Certain 2019-2020 Mustang vehicles equipped with 5.0L engines and manual transmissions, could experience a problem with the Powertrain Control Module (PCM). The PCM could broadcast a faulty signal to the modules controlling the reverse camera, reverse light, and driver-assist features. Owners will be instructed to return to their dealerships for repairs.

According to the safety report, the 2019 Mustang 5.0L Manual Transmission Model is the first to introduce a new Rev matching feature that includes a new Manual Gear Position Sensor and associated software/calibration.

In July 2020, Ford Product Development engineers identified a small number of warranty claims associated with the Manual Gear Position Sensor which caused the rear view camera and reverse lamps to stop functioning, but based on the low occurrences, the Critical Concern Review Group (CCRG) closed the investigation. By April 2022, 102 warranty claims alleging non-functioning rear view camera display and/or non-functioning reverse lamps and 94 warranty claims of potentially related non-functioning of various driver-assist features (traction control, forward collision warning, blind-spot warning, cross-traffic indicator) caused Ford’s Field Review Committee to reopen the investigation and issue a recall.

According to the defect report, some unique driving scenarios or vehicle conditions, including clutch slip, causing incorrect ratio, extended reverse driving, miscalibration of odd/even shift gates, customer modifications, a mismatch between the gear position sensor signal and the estimated gear calculation, might be detected by the PCM. The PCM will interpret the degraded signal to mean a fault and may disable the modules controlling the reverse camera, reverse lamps, and driver-assist features.

Owners receiving notices will be asked to return to their dealers to have the PCM software updated in their Mustang. Ford’s number for this recall is 22S37 and the NHTSA campaign number is 22V-382.

If you are experiencing repeated problems with your vehicle, it could be a lemon. If you have any questions about your rights and the California Lemon Law, please call our office at 888-395-3666 and get some great Lemon Law advice!

General Motors (GM) will be asking a small number of 2022 Chevrolet Heavy Duty (HD) truck owners to return to their GM dealership for a problem affecting the brakes in their vehicles. The primary hydraulic brake line assembly may have not been tightened to manufacturer specifications and could loosen and leak.

The vehicles affected by this problem include:

2022 Chevrolet 4500HD
2022 Chevrolet 5500HD
2022 Chevrolet 6500HD

In April 2022, during assembly end of the line testing, GM discovered that several of their Chevrolet HD trucks were experiencing a soft brake pedal feel and/or extended stopping distances. Navistar, the manufacturer of these vehicles informed GM that they intended to file a safety recall for this condition, and in May, GM’s Safety and Field Action Decision Authority (SFADA) decided to conduct a safety recall on the GM badged vehicles produced in the same suspect production period as the recalled Navistar vehicles. GM is not aware of any relevant field reports or crashes related to this problem.

According to the defect report, an investigation by the manufacturer of these vehicles found that the pressure sensor fitting of the primary hydraulic brake line assembly may not have been tightened to the correct manufacturer torque specification. If the brake line assembly loosens and brake fluid is lost, drivers may experience a soft or low brake pedal feel, extended stopping distances and the brake warning light may illuminate. Owners may also notice brake fluid on the ground or in the engine compartment.

Owners receiving notices will be asked to return to their dealers to have the brake pressure switch tightened to specification. They will also bleed the brake system and top off the brake fluid.

GM’s number for this recall is N222368230 and the NHTSA campaign number is 22V-364.

The high voltage batteries in certain 2020 Ford Escape and 2021 Lincoln Corsair vehicles may have been manufactured with insufficient welds that could fail and cause a loss of drive power. These vehicles are equipped with 2.5L hybrid powertrains.

Ford’s Critical Concern Review Group first became aware of the problem in February 2022 when they were informed, by the supplier, that there was an issue with the weld penetration on the bus bars of certain high voltage batteries. A review of the manufacturers’ records showed that the suspect cause of the problem was damage to the laser cooling line caused by maintenance of the laser air knife. The damage to the laser cooling line resulted in an out-of-control weld process and insufficient welds. The suspect time period was between June 6, 2020, and June 12, 2020.

