GM just issued a safety recall and stop-sale order on every Cadillac Vistiq it has manufactured since launching the electric luxury SUV in November 2024. While safety recalls are commonplace these days, the Vistiq recall is more alarming than most.
It involves a faulty power-folding third-row seatback that fails to reverse when encountering an obstacle, creating an entrapment risk. A similar seat-folding defect was responsible for the death of two-year-old Lucia Ayala, who suffocated in March 2026 after being pinned by the motorized rear seat of a Hyundai Palisade in Akron, Ohio. To Hyundai’s credit, it acknowledged the tragedy when it issued its own recall.
Not surprisingly, the Vistiq recall received little attention from the corporate media, and even the trade press largely overlooked its significance. The lone exception I’m aware of is Mircea Panait of the trade publication autoevolution, who took the time to dig into the National Highway Traffic Safety Administration’s recall filing.
Thanks to Panait’s diligence, we learn about an unsung GM engineer who potentially prevented another tragedy.
We also learn an unsettling truth about GM’s reliance on Chinese-controlled suppliers for components whose software reliability and security implications the automaker appears not to have fully appreciated before installing them. That Lockheed Martin is looking to GM for munitions manufacturing support makes the issue even more unsettling.
Moreover, the recall exposes a gap between Mary Barra’s repeated boasts about GM’s software-defined vehicles and the company’s real-world ability to fix a dangerous software-related defect.
According to the NHTSA filing, GM had been receiving field complaints about failing seats in the Vistiq as early as May 1, 2025. Yet production continued. It was only after Hyundai announced its fatal Palisade recall in March that a GM engineer took the initiative to test whether Cadillac’s rear seats possessed the same hazard.
The engineer placed a 33-to-40-pound box—roughly the weight of a toddler—on the Vistiq’s seat cushion and pressed the folding button. The seatback didn’t reverse. It compressed the box and froze in the closed position, locking it tight.
The engineer documented the findings through GM’s Speak Up for Safety program, which GM established in 2014 after its ignition-switch scandal to allow employees to report safety concerns anonymously without fear of retaliation. GM created the program to appease Congress, regulators, and the Justice Department, which were outraged by revelations that the company had concealed a deadly safety defect, misled regulators and consumers, and kept safety investigations offline to avoid recalls.
GM could reasonably argue this engineer’s initiative validates Speak Up for Safety. On the surface, that’s true. But the program serves another important purpose: it formally documents potentially life-threatening safety hazards, creating an internal record that cannot simply disappear into bureaucracy.
By documenting the defect through Speak Up for Safety, the engineer also created an internal record that would have been difficult for GM to explain away had the company failed to act and someone later been injured or killed.
GM spokesman Kevin Kelly didn’t respond to a request for comment.
The most damning aspect of the Vistiq recall lies within GM’s global supply chain. The official NHTSA recall documents identify the component supplier as Yanfeng Seating, a Mexico-based subsidiary of HASCO, the automotive components arm of China’s state-controlled SAIC Motor and GM’s joint-venture partner in China. But whether the hazardous seatback software was written in Shanghai, Mexico, or elsewhere, the ultimate responsibility for validating the technology before installing it in a Cadillac rested squarely with GM.
The Biden administration’s justification for imposing prohibitive 100% tariffs on Chinese EVs—and effectively hand-building a protective moat around GM—was national security. The administration maintained that a foreign adversary could surreptitiously embed surveillance software in connected EVs exported to the U.S., or worse, use remote access to disable fleets of vehicles during times of geopolitical conflict.
Under federal law, the U.S. government officially designates China as a “foreign adversary.” If Washington’s national security rationale is accepted, software embedded in safety-critical components supplied by Chinese state-linked companies deserves similar scrutiny. A motorized rear-seat module in a connected Cadillac may sound mundane, but it is precisely the kind of embedded vehicle technology that should make regulators, automakers, and consumers ask harder questions.
The evidence is compelling that GM lacks both the technological sophistication and the basic oversight to flag these digital risks. GM couldn’t even determine that the safety-critical seat code it was actively installing in its flagship luxury SUV—which can easily push past $90,000 with options—was fundamentally broken.
It’s rather comical that when GM announced the launch of the Vistiq, Jeff MacDonald, North American chief engineer for the Cadillac Vistiq, touted the vehicle’s “intuitive technology.” In reality, the Vistiq’s software limitations show that GM remains well behind automakers capable of correcting serious defects through over-the-air updates.
Consider the contrast with Hyundai. Following its tragic Palisade seat defect, Hyundai took less than four weeks to develop, test, and deploy a permanent over-the-air software patch that remedied the entrapment hazard.
GM cannot remedy the Vistiq’s defect through software and doesn’t yet have the part needed to repair it. Vistiq owners are instead being told to visit their Cadillac dealer to have the power-folding feature physically disabled. Their luxury third-row seats will remain fixed in place until GM develops a hardware remedy.
That is a far cry from the engineering excellence that once defined Cadillac.
It isn’t the first time third-party software has derailed GM’s ambitions. The company was forced into a months-long stop-sale of the Chevrolet Blazer EV after software supplied by a French vendor triggered widespread system failures that effectively bricked the vehicle.
GM’s reliance on Chinese-controlled suppliers operating in Mexico is also noteworthy. While Barra has repeatedly complained that China’s EV automakers are unfairly subsidized, GM appears more than willing to benefit from the same ecosystem when doing so lowers its own costs.
Beijing has encouraged state-backed policy banks to provide cheap credit to domestic parts manufacturers, helping them rapidly expand production in Mexico to avoid prohibitive U.S. tariffs. GM was remarkably quick to embrace this Mexican backdoor.
In early 2025, GM Authority reported that GM had significantly increased its share of “Mexican-sourced” parts in its Equinox EV and Blazer EV, framing the shift as a reduction in Chinese components.
GM ranks among the top brands in Mexico, but most of the vehicles the company sells there are engineered and manufactured in China. To escape Mexico’s prohibitive tariffs on Chinese vehicles, GM has begun building popular GM-SAIC joint-venture vehicles at its plant in Mexico.
It’s a wonder how a heavily U.S. taxpayer-subsidized company is allowed to further the interests of a Chinese state-sponsored enterprise while simultaneously presenting itself as a patriotic American manufacturer.
Barra likes to crow about her Silicon Valley AI and autonomy gurus. My hero is the unknown GM engineer whose common sense and diligence quite possibly prevented a tragedy.