Category Archives: News

LEGO’s Life-Size Koenigsegg Sadair’s Spear Just Set a Speed Record at Goodwood

If you’ve ever stepped on a Lego brick and wondered whether revenge was possible, the answer has arrived from Goodwood. To celebrate the launch of its newest Ultimate Car Concept Series model, Lego teamed up with Swedish hypercar maker Koenigsegg to build a full-size, drivable version of the Sadair’s Spear—and then promptly sent it charging up the famous Goodwood Hillclimb.

The result? A new speed record for a drivable Lego creation.

Driven by Koenigsegg test driver Markus Lundh, the life-size Technic replica reached 111 km/h (69 mph), more than doubling the previous Lego Technic vehicle speed record of 50 km/h. It wasn’t quite hypercar territory, but for something assembled from hundreds of thousands of plastic elements, it’s an astonishing achievement.

Lego’s latest publicity stunt coincides with the launch of the Technic Koenigsegg Sadair’s Spear Megacar, a detailed 1:8-scale kit that becomes the sixth member of the company’s Ultimate Car Concept Series. Instead of simply unveiling the model on a display stand, Lego and Koenigsegg decided to think much bigger—roughly 1:1 scale, in fact.

And they didn’t just build a static showpiece.

The full-size replica consists of an eye-watering 327,906 individual Lego elements and tips the scales at 1,800 kilograms (3,968 pounds). Surprisingly, only 400 kilograms (882 pounds) of that weight comes from the Lego pieces themselves, with the remainder attributed to the supporting structure and mechanical components required to make the car functional.

The project consumed more than 9,400 development and construction hours, and the engineers clearly weren’t interested in cutting corners. The giant model features working doors, an operational Ghost Mode, a sliding rear section, and even a Koenigsegg-style key fob. In other words, it’s every bit as over-engineered as you’d hope a life-size Lego hypercar would be.

“Innovation and extreme performance are at the heart of everything we do,” said Koenigsegg founder and CEO Christian von Koenigsegg. “To see Sadair’s Spear recreated not only as a highly detailed 1:8 LEGO Technic model, but also as a full-size, drivable vehicle is truly remarkable.”

Of course, the production Lego set is considerably less ambitious than the rolling Goodwood spectacle—but only by a little. The 4,104-piece Technic kit packs in a detailed V-8 engine, a functioning nine-speed transmission, steering, Koenigsegg’s signature Triplex suspension system, a removable roof, and a working gear indicator.

The standout feature is Ghost Mode, which replicates one of Koenigsegg’s signature party tricks. Activate it, and the body panels open, the dihedral synchro-helix doors swing outward, and the mirrors fold simultaneously in a choreographed mechanical display that would make most modern supercars jealous.

As for pricing, the Technic Koenigsegg Sadair’s Spear Megacar (42232) arrives for Lego Insiders on July 1 before going on general sale July 4. At $449.99, it isn’t exactly a toy-store impulse purchase. Then again, neither is a Koenigsegg.

The difference is that this one can sit on your shelf—and unlike the full-size version, it probably won’t need 9,400 hours of engineering support before you take it for a spin.

Source: Koenigsegg

The Trabant NT Concept Rewrites a Cold War Icon

There was a time when the Trabant occupied a very specific place in automotive history: not at the intersection of luxury and performance, but at the crossroads of necessity and constraint. Born in East Germany and produced from 1957 to 1991, it was never intended to turn heads. It was intended to move people. Simply. Efficiently. Without excess.

And yet, like so many machines engineered under limitation, the Trabant outgrew its original brief in the cultural imagination. What began as a modest two-stroke symbol of utilitarian mobility has, over the decades, become something else entirely: a rolling artifact of a vanished world, equal parts nostalgia and engineering time capsule.

Now, that legacy is being reinterpreted—not as a museum piece, but as a concept for a very different automotive era.

The Trabant NT Concept, designed by Serbian designer Nagy Perge László, asks a deceptively simple question: what if the most famous “people’s car” of the Eastern Bloc had survived long enough to go electric?

The answer is not a faithful reproduction, nor does it try to be. Instead, it takes the Trabant’s most recognizable design DNA and filters it through the language of modern EV design. The result is a form that feels familiar at a glance, but undeniably contemporary in execution.

The boxy silhouette remains, and that alone is enough to trigger recognition among enthusiasts. The upright stance, the simple geometric surfacing, and especially the vertical rear lighting elements all nod toward the original car’s unmistakable identity. But where the original was defined by austerity, the NT Concept introduces clarity and refinement. Surfaces are cleaner, proportions are more deliberate, and the overall stance is more confident—less appliance, more object.

At the front, the transformation is even more pronounced. The familiar mechanical necessity of a grille is gone, replaced by a sealed, aerodynamic fascia typical of electric architecture. Thin LED light signatures stretch across the front end, giving the car a visual identity that is both futuristic and consistent with today’s EV design language. It’s a face designed less to breathe and more to communicate.

This tension between past and future is the concept’s central idea. It does not attempt to erase the Trabant’s history—it reframes it. The original car was defined by simplicity born of restriction; the NT Concept suggests simplicity born of intention. In that sense, it aligns itself with a broader trend in the industry, where heritage nameplates are being revived not as retro replicas, but as reinterpretations for a new technological era.

