bronco Sport
2026 Ford Bronco
2026 Ford Bronco Sport

These vehicles are equipped with the susceptible SX2 Instrument Panel Cluster.

Ford’s recall number is 25SC3, and the corresponding NHTSA campaign number is 25V-788.

How the Problem Will Be Fixed

Ford will correct the IPC issue through an instrument panel cluster software update, available:

At Ford dealerships, or
Through an over-the-air (OTA) update (for vehicles equipped to receive OTA updates)
Ford plans to begin mailing recall notices on December 8, 2025.

What Bronco and Bronco Sport Owners Should Do

If your instrument panel cluster ever boots up blank:

Do not drive the vehicle until the IPC initializes correctly.
If your Ford Bronco is affected, contact your Ford dealer to schedule a repair.
Check for OTA update availability.
Monitor for recall notifications and verify your VIN’s status on Ford’s recall lookup page.

Even if you haven’t experienced the issue yet, your vehicle may still be at risk due to the timing-related nature of the fault.

If You Continue to Experience IPC Problems

If the problem persists after the recall repair—or if Ford is unable to fix the defect—owners may be eligible for repurchase, replacement, or compensation, according to California Lemon Laws.

Toyota Motor Engineering & Manufacturing has announced a safety recall affecting certain 2022–2026 Toyota, Lexus, and Subaru vehicles equipped with a Panoramic View Monitor (PVM) system. A software error in the Parking Assist ECU — the electronic control unit responsible for displaying the rearview image — may cause the camera image to freeze or fail to display when the vehicle is placed in reverse. This issue means the affected vehicles do not comply with Federal Motor Vehicle Safety Standard (FMVSS) No. 111 for rear visibility.

What’s Causing the Problem?

The Parking Assist ECU software can experience two types of malfunctions:

Rearview image freezing: The image may freeze for up to 1.8 seconds if the vehicle is shifted into reverse within 0.7 to 2.6 seconds after ignition is turned on.
Rearview image not displaying: If the vehicle’s power is turned off during a brief data-writing process within the first 12.5 seconds after startup, the camera’s alignment data can become corrupted, preventing the image from displaying during the next ignition cycle.

These failures may occur under specific timing conditions and could increase the risk of an accident during backing maneuvers, especially if a pedestrian or object is behind the vehicle.

Timeline of Discovery

Between April 2024 and December 2024, Toyota engineers discovered the issue while reviewing software used in Japan-spec models. Bench testing confirmed that interruptions during image processing or data writing could cause temporary or complete loss of the rearview image. Subsequent testing through October 2025 confirmed that the same software error could affect global models, including those sold in the U.S. On October 24, 2025, Toyota decided to issue a safety recall.

Recall and Remedy Information

Dealers will update the parking assist software. Interim notification letters alerting owners of the safety risk are expected to be mailed December 16, 2025. Additional letters will be sent once the final software remedy is available.

The recall identification numbers are as follows:

Toyota: 25TB13 and 25LB06
Subaru: WRE25
NHTSA Campaign Number: 25V-744

Vehicles Included in This Recall

2022 Lexus Lx
2022 Lexus Nx
2022 Lexus Nx Hybrid
2023 Lexus Es
2023 Lexus Es Hybrid
2023 Lexus Ls
2023 Lexus Ls Hybrid
2023 Lexus Nx Plug-in Hybrid
2023 Lexus Rx
2023 Lexus Rx Hybrid
2023 Lexus Rz
2024 Lexus Gx
2024 Lexus Lc
2024 Lexus Lc Hybrid
2024 Lexus Tx
2024 Lexus Tx Hybrid
2024 Lexus Tx Plug-in Hybrid
2024 Lexus Rx Plug-in Hybrid
2025 Lexus Lx Hybrid
2023 Subaru Solterra
2023 Toyota Bz4x
2023 Toyota Crown
2023 Toyota Highlander
2023 Toyota Highlander Hybrid
2023 Toyota Mirai

2023 Toyota Prius
2023 Toyota Prius Prime
2023 Toyota Rav4
2023 Toyota Rav4 Hybrid
2023 Toyota Rav4 Prime
2023 Toyota Venza Hybrid
2024 Toyota Grand Highlander
2024 Toyota Grand Highlander Hybrid
2024 Toyota Land Cruiser
2025 Toyota Camry Hybrid
2025 Toyota Crown Signia
2025 Toyota Prius Plug-in Hybrid
2025 Toyota Rav4 Plug-in Hybrid
2025 Toyota Sienna Hybrid
2026 Toyota Camry Hybrid
2026 Toyota Crown
2026 Toyota Grand Highlander
2026 Toyota Grand Highlander Hybrid
2026 Toyota Rx Plug-in Hybrid
2026 Toyota Tx
2026 Toyota Tx Hybrid
2026 Toyota Tx Plug-in Hybrid

What Owners Should Do

If you own one of the affected Toyota, Lexus, or Subaru models, until the software is updated, owners should exercise extra caution when backing up and verify surroundings visually.