Gasgoo Munich- On March 12, 2026, the floor was packed at the Dreame Starry Sky Plan booth during the China Appliance & Electronics World Expo (AWE 2026).
The show marked the domestic debut of its vehicles, alongside a systematic display of hardcore technologies: solid-state batteries, ultra-high-speed motors, and intelligent chassis. How did the Starry Sky Plan manage to dominate screens globally—from CES to the Super Bowl and the Spring Festival Gala—in just 40 days? And what enabled it to unveil industry-leading tech like the "world's first mass-producible 60Ah solid-state battery" and a "25,000rpm axial flux motor" at AWE?
The answer may lie in two key phrases: the technological ceiling and the business model.
The Starry Sky Plan's breakout strategy is rooted in technological breakthroughs powered by its robotics DNA. Bolstered by a business logic of "independent innovation plus joint innovation," it is carving out a unique competitive landscape in the ultra-luxury electric mobility sector.
The Starry Sky Twelve Full Stack: AWE’s Technical Feast
At AWE 2026, the Starry Sky Plan didn't just roll out three flagship models; it offered the first systematic look at the core achievements of its "Starry Sky Twelve Full Stack" technology system, spanning critical areas like the electric powertrain, intelligent chassis, and smart cockpit.
Image Source: Dreame Starry Sky Plan
Headlining the display were the global debut of the Nebula NEXT 01X SUV concept, the China premiere of the ultra-luxury Nebula NEXT 01, and the performance-focused "Rocket Car," the Nebula NEXT 01 Jet Edition. From SUVs to supercars, and from customization to extreme performance, this trio systematically outlined the Starry Sky Plan’s product strategy.
Taking center stage for its China debut, the Nebula NEXT 01 is built around the concept of "parting the air for speed." Featuring active air curtains, lightning-style waistlines, and blue carbon fiber ultra-rigid materials, it achieves extreme performance with a 0-100 km/h time of 1.8 seconds. Furthermore, the model elevates personalization from mere "options" to "joint co-creation" to meet individual user demands.
Beyond these production-ready vehicles, the hardcore technologies on display gave industry insiders pause.
In the battery sector, the Starry Sky Plan has delivered results that demand attention. Its "Starry Sky Sky Core Power Battery" is the world's first mass-producible 60Ah all-solid-state battery, boasting an energy density exceeding 450Wh/kg—with a future target of 800Wh/kg. This implies that vehicles equipped with this battery will easily surpass the 1,000 km range threshold. Moreover, the inherent safety boost of solid-state technology represents a quantum leap over current liquid lithium batteries.
Technically, the battery boasts three global firsts: an in-situ sulfide interface layer for the cathode, an intelligent protective coating for sulfide electrolytes, and a low-cost mass production technique for lithium sulfide. These innovations not only resolve interface impedance issues between the cathode and electrolyte but also significantly improve the battery pack's resistance to moisture and air. Crucially, the low-cost lithium sulfide production technique allows for lithium extraction from used batteries, facilitating material recycling and reducing raw material costs.
Additionally, the "Crystal Core AI-BMS Agent" system calculates battery levels with precision, keeping the margin of error within 3%. Utilizing the pioneering CTP 4.0 "Dragon Bone Structure," the battery pack achieves 80% volumetric assembly efficiency, enabling imperceptible thermal runaway and preventing single-cell faults from spreading. The Starry Sky Plan reports that this battery system is ready for rigorous mass production, with a market launch planned for 2027.
Leveraging over a decade of expertise in high-speed digital motors, the Starry Sky Plan has developed its "Starry Sky Sky Constant Drive Technology" system. Incorporating high-performance motors from Tuosen Guangnian Power Technology, the axial flux motor exceeds 25,000rpm, while the radial flux motor reaches 60,000rpm, balancing both performance and driving experience.
