Lucid Group faces its biggest safety action to date. The California-based EV maker is recalling 27,185 Air luxury sedans. An electronic fuse managed entirely by software failed to protect low-voltage circuits powering exterior lights. The result? Potential overheating. Smoke. Even fire.
Three fires tied to the issue. Four reports of smoke. Thirty-three warranty claims involving damaged wiring in the center high-mounted stop lamp harness. No injuries reported. Yet the numbers tell a story of a problem that surfaced years ago and lingered until regulators stepped in. The Next Web first highlighted how the absence of a physical fuse left protection to code that simply didn’t cut the power fast enough.
The circuits in question are straightforward. Front combination lamps. The rear-window stop lamp. Ordinary hardware. But Lucid chose software-defined eFuse logic over traditional fuses. That decision let excess current flow longer than it should. Components heated up. In the worst cases, they ignited. A company-owned 2023 Air burned at the front left corner in June 2023. A customer vehicle followed in March 2025. Car and Driver detailed those incidents alongside the full tally of complaints.
Owners received clear instructions. Park outside. Keep the car away from buildings and other vehicles. Do it until the software update lands. The remedy? Another over-the-air patch. Version 2.10.0 or newer lowers the eFuse amperage threshold. It also blocks a faulted circuit from re-energizing during the same drive cycle. Simple changes on paper. Effective enough that, by the time Lucid filed the recall with NHTSA on August 20, 2026, 20,719 vehicles had already received it. Three-quarters of the affected fleet fixed before most owners knew there was a defect.
Software as Both Problem and Patch
This recall stands apart. The defect lived in code. So did the fix. Lucid pushed the update in July. It filed the formal recall weeks later. That sequence reveals how modern vehicle architecture blurs the line between manufacturing flaw and deployable correction. Regulators in Europe have taken notice. Since July 2024, EU rules require certified software update management systems for new vehicles. Any change must be assessed against the car’s original type approval. A safety OTA that alters behavior counts as a documented event.
The The Next Web article notes that European approval authorities now scrutinize exactly this kind of software-defined protection. What once looked like elegant engineering now carries compliance weight. One faulty logic path, and the entire vehicle population becomes subject to recall. Lucid’s experience may foreshadow tighter oversight for every automaker betting heavily on OTA capabilities.
The scale hits hard. 27,185 cars recalled. Lucid delivered just 15,841 vehicles in all of 2025. Reuters put the contrast plainly: the action covers more units than the company’s best full-year sales. Reuters also listed this as the fourth Air recall in 2026 alone. Earlier actions addressed sudden loss of drive power in 2,039 rear-wheel-drive models and rearview camera failures affecting more than 10,000 vehicles.
But this one feels different. It touches nearly every Air built from 2022 through 2026 model years. Lucid estimates 100% of the listed population carries the vulnerable software. No narrow subset. No statistical sampling. The entire run.
Investors appeared unfazed at first. Shares rose in pre-market trading despite the news. Saudi Arabia’s Public Investment Fund, Lucid’s largest backer, has weathered previous stumbles. Yet repeated recalls test confidence in the company’s ability to scale without compromising fundamentals. Chief Executive Silvio Napoli told investors in late July that the firm had launched products before they were fully ready. The timing of that comment, just before the recall filing, adds weight.
Low-voltage systems rarely make headlines in the EV world. Attention usually stays on high-voltage batteries, thermal runaway, or charging infrastructure. This episode redirects focus. A mundane lighting circuit, governed by software, exposed gaps in overcurrent protection that traditional automotive fuses handled for decades. The eFuse concept promised flexibility and faster response. In practice, its initial calibration allowed dangerous persistence.
The fix arrives through the same channel that created the vulnerability. OTA updates let Lucid reach most vehicles without shop visits. They also let the company act before formal regulatory pressure mounted. By the time NHTSA published details, the majority of the fleet was already protected. That speed demonstrates real strength in connected vehicle architecture. It also raises questions about how many other latent software behaviors sit undetected across the industry.
Lucid continues to expand production. New models sit on the horizon. Each carries more lines of code, more electronic controls, fewer mechanical safeguards. This recall serves as a reminder. When software defines safety boundaries, the testing, validation, and update processes must match the ambition. A lower amperage limit and a disabled retry function solve the immediate problem. They don’t erase the pattern of successive recalls that now span power delivery, cameras, heaters, and lighting.
Owners of unaffected vehicles can breathe easier. Those still waiting on the update have explicit guidance: keep the car outdoors. The inconvenience is temporary. The broader signal to the industry is not. Software that replaces hardware must perform at least as reliably. When it doesn’t, the consequences scale with fleet size. Lucid just learned that lesson in public view. Others will watch closely.
Lucid’s Largest Recall Yet Exposes Software’s Fragile Grip on EV Safety first appeared on Web and IT News.