Cars

Urgent Alert: Nissan Leaf Owners Must Verify Recall Status Prior to Fast Charging

Nissan has announced a significant recall affecting nearly 19,000 Leaf electric vehicles from the 2021 and 2022 model years. This action addresses a potential fire hazard linked to the vehicle's battery during rapid charging sessions. The core of the problem lies in the battery's internal chemistry, where a buildup of lithium can cause overheating, elevating the risk of a thermal event. While the company estimates only a small percentage of the recalled units may experience this issue, the safety implications necessitate immediate attention from owners. A software update is being developed to mitigate this risk, and affected owners will be notified with instructions to temporarily cease using fast-charging capabilities until the remedy is available. This proactive measure aims to safeguard vehicle occupants and prevent potential incidents stemming from the battery's performance under high-power charging conditions.

The recall highlights a critical safety concern for owners of specific Nissan Leaf models, urging them to exercise caution, particularly when utilizing Level 3 fast charging. The identified defect involves the possibility of excessive lithium deposits forming within the battery cells, leading to increased electrical resistance and fluctuations in the state of charge. This internal instability can result in a rapid temperature increase within the battery, posing a serious risk of fire. Nissan's communication with the National Highway Traffic and Safety Administration (NHTSA) confirms this potential danger, emphasizing the importance of vehicle owners checking their car's recall status. The manufacturer is actively working on a software solution designed to prevent these thermal incidents, underscoring their commitment to resolving the issue and ensuring the safety of their electric vehicle fleet.

Understanding the Fast-Charging Fire Risk

Nissan has issued a recall for specific 2021 and 2022 Leaf models due to a fire risk associated with Level 3 fast charging. The problem arises from an accumulation of lithium within the battery cells, which can cause increased electrical resistance and inconsistent charge readings. This internal issue leads to rapid heating of the battery, potentially resulting in a fire. Nissan estimates that approximately one percent of the nearly 19,000 recalled vehicles could experience this thermal event. Owners are strongly advised to verify if their vehicle is affected and to refrain from using fast charging until a software patch is applied to prevent the identified risk.

The underlying cause of the fast-charging fire risk in the affected Nissan Leaf EVs is attributed to the battery's response to high-power charging. The previous-generation Leaf utilizes the CHAdeMO connector for Level 3 50-kilowatt fast charging. During this process, excessive lithium deposits can form inside the battery cells. This buildup increases the battery's electrical resistance and can lead to fluctuations in its state of charge. Consequently, this can cause the battery to heat up rapidly, posing a fire hazard. Nissan's recall covers both 40 kWh and 62 kWh battery packs, with 2022 models being more susceptible to the issue. The company is developing a software update to address this vulnerability, which is expected to prevent further thermal incidents by managing the battery's behavior during fast charging.

Actions for Affected Nissan Leaf Owners

Owners of 2021 and 2022 Nissan Leaf vehicles should check the NHTSA database to determine if their car is part of the recall. If affected, it is critical to avoid using Level 3 fast charging until a forthcoming software update is installed. Nissan will notify both dealerships and owners regarding the availability of this fix, which aims to prevent potential thermal incidents. The temporary suspension of fast charging is a precautionary measure to ensure safety while the permanent software solution is being finalized and distributed to all eligible vehicles.

For those owning a 2021 or 2022 Nissan Leaf, the immediate next step is to ascertain if your specific vehicle falls under the recall. This can be done by consulting the National Highway Traffic and Safety Administration (NHTSA) website. Nissan has confirmed that a software patch is being developed to correct the issue, which is designed to prevent the progression towards a thermal incident, effectively mitigating the fire risk. While the software update is not yet available, Nissan will begin notifying dealers on October 3, 2025, followed by an Interim Owner Letter to customers on October 24, 2025. This letter will specifically instruct owners to temporarily discontinue the use of Level 3 quick charging until the necessary software fix has been applied. Adhering to this guidance is crucial for the safety of both the vehicle and its occupants until the remedial action is fully implemented.

The Enduring Appeal of the 1981 Toyota Pickup 4x4: A Classic Reborn

This article celebrates the revival of a classic 1981 Toyota Pickup 4x4, highlighting its straightforward design and mechanical purity in stark contrast to contemporary, technology-rich vehicles. Recently undergoing a comprehensive restoration, this vintage truck is presented as a testament to durability and a nostalgic escape from modern automotive complexity. It features a distinctive retro exterior, a meticulously renewed interior, and a legendary engine, all of which contribute to its unique appeal and 'old-school cool' persona.

The meticulous restoration of this vehicle emphasizes its traditional characteristics, from its manually operated components to its robust engine. The auction of this classic pickup offers enthusiasts a rare opportunity to acquire a piece of automotive history that prioritizes raw functionality and rugged charm over advanced electronics and luxurious comforts. Its enduring design and reliable performance continue to captivate those who appreciate the simplicity and character of trucks from an earlier era.