We’ve already seen this play out with varying degrees of success. The Renault 5 E-Tech channels its predecessor’s charm through compact electric packaging. The modern Mini continues to evolve its iconography without losing its personality. And the Volkswagen ID. Buzz reimagines the Microbus as a clean, digital-era utility vehicle with emotional appeal baked in. Against that backdrop, a reimagined Trabant doesn’t feel like a nostalgic stretch—it feels almost inevitable.

Of course, concept sketches and digital renderings live in a world free of supply chains, regulatory constraints, and cost engineering. The more intriguing question is what happens if this idea moves beyond design study and into production reality.

The proposal, at least in theory, positions an electric Trabant as an affordable entry point into EV ownership, with a targeted price point around €20,000. That figure is critical. Without it, the concept risks becoming just another retro-flavored design exercise. With it, the car becomes something far more interesting: a culturally loaded, mass-market electric city car.

And that is where the Trabant name still carries weight. Not in performance credentials or technological innovation, but in emotional recognition. It is one of the few automotive nameplates that transcends its original product category. Even those who have never driven one understand what it represents—an era, a system, a shared memory of mobility under constraint.

If investors and manufacturers were ever to seriously entertain a production revival, that emotional layer might be the strongest argument in its favor. In a market increasingly crowded with competent but characterless electric crossovers, the idea of a small, affordable EV with genuine cultural identity is not just appealing—it is strategically useful.

The Trabant NT Concept does not pretend to solve the automotive industry’s biggest challenges. It does something more subtle. It reframes a historical icon in a way that feels compatible with the present, and potentially relevant to the future. Whether it ever reaches production is almost secondary. The real achievement is that it makes the idea feel plausible.

And in today’s automotive landscape, plausibility is often the first step toward reality.

Source: ; Photo: Nagy Perge László

Waymo Recalls 3,800 Robotaxis After Software Glitch Raises Highway Safety Concerns

Autonomous driving’s most visible success story hits another speed bump.

Waymo, the autonomous ride-hailing company owned by Alphabet, has issued a voluntary recall affecting approximately 3,800 robotaxis after identifying a software issue that could allow its vehicles to enter closed highway work zones at normal driving speeds. The recall, announced through a bulletin from the National Highway Traffic Safety Administration (NHTSA), adds to a growing list of challenges facing the industry’s most advanced self-driving operation.

According to federal regulators, the software defect could cause Waymo vehicles to incorrectly navigate through highway construction areas that have been closed to traffic. While there have been no reports of injuries or confirmed crashes linked to the issue, the potential consequences were serious enough for the company to proactively limit highway operations while engineers develop a fix.

“We identified an area where we can improve vehicle performance near highway work zones,” Waymo said in a statement. The company noted that it voluntarily restricted highway driving, informed regulators, and initiated a software recall while working on corrective updates.

Unlike traditional recalls that often require vehicles to visit service centers, Waymo’s latest action highlights the unique reality of software-defined transportation. The affected Jaguar I-Pace-based robotaxis aren’t being pulled from service. Instead, the recall serves primarily as a formal notification that the company intends to deploy updated software across its fleet.

The issue arrives at an awkward time for Waymo, which has spent years positioning itself as the autonomous driving industry’s benchmark for safety and reliability. Highway operation represents one of the most technically demanding environments for self-driving systems, requiring vehicles to process rapidly changing traffic conditions, construction zones, lane closures, and high-speed decision-making.

Waymo only recently expanded its highway operations. In Phoenix, the company’s robotaxis first gained approval to operate on freeways in 2024, initially carrying employees before eventually transporting paying passengers. Prior to that milestone, highway driving required the presence of a human safety driver behind the wheel.

The recall also marks the company’s second major software-related action in just over a month.

In May, Waymo recalled 3,791 vehicles after one of its autonomous Jaguars entered a flooded roadway in San Antonio. The unoccupied vehicle was swept away by flash-flood waters, though fortunately no injuries were reported. Earlier recalls have addressed even more concerning scenarios, including instances in which some Waymo vehicles failed to properly stop behind school buses displaying active stop signs and flashing warning lights.

Taken together, the incidents illustrate the difficult reality of autonomous vehicle development: even systems capable of handling millions of miles of routine driving can struggle with edge cases that human drivers encounter only occasionally.

Yet despite the recent recalls, Waymo’s broader safety record remains impressive. The company says its autonomous fleet has been involved in 92 percent fewer crashes resulting in serious injuries or worse compared with human drivers operating over similar distances. Waymo also reports a 92 percent reduction in crashes involving pedestrians.

Those figures help explain why regulators have generally allowed the company to continue expanding service despite periodic software corrections. In the world of autonomous driving, recalls increasingly resemble smartphone updates rather than traditional automotive defects—a reminder that the cars of the future may spend as much time receiving code revisions as they do getting mechanical maintenance.

For Waymo, the latest recall is unlikely to derail its expansion plans. But it does reinforce a reality that has followed autonomous vehicles since their inception: even the most sophisticated artificial intelligence still has lessons to learn when the road ahead suddenly changes.

Source: Waymo