Cars

Ford Recalls Explorer SUVs Over Persistent Suspension Issues

Ford has announced a significant recall affecting more than 400,000 Explorer SUVs manufactured between 2017 and 2019. The reason for this action is a persistent problem with the rear suspension toe links, which are prone to fracturing. This defect, which has been identified in previous Explorer generations, poses a safety risk due to the potential for sudden loss of vehicle control. While two accidents have been reported globally in connection with this fault, thankfully, no injuries have been confirmed.

The current recall targets 412,774 vehicles from the 2017-2019 model years. What is particularly frustrating for owners is that this is not a new issue for the Ford Explorer. It is an expansion of an earlier recall (NHTSA recall 21V537) that covered 644,055 units of the 2013-2017 Explorer. This indicates that even with newer models, the fundamental design flaw or manufacturing inconsistency persists, leading to repeated safety concerns for consumers. The National Highway Traffic Safety Administration (NHTSA) is closely involved in overseeing this recall.

Detailed reports from the NHTSA confirm that the cross-axis ball joint components and the rear suspension toe links can fracture under specific stress conditions. These particular parts were integrated into production from May 2017 until March 2019. Interestingly, different manufacturers have supplied these components across the affected model years, with SAF being named in the current recall and ZF Friedrichshafen in the earlier one. The fact that the same problem recurs despite different suppliers suggests that the underlying design of these suspension elements might be inadequate for the loads exerted on a fully laden SUV, rather than solely a manufacturing defect.

Previous investigations in 2021 revealed instances where seized cross-axis ball joints led to bent toe links, eventually causing fractures. These occurrences were often linked to vehicles operating in regions where road salt is commonly used, suggesting corrosion as a contributing factor. Some cases also pointed to sealing failures in the components. New parts from SAF were introduced to mitigate these problems. However, in early 2026, the NHTSA alerted Ford that even vehicles equipped with these supposedly improved parts were still experiencing fractured rear toe links, prompting the latest recall.

The potential consequences of this suspension defect are severe. A fractured toe link can result in unsettling noises, abnormal handling characteristics, and even a misaligned rear wheel, significantly compromising the vehicle's stability and control. In the reported accidents, vehicles collided with road barriers or guardrails after experiencing a toe link fracture. Fortunately, Ford has stated that they are unaware of any related injuries, suggesting these incidents may have occurred at lower speeds, preventing more serious outcomes.

Ford is scheduled to inform its dealerships about the recall program, including searchable Vehicle Identification Numbers (VINs), by February 25th. However, owners of the affected Explorer SUVs will have to wait longer, with official notifications sent via mail between March 9th and March 13th. This timeline means a considerable delay before vehicle owners can have the necessary repairs completed, underscoring the ongoing challenges in addressing this recurring safety issue.

Chery Unveils Diesel Plug-in Hybrid Pickup Truck for Australian Market

Chery Automotive is set to make a significant entry into the Australian market with its latest innovation, the KP31 truck concept. This vehicle distinguishes itself with a unique plug-in hybrid diesel powertrain, a first in the dual-cab ute segment, and is anticipated to go on sale in Australia later this year. The KP31's introduction marks a notable advancement in hybrid technology for robust utility vehicles, emphasizing both power and efficiency.

While many technical specifications remain undisclosed, it is confirmed that the KP31 will feature a turbocharged 2.5-liter four-cylinder engine integrated with a plug-in hybrid system. Visually, the concept is closely related to the Rely P3X, which debuted in China last year, sporting a rugged design with a flat front, circular headlights, protective plastic fender cladding, and an upright cabin. Its off-road readiness is highlighted by a snorkel, 285/70 R17 all-terrain tires, and a bed rack equipped with recovery tracks, signaling its capability for challenging terrains.

Chery asserts that this diesel plug-in hybrid system offers a 10 percent improvement in fuel efficiency compared to conventional diesel powertrains, alongside an impressive 47 percent thermal efficiency and a 30 percent reduction in vibrations. The concept model measures 220.9 inches in length, 75.6 inches in width, and 75.8 inches in height, though the production version is expected to be slightly shorter at 214.6 inches. With a substantial towing capacity of 7,700 pounds and a payload limit of 2,205 pounds, the KP31 is engineered for demanding tasks. Additionally, Chery plans to release a plug-in gasoline hybrid version of the truck in 2027, further expanding its eco-friendly lineup.

The automotive industry is continuously evolving, embracing innovative solutions like plug-in hybrid diesel powertrains to address environmental concerns while meeting the performance demands of diverse vehicle segments. Chery's KP31 embodies this progressive spirit, demonstrating how sustainability and utility can coalesce. This forward-thinking approach not only contributes to a greener future but also pushes the boundaries of vehicle design and engineering, inspiring other manufacturers to explore similar paths toward efficiency and capability.

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2025 Tesla Model 3 Performance: Unrivaled EV Track Prowess Under $100K

The 2025 Tesla Model 3 Performance, despite a brief optimal performance window, distinguished itself with a remarkable 2:58.4 lap time on Virginia International Raceway's Grand Course. This achievement places it ahead of its peer, the Hyundai Ioniq 5 N, in track capability for vehicles under $100,000. While its battery necessitates strategic single-lap bursts for maximum output, the Model 3 Performance demonstrates exceptional speed, responsive handling, and effective regenerative braking, making it a formidable contender in the high-performance EV market. Its thermal management, though critical, didn't hinder its ability to set a leading time among electric vehicles in its price range, showcasing its potent combination of power and agility.

2025 Tesla Model 3 Performance Sets New Benchmark at VIR's Grand Course

In a compelling display of electric vehicle prowess, the 2025 Tesla Model 3 Performance recently completed a blistering lap on the challenging Grand Course at Virginia International Raceway (VIR), clocking in at an impressive 2:58.4. This feat was accomplished during Car and Driver's annual Lightning Lap event, highlighting the vehicle's extreme capabilities. The Model 3 Performance, with a base price of $56,630 and an as-tested price of $64,630, is equipped with 510 horsepower, a weight of 4035 pounds, and a power-to-weight ratio of 7.9 lbs/hp, riding on Pirelli P Zero PZ4 Elect tires (front: 235/35R-20 92Y T1, rear: 275/30R-20 97Y T1).

During the rigorous testing, the Tesla Model 3 Performance demonstrated its ability to deliver nearly a full lap of peak performance before its 80-kWh battery system initiated a power reduction protocol for self-preservation. Observers noted the car's nuanced handling characteristics; while steering feedback was minimal, its responsiveness to subtle inputs was highly effective. The adjustable regenerative braking system, when set to Tesla's recommended 100 percent, provided significant deceleration, crucial for navigating high-speed sections like the Climbing Esses, where the vehicle maintained 130.0 mph. Compared to the Hyundai Ioniq 5 N, the Model 3 Performance exhibited comparable speed in mid-pace corners, such as the ascent towards Roller Coaster in Sector 4, although the Ioniq showed superior high-speed stability. Despite thermal warnings triggering a slight power reduction near the finish line of its fastest lap, the Model 3 Performance maintained its lead, securing its position as the quickest EV under $100,000 at VIR.

The exceptional performance of the Tesla Model 3 Performance on the track underscores the rapid advancements in electric vehicle technology. This result challenges conventional perceptions about EVs and their sustained high-performance capabilities. It's a testament to how innovative engineering can push boundaries, even with the inherent limitations of battery thermal management. For enthusiasts and the automotive industry alike, this signals a future where electric vehicles are not just efficient and eco-friendly, but also thrilling and competitive on the race track.

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