Dreame’s Nebula Next 01 Wants to Reinvent the Car—With AI, Rockets, and a Lot of Questions

All the headlines suggest China’s hundred-ish car brands are due for a major contraction, and yet another company is planning to launch an upscale car brand: Meet Dreame, which is pronounced like “dreamy.” You may know Dreame for its high-end vacuums and personal care gadgets, but the Chinese company positions itself as a broader AI-driven tech firm—one that’s now setting its sights on mobility. And as is almost always the case with automotive startups, it plans to enter the market with an upscale, high performance (higher profit), electric five-seat fastback sedan. Meet the Dreame Nebula Next 01.

This 01 model first broke cover in Las Vegas in January at CES 2026. Shortly thereafter the company showed off the Nebula Next 01X, an SUV variant, at a company event in Shanghai. And just now, at an event in San Francisco, Dreame pulled the sheet on a headline-grabbing ultra-high-performance variant called the Nebula Next 01 Concept Jet Edition, with performance augmented by—you guessed it—a pair of solid rocket boosters. We’ll unpack that in a bit.

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Dimensionally, its overall length and wheelbase are roughly that of a BMW i7, but it’s about 6.5 inches shorter and 3.5 inches wider.

Living The Dreame

Dreame Next 2026 was a four-day exposition showcasing the company’s full range of consumer tech products, and the event provided an opportunity to lay out Dreame’s ambitions to create a fully connected ecosystem in which every device that helps make your daily life easier or more convenient is interconnected, developed using artificial intelligence, and designed for lifelong learning and continuous improvement. Think of it as a step beyond over-the-air updating to onboard self-improvement. Sounds mildly terrifying.

Imagine Ceiling, Build Staircase

That was the design brief for the Nebula Next 01. Imagine the broadest possible performance envelope, the absolute apex of automobiledom, the outer limits of what a four-wheeled transportation pod can do—then leverage AI to develop the detailed technology required to get there. Along the way, Dreame filed more than 10,000 patent applications. Not all of them were automotive and some may have yet to be granted because the company was a bit light on specifics for some of the coolest, most eyebrow-raising tech features—such as …

EMAD—Electromagnetic Fully Active Suspension

The EMAD electromagnetic active suspension system is reportedly capable of managing 14 degrees of freedom. That’s 8 beyond pitch, roll, and heave, plus lateral, longitudinal, and vertical motion, with the extras likely including steering, wheel, and tire motions. Most if not all of these experience nonlinear behavior, which requires more complicated math. AI intelligence manages this with sub-millisecond timing. The result: limit cornering stability improves by 25 percent and unwanted body motions are reduced by 30 percent. What we don’t know: Is it like the steeplechase-tastic jumping Bose electromagnetic suspension? Like the Domin suspension? Don’t know.

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Dry Corner Electric Brake By Wire

This great idea reduces assembly complexity, maintenance costs, and ensures zero drag for improved efficiency. It will eventually spread to all cars and we’ve covered similar technology from Brembo called Sensify that typically uses electric motors driving screw jacks to apply brake pads. But Brembo reckoned it couldn’t package enough motors inside a wheel to replicate performance of calipers with six or more pistons, as would be required for any multi-motor EV. How is Dreame doing it? Don’t know. (The physical concept’s 10-piston calipers are placeholders.)

Tank Turn and Lateral Parking

A video showed an SUV prototype with its wheels all sort of pigeon-toed, moving laterally into a parallel parking space on a white tile surface (and performing tank turns on the same tile). This is doable with a four-motor system and very tight torque-vectoring control. Toeing tires in and rotating them in opposite directions means their longitudinal traction forces cancel, leaving a slight lateral force to move the car. How this would ever work on dry pavement without huge skidding noise, vibration, tire smoke, etc. is one big question. How to toe the wheels in on demand is another. No answers.

Solid-State Lithium-Sulfide Battery

Perhaps the biggest unknown is the battery credited with the Nebula Next 01’s 342-mile range per the Chinese test cycle. We’re told it employs a first-ever sulfur cathode interface layer formed during production to help manage the contact surface between the cathode and electrolyte. Then there’s an “intelligent protective coating” on the sulfide electrolyte to prevent it coming in contact with any air or moisture, which can produce hydrogen sulfide gas. Dreame also claims to have developed a low-cost production process and to have reached 450 Wh/kg energy density today with a pathway to 800 (today’s lithium-ion state of the art is 240–300 Wh/kg at the cell level). How does Dreame plan to manage the significant expansion/contraction that occurs when Li-S solid-state batteries charge and discharge? And how big a battery is it that goes 342 miles? Don’t know.

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DHX1 image on the left, standard Lidar cloud on the right.

DHX1 6D Full-Color Lidar

The three bonus “dimensions” in the “6D” lidar are Red, Green, and Blue—the primary additive hues used to create all colors on electronic screens. Dreame has devised a 4,320-channel full-color 4K ultra-high-resolution perception device that can see almost 2,000 feet out and recognize small animals as far out as 900 feet. How does it work? Time-of-flight or frequency-modulated continuous-wave? Don’t know, but best guess is it’s a fused sensor including ToF lidar and a high-resolution camera.

Note that agentic AI will run deep in this and all other Dreame products, powered by ultra-high-performance chips of Dreame’s design, manufactured by established chipmakers.

Power and Torque?

Two more burning questions. We do know that all models will be all-wheel drive, and the range will include two-, three-, and four-motor variants, all mounted inboard and driving through a single-speed direct drive (we think). The top performance model will strive to outdo all competition with perhaps 2,000 hp.

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No room for license plate? No problem...

ROCKETS!

Let’s face it: Until tire traction technology advances, sending power through the wheels won’t get you to 60 mph much faster than 1.5 seconds. Getting below that number requires thrust. So the Nebula Next 01 Jet Edition packages two solid-rocket boosters in the back capable of applying 100kN (22,480 pounds of force, or a claimed 3.1g) for between 1 and 2 seconds. We’re told that the rockets ignite in just 150 milliseconds, they fire within 50 ms of each other and that once fired their thrust deviates no more than 5 percent so they don’t induce yaw.

It’s possible to fire the rockets at any speed, just beware of overspeeding your motors if firing from electric V-max on the salt flats. (We’re told the solid rocket fuel cylinders should be swappable in plenty of time to make the mandatory return run for an official speed record.)

Numerous aerodynamic and safety measures were described, but we sort of stopped listening. If you’re fretting about where a license plate would fit on the back of the 01 Jet Edition, don’t. Rocket power will likely never be road legal in any jurisdiction on earth for reasons Wile E. Coyote could explain to you. Dreame as much as admitted this is envisioned as the ultimate collectible garage queen, and Sebastian Thrun—the father of the modern autonomous vehicle, and MotorTrend SDV Pioneer award winner—spoke at the event and while backstage he reportedly offered $5M for one.

When and How Much?

In America, never. Canada? Maybe sometime. China? We’re told that by leveraging AI and other smart design techniques, limited production of the Nebula Next 01 will start in 2027—just eight years after Dreame launched its automotive project. Pricing for the four-motor car will be high, while the two-motor one might compare with the similarly swoopy four-door HiPhi Z, which is priced at the equivalent of $114,000 in Germany. Don’t hold your breath for sideways parking, and don’t expect to see that rocket-powered one anywhere but maybe the Bonneville Salt Flats.