According to the safety report, insufficient weld penetration between the bus bar and cell terminal could result in a loss of electrical contact at the bus-bar weld joint inside the high voltage battery. Loss of electrical contact will result in a loss of motive power and an increased risk of an accident.

The vehicle warning display will illuminate a “Stop Safely Now” message, a wrench lamp, and an audible alert when the vehicle loses motive power.

Owners receiving notices will be asked to take their vehicle to their Ford or Lincoln dealer to have the High Voltage Battery replaced. The new High Voltage Battery LX68-10B759-R will have a bus bar that has proper weld penetration. The supplier repaired a damaged coolant line on June 27, 2020. High voltage batteries produced after June 27, 2020 were produced with sufficient bus bar weld penetration. Ford’s number for this recall is 22S33 and the NHTSA campaign number is 22V-331.

Ford Motor Company (Ford) has decided that a problem affecting vehicle safety exists in certain 2021 Ford Expedition and 2021 Lincoln Navigator SUVs built between December 2020, and April 2021. The vehicles built during this time have an increased risk of under-hood fires.

Ford became aware of the problem in March 2022 after receiving eight reports of under-hood fires. One of the incidents described a melted battery junction box (BJB) on a 2021 Expedition vehicle. Ford’s Critical Concern Review Group (CCRG) opened an investigation into the fires and found that six (6) of the eight (8) fires originated on the passenger side rear engine compartment area, while two (2) had an unclear under-hood origin. Of the eight fire allegations, six occurred while the vehicle was parked and off, and two occurred while driving. Reviewing the incidents, CCRG noted that almost all the vehicles were owned by rental companies.

Ford continues to investigate the cause of the fires, which are believed to originate in the passenger side rear engine compartment area. As of May 12th CCRG is aware of sixteen (16) potentially related reports of under-hood fires on 2021 Expedition and 2021 Navigator vehicles. Of those sixteen (16) reports, fourteen (14) are rental vehicles and two are retail units. Of the sixteen (16) reports, twelve (12) occurred while the vehicle was parked and off, (1) occurred while parked and on, and three (3) occurred while driving. All sixteen (16) vehicles were produced between December 19, 2020, and April 20, 2021. (This period was found to be significant.)

Warning: Owners are advised to park their vehicles outside and away from structures while Ford continues their investigation.

Note: Some customers have reported a burning smell and smoke from the front passenger engine compartment while driving.

Letters notifying owners of the safety risk are expected to be mailed on May 23, 2022. A second letter will be mailed once a fix for the problem is available. Ford’s number for this recall is 22S36 and the NHTSA campaign number is 22V-346.

Automobile manufacturers Hyundai and Kia will be asking owners of certain 2022 Hyundai Ioniq 5 and 2022 Kia EV6 vehicles, to return to their dealerships for a problem affecting the parking brake mechanism. A software error in the Shifter Control Unit (SCU) may disengage the parking mechanism and allow the vehicle to roll away.

Hyundai and Kia first became aware of the problem in April/May 2022 after reports about warranty claims involving some Ioniq 5 and EV6 vehicles in Korea. The vehicles allegedly unexpectedly rolled away after being parked on an incline with the ignition off. Further investigation into the incidents found voltage fluctuations in the electrical system that could affect the command signal from the Shifter Control Unit (SCU) to the parking actuator. The result would be a momentary disengagement of the parking pawl.

According to the safety report, the subject vehicles are equipped with a shift-by-wire system with a shifter control unit and parking pawl actuator motor. If a voltage fluctuation occurs when the vehicle is off and in Park, the signal from the SCU to the actuator may be affected. The problem could result in the temporary disengagement of the parking mechanism and a potential vehicle roll away.

