Dreame Technology Enters EV Market with Nebula NEXT 01: 0.9s Acceleration and Solid-State Battery

n a stunning Silicon Valley debut at the “DREAME NEXT“ Global Launch, Dreame Technology—known for its high-end robotic vacuums and digital motors—officially declared its entry into the smart vehicle industry. The centerpiece of the event was the Nebula NEXT 01 JET Edition, a hyper-performance EV that challenges the boundaries of physics and automotive engineering.

1. 0-100 km/h in 0.9 Seconds: Aerospace Tech for the Road

The most shocking headline of the Nebula NEXT 01 JET Edition is its powertrain. While high-end EVs fight for the 2-second mark, Dreame has shattered the ceiling using aerospace technology.

Dual Solid Rocket Boosters: The JET Edition features a custom-built rocket propulsion system with a 150ms response time.
Unprecedented Thrust: Delivering a maximum thrust of 100 kilonewtons, the vehicle launches from 0 to 100 km/h in a staggering 0.9 seconds.
Safety First: Dreame’s technical leads emphasize that while the performance is aerospace-grade, a precision electronic control system ensures the boost is managed safely for civilian road use.

2. Mass-Produced All-Solid-State Battery

Dreame isn’t just about speed; it’s about the future of energy. The Nebula NEXT 01 is equipped with a sulfide-based all-solid-state battery.

Energy Density: Exceeds 450 Wh/kg, nearly double that of current mainstream lithium batteries.
Range & Safety: Offers a CLTC range of over 550 km (optimized for the high-performance JET edition).
Production Status: Dreame confirmed the battery has entered the mass-production preparation stage, signaling a major leap in solving EV fire risks and cold-weather degradation.

3. The “Central Brain” of a Smart Life

Dreame positions the Nebula NEXT 01 not just as a car, but as the “Smart Life Central Brain.”

Ecosystem Integration: Utilizing an on-board large model, the car seamlessly connects to your home. It can schedule your home robots, manage smart appliances, and sync personal devices while you are in transit.
Next-Gen Sensing: The car features the DHX1 Flagship LiDAR, a world-first 4,320-line sensor. It supports full 4K color imaging and can detect small animals at 280 meters or traffic cones at 300 meters—even in low-light conditions.

4. Chassis & Intelligence: 1ms Response Time

The vehicle sits on a fully wire-controlled architecture, eliminating traditional mechanical linkages for faster, more precise movement.

Precision Control: Supports 14 degrees of freedom with a 1ms response time, enabling features like Crab Walk, Tank Turns, and extreme stability during a high-speed tire blowout.
VLA Big Model: The smart driving system is built on a “Vision-Language-Action” architecture, allowing the car to “understand” and “evolve.” It has already been tested in extreme fog, mountain roads, and construction sites.

5. Endorsed by the “Father of Autonomous Driving”

The launch event featured Sebastian Thrun, the founder of Google’s self-driving car project and a professor at Stanford. Thrun praised Dreame’s “cross-border innovation,” noting that the fusion of aerospace technology and AI is the “new roadmap” for the future of smart mobility.