Dreame Technology Enters the Auto Industry: A Global Tech Preview Starting with a 'Rocket Car'

On April 27, the Palace of Fine Arts in San Francisco — a century-old American landmark — played host to an ambitious tech launch event. Dreame Technology's "DREAME NEXT" global launch week kicked off here, and the two solid rocket boosters mounted on the rear of the red supercar at center stage instantly electrified the audience.

This is the Nebula NEXT 01 JET Edition, the flagship creation of Dreame's "Nebula Program," dubbed the "Rocket Car" by industry insiders. From automotive R&D executives and supply chain professionals to industry analysts, all eyes were locked on this machine.

The 'Rocket Car': A Mind-Blowing Technical Showcase

The rocket car is equipped with a custom-built dual solid rocket booster system capable of a 150-millisecond instantaneous response, delivering a maximum thrust of 100 kilonewtons — a figure comparable to the thrust of a single Boeing 737 engine. The result: a 0-100 km/h acceleration time of just 0.9 seconds, shattering conventional perceptions of land-based acceleration.

But what deserves even more attention than the specs is the "Nebula Twelve Full-Stack Technology System" unveiled alongside the rocket car: the flagship DHX1 LiDAR, the first mass-producible all-solid-state battery, a full steer-by-wire intelligent chassis, and a series of other core technologies all made their debut. This signals that Dreame is not merely building a concept car — it is demonstrating a complete technology chain spanning perception, decision-making, and execution.

A Technology Preview, Not a Product Launch

Rather than calling the rocket car Dreame's latest achievement showcase, it is more accurate to say Dreame is using it as a vehicle to stage a global technology preview.

Behind this lies Dreame's consistent philosophy: technology first, products second. Looking back at Dreame's rise in the smart cleaning sector, its core competitiveness has always been built on foundational technologies such as high-speed digital motors, AI algorithms, and intelligent perception. Transplanting this "technology-first" methodology to the automotive arena follows the same logic.

The decision to debut in San Francisco rather than on the domestic stage is equally telling. While China's new energy vehicle industry already leads the world in manufacturing capability and intelligent features, intense competition remains largely confined to the domestic market, with a firm foothold on the global premium stage yet to be established. By unveiling its hand in the heart of Silicon Valley, Dreame clearly intends to engage the world's top audiences directly with its technological prowess and seize the high ground of international recognition.

The Underlying Logic of Cross-Industry Car Manufacturing

Dreame's move into automaking has long been foreshadowed. In recent years, tech companies from Dyson to Xiaomi, from Huawei to DJI, have been crossing over into the automotive industry — a clear trend. The underlying logic is that the core competitive dimension of intelligent electric vehicles is shifting from traditional mechanical manufacturing toward a convergence of "AI + hardware + software."

Dreame's deep expertise in high-speed motors, sustained investment in AI perception and navigation algorithms, and experience in global brand operations all provide differentiated technological leverage for its automotive ambitions. In particular, its positioning in all-solid-state batteries and full steer-by-wire intelligent chassis targets the key technical bottlenecks of next-generation smart vehicles, demonstrating forward-looking technological judgment.

Outlook: From Technology Preview to Mass Production

The rocket car itself may never see mass production, but the technological signals it carries cannot be ignored. LiDAR, all-solid-state batteries, steer-by-wire chassis — each of these technologies points to the core battleground of smart vehicles over the next three to five years.

For Dreame, the real challenge lies in converting this technology preview into mass-producible, deliverable products. The supply chain complexity, safety standards, and scaling difficulties of the automotive industry far exceed those of consumer electronics. But judging by the signals released at this launch event, Dreame has clearly prepared for a long-term commitment.

A car-making journey that began with a "rocket" has officially lifted off. Whether Dreame can earn a seat at the high-stakes table of global smart vehicles — only time will tell.