Owners will be asked to return to the dealerships to have the Shifter Control Unit software updated. Drivers are recommended to use the Electronic Parking Brake (EPB) when parking their vehicles until the software update has been performed. Hyundai’s number for this recall is 228 and the NHTSA campaign number is 22V-324. Kia’s number for this recall is SC236 and the NHTSA campaign number is 22V-332.

If you are experiencing repeated problems with your vehicle, it could be a lemon. If you have any questions about your rights and the California Lemon Law, please call our office at 888-395-3666 and get some great Lemon Law advice!

Tesla will be contacting the owners of certain 2021-2022 Tesla model vehicles because of a problem that could cause the infotainment central processing unit (CPU) to malfunction.

The vehicles affected by this problem include:

2022 Tesla Model 3
2021-2022 Tesla Model S
2021-2022 Tesla Model X
2022 Tesla Model Y

In December 2021 during routine High Temperature Operation Endurance (HTOE) testing on the Model 3 and Model Y vehicle platform central processing unit (CPU), throttling was detected from thermal protections being engaged. An investigation into thermal management was initiated using vehicle alerts to follow the condition in the field. During this time, Tesla Engineering worked on a series of test experiments to identify the potential cause of the overheating condition. In April 2022, Tesla completed its investigation and confirmed the suspected root cause and affected vehicle population. The findings were reviewed and a recall was initiated.

According to the defect report, during fast-charging or preparation for fast-charging, the infotainment CPU may not cool sufficiently. Higher than expected temperatures could cause the CPU to slow processing or restart, and a lagging or blank center screen display. The problem could cause the rear-view camera display, windshield visibility control settings, drive modes (i.e., Drive, Neutral, or Reverse), and telltales to be unavailable.

On May 3, 2022, Tesla began deploying an OTA firmware update that will improve the management of the CPU temperature and associated communications with elevated temperature operation. This remedy will mitigate temperature elevations in the CPU when the vehicle is fast-charging or preparing to fast-charge, which will prevent slow processing or restart. Tesla’s number for this recall is SB-22-00-009 and the NHTSA campaign number is 22V-296.

 Automotive Defect Investigation

The NHTSA have a continuing investigation into certain LGES high voltage batteries used in electric and hybrid vehicles. The investigation was prompted by the number of fire recalls on the electric and hybrid vehicles listed below. The purpose of this investigation is to find other companies that might have purchased the same or similar equipment from LG and to notify them if this defect has shown up in any vehicles they manufactured.


Recall No. 20V-107
Date: February 2020

Mercedes Benz USA notified NHTSA of a safety-related defect in one 2019 Smart ForTwo Electric Drive vehicle.
Note: This vehicle received an LG Chem high voltage battery that may contain a defect allowing for an electrical arc, which can ignite inside the battery cells, increasing the risk of a fire.


Recall No. 20V-630
Date: October 2020

Hyundai Motor America notified NHTSA of a safety-related defect in certain 2019-2020 Kona Electric vehicles. Note: The high-voltage battery system in the subject vehicles, supplied by LG, may have been produced with internal damage to certain cells of the lithium-ion battery increasing the risk of an electrical short circuit, which could result in a fire.


Recall No. 20V-701 & 21V-650
Date: November 2020

General Motors notified NHTSA of a safety defect in all 2017-2018 and certain 2019 Chevrolet Bolt EV vehicles.
Note: These vehicles were built with high voltage batteries, produced by LG, that may contain latent cell-level manufacturing defects posing a risk of fire when charged to full, or nearly full, capacity. In August 2021, GM expanded this recall to include certain 2020-2022 Chevrolet Bolt EV and 2022 Chevrolet Bolt EUV vehicles. GM stated, “the root cause of the failure is the simultaneous presence of two rare manufacturing defects in the same battery cell.”


Recall No. 21V-127
Date: March 2021

Hyundai notified NHTSA of a safety-related defect in certain 2019-2020 Kona Electric and 2020 Ioniq Electric vehicles .
Note: These vehicles are equipped with LG produced Lithium-ion battery cells where, if the Anode (Negative) tab is folded, the battery cell could allow the Lithium plating on the Anode tab to contact the Cathode resulting in an electrical short, thereby increasing the risk of a fire while parked, charging and/or driving.