Image Source: Dreame Starry Sky Plan
As intelligent chassis systems become a fiercely competitive arena, the Starry Sky Plan's "Starry Sky Sky Patrol Smart Chassis" has achieved a system-level global first. The EMAD electromagnetic active suspension integrates "perception, decision, and execution," boosting response speeds tenfold. The CIC 14-degree-of-freedom nonlinear control architecture deeply fuses the chassis, powertrain, and autonomous driving domains, achieving full-domain response in just 1 millisecond. Meanwhile, the EMB intelligent braking system cuts braking response to under 80 milliseconds. Built on this chassis, vehicles can execute over 30 advanced functions, including lateral parking and tank turns.
Departing from the industry mainstream of "stacking screens and chasing computing power," the Starry Sky Plan proposes a philosophy where the car is a "restrained central brain." Drawing on Dreame’s robotics heritage, the smart cockpit has bridged the gap from "digital flow" to "physical coordination." Edge-based large models enable proactive intelligence—anticipating and executing tasks automatically. Empowered by Agent assistants and cloud large models, the vehicle can not only see and hear but also remember user habits.
More importantly, tapping into the Dreame Group’s full-scenario ecosystem, the car becomes a hub for "human-vehicle-home-universe" integration. When you are 18 minutes from home, the vehicle can remotely dispatch home robots to clean or turn on the lights.
The confidence to enter this arena stems, ultimately, from the transfer of technical capabilities. Dreame Technology’s decade-long deep dive into high-speed motors, AI algorithms, motion control, and visual SLAM—validated by tens of millions of devices—has created a deep reservoir of technical assets. This accumulation extends naturally to the automotive sector. Moving from "mobile robots" to "full-domain mobility terminals" is not a crossover into car building, but a logical breakthrough of technologies sharing the same origin.
Multiple world-first technical parameters define the "tech-luxury" essence of the Starry Sky Plan. Even more significant, core technologies like batteries and motors are not limited to automobiles; they will eventually support aircraft and robots, laying the foundation for multi-scenario global expansion. As Dreame founder Yu Hao noted, with high-speed motors and visual algorithms at the core of R&D, innovative products can be launched across specialized market segments.
Left Hand, Right Hand: A Synergistic Loop
Technical hard power determines how high a brand can rise, while the ingenuity of its business model determines how far it can go.
At AWE 2026, the Starry Sky Plan not only showcased hardcore technology but also clearly communicated its unique business logic. Its path to car building hinges on a dual-drive of "independent innovation plus joint innovation"—self-developed innovation raises the technological ceiling, while joint innovation expands global scale. These are not parallel lines but a synergistic loop of mutual empowerment.
Image Source: Dreame Starry Sky Plan
On one hand, regarding underlying core technologies such as high-speed digital motors, VLA+ world model autonomous driving algorithms, solid-state batteries, and ultra-high-speed motors, the Starry Sky Plan insists on full-stack self-development. The goal is to build an unreplicable technical barrier that supports the brand's premium positioning and long-term competitiveness. Technological breakthroughs from independent innovation provide high-end product power for joint innovation, fueling growth, competitiveness, and brand equity at scale.
To date, the Starry Sky Plan has cultivated core technologies for three years, building an R&D team of over 500 people, amassing 572 patents, and establishing the Starry Sky Twelve Full Stack technology system. Additionally, leveraging the Dreame Group’s global brand DNA, supply chain system, and closed-loop ecosystem of software, hardware, and services, the plan is further strengthening its brand perception of "technology defining luxury."
On the other hand, a joint innovation model—powered by five engines including technology reuse, asset-light manufacturing, channel sharing, marketing, and ecosystem synergy—allows the Starry Sky Plan to achieve rapid scaling. The resulting scaled revenue serves as a financial guarantee for continuous investment in independent innovation. This is the strategic vision outlined by founder Yu Hao: "using the left-hand business to feed the right-hand business." Simultaneously, user data and market feedback accumulated through joint innovation provide clear direction for R&D, avoiding the trap of developing in a vacuum.
For global expansion, technological breakthroughs from independent innovation provide "hard currency," offering