The Simplicity and Charm of a Restored Classic

This article details the restoration of a 1981 Toyota Pickup 4x4, contrasting its straightforward design with the technological advancements found in modern vehicles. The truck, currently being auctioned, represents a purist's dream, featuring a manual transmission, manual windows, and manual front locking hubs. Its classic appeal lies in its unembellished nature, free from turbocharged engines, large touchscreens, and advanced suspension systems that characterize newer models like the Toyota Tacoma. The restoration has meticulously preserved its original character while updating its aesthetics with a retro paint scheme and a revamped interior, including brown houndstooth cloth seats, which beautifully complement its vintage exterior.

The comprehensive frame-off restoration effectively turned back time for this 1981 Toyota Pickup, making it essentially a brand-new vehicle from that era. Every detail, from the fresh paint and newly powder-coated front bumper to replacement lenses and a new rollbar adorned with classic smiley-face KC HiLiTES Daylighter auxiliary lights, has been carefully addressed. The truck stands on 15-inch chrome six-spoke wheels fitted with aggressive 30-inch BFGoodrich All-Terrain T/A tires, and its suspension has been thoroughly overhauled with Rancho dampers and numerous new components. This meticulous work ensures that the truck not only looks period-correct but also performs with renewed vigor, embodying a blend of nostalgia and reliability.

Unmatched Durability and Timeless Design

The heart of this 1981 Toyota Pickup 4x4 is its renowned 2.4-liter 22R four-cylinder engine. Celebrated for its legendary reliability and longevity, this engine, despite its modest output of around 90 horsepower and single carburetor, is often likened to granite for its enduring performance. Although the engine was rebuilt at an undisclosed mileage, its reputation precedes it, assuring prospective buyers of its robust nature. This truck is not about speed or high-tech features; it's about a driving experience that connects the operator directly with the machine, offering a glimpse into a time when vehicles were built to be rugged and dependable workhorses. The inclusion of air conditioning, a nod to practical comfort, is one of the few modern amenities.

Beyond its mechanical fortitude, the aesthetic of this vintage Toyota Pickup is a major draw. Its retro-graphics package and two-tone paint, combined with the newly upholstered interior, create a cohesive and charming look that evokes the early 1980s. While it lacks the ability to connect to modern infotainment systems or comfortably seat four adults, its unique charisma and toughness are expected to garner significant attention, especially on social media platforms. This vehicle stands as a powerful counter-narrative to the ever-increasing complexity of contemporary trucks, proving that simplicity, durability, and a strong sense of style can create an equally compelling, if not more authentic, automotive experience. Its auction concluding on October 8th marks an opportunity for enthusiasts to own a piece of this timeless automotive spirit.

See More

Faraday Future FF 91 Prototype Catches Fire at LA Headquarters

A Faraday Future FF 91 prototype recently experienced a fire incident at the company's Los Angeles satellite office. The early-stage vehicle, identified as B40, ignited within the facility, leading to an emergency response from the Los Angeles Fire Department. While the fire was contained and no injuries were reported, the event underscores the ongoing challenges faced by the EV startup, which has struggled with limited production and market penetration for its flagship model. The company quickly moved to reassure stakeholders that the incident was isolated to a beta unit and would not impact current production vehicles, reiterating its focus on safety protocols and thorough investigations.

Faraday Future FF 91 Prototype Engulfed in Flames at Los Angeles Facility

On September 28, 2025, an early prototype of the Faraday Future FF 91, identified as unit B40, dramatically caught fire within the company's satellite office in Los Angeles, which serves as a key part of its U.S. headquarters. The Los Angeles Fire Department swiftly responded to the emergency at 4:37 a.m. and successfully brought the blaze under control within 40 minutes, preventing any reported injuries. Despite the rapid containment, a minor explosion was noted during the incident, prompting concerns for potential structural damage to the building's walls, although all windows remained intact. The fire's origin is preliminarily attributed to an electrical short, either within the vehicle's 12-volt system or the external power wiring in the showroom. Faraday Future has clarified that the affected prototype was an engineering and display unit, distinct from its production models. The company emphasized that the vehicle's main battery pack, composed of 18650-type cylindrical cells and in service for nearly a decade, was not the source of the fire. The majority of the vehicle's lower structure, including its subframe, wheels, and cabin floor, remained largely undamaged. Despite the setback, the company stated that most headquarters operations continued without disruption and affirmed that no recall of production FF 91 models is anticipated. Faraday Future has committed to a comprehensive investigation in collaboration with authorities and plans to enhance its safety systems and fire prevention measures across all its facilities.

This incident serves as a potent reminder of the rigorous testing and safety measures imperative in the development of cutting-edge automotive technology, particularly in the electric vehicle sector. For a company like Faraday Future, which has faced an uphill battle in establishing its market presence, transparency and swift action in addressing such events are crucial. While the fire was contained to a prototype, it highlights the importance of robust electrical system design and vigilant safety protocols throughout the development and manufacturing processes. This event could also provide valuable insights for the broader EV industry, reinforcing the need for continuous innovation in battery safety and vehicle infrastructure. Ultimately, consumer confidence in electric vehicles relies not only on performance and luxury but also on an unwavering commitment to safety and reliability, especially as these technologies become more prevalent.

See More