Recall No. 22V-077
Date: February 2022

Chrysler notified NHTSA of a safety-related defect in certain 2017-2018 Pacifica Plug-In Hybrid Electric vehicles.
Note: These Pacifica vehicles contain hybrid battery packs produced by LG. FCA has not yet determined whether the battery packs were defective or the root cause of the fires.


Recall No. 22V-162
Date: March 2022

Volkswagen notified NHTSA of a safety-related defect in certain 2021 ID4 vehicles.
Note: The high voltage batteries used in the vehicles may contain insufficient soldering points and thus contain unreliable connections inside the high voltage battery. As a result of the unreliable connections, the vehicles may break down or stall while driving, leading to a crash.

Over the years, automakers have invested billions of dollars into studies and research in an attempt to build the best electric vehicle, and as a result, electric vehicles have become more attractive and affordable for the average driver. The cost of an electric vehicle (EV) or plug-in hybrid (PHEV) are usually higher than a gas powered vehicles, but there are some federal and state electric car tax credits and incentives that can bring the upfront cost down. The Plug-In Electric Motor Vehicle Tax Credit is the main federal program for electric cars in the United States. Under this program, a new electric vehicle is eligible for a tax credit as long as it meets the federal electric car tax credit criteria. The federal tax credit applies to both all-electric vehicles and plug-in hybrid vehicles. The amount you can claim varies based on the vehicle model.

California is a leader in clean vehicle adoption with more plug-in electric vehicles on its roadways than any other state. This move away from gasoline and diesel brings environmental and economic benefits, including less air pollution and reduced greenhouse gas emissions. As long as funds are available, eligible California residents can apply for a Clean Vehicle Rebate (CVR) after purchasing or leasing an eligible vehicle.

It’s been thirty years since the first lithium-ion battery cell was used in camcorders, laptops and cell phones, and in those thirty years there have been fires. In 2019, the Federal Aviation Administration and the U.S. Department of Transportation jointly banned the shipment of lithium-ion batteries as cargo on passenger airplanes, and limited how they can be shipped on cargo aircraft, after several incidents were linked to battery fires. Now that they are in much larger products, like automobiles, battery fires draw even more media attention, especially when they occurred while vehicles are parked inside a garage.

The Chevrolet Bolt EV battery recall is one of the recalls that received a large amount of publicity for risk of fires. One case documented by the National Highway Traffic Safety Administration talks about a Bolt that caught fire in a home where firefighters spent an hour trying to put out the flames. The fire restarted an hour later and reignited a third time after it was towed to a dealership. General Motors traced the problem to a manufacturing defect at the plant which supplied defective batteries that resulted in the Hyundai Kona EV recall as well. Ford recently recalled a small number of 2021-2022 Ford Escape and 2022 Lincoln Corsair hybrid power-train SUVs because the high voltage battery could experience an overheat situation, and Tesla cars have also, been investigated for fires. The most recent recall for battery problems affects certain 2017-2018 Chrysler Pacifica Hybrid vehicles that could experience a fire, even with the ignition in the “OFF” mode.

Many plug-in electric vehicle fire incidents have taken place since the production of plug-in electric vehicles. As a result of these incidents, the United States, Department of Transportation’s National Highway Traffic Safety Administration (NHTSA) conducts studies to establish whether lithium-ion batteries in plug-electric vehicles pose an exceptional fire hazard. The research looks into whether the high-voltage batteries can cause fires when they are being charged and when the vehicles are involved in an accident. The NHTSA “Battery Safety Initiative” for Electric Vehicles works to coordinate research and other activities to address safety risks relating to batteries in electric vehicles. They continue to examine data related to electric vehicle battery safety, field incidents and conduct special investigations of electric vehicle crash and non-crash events, to ensure that electric and hybrid vehicles don’t pose an unnecessary risk for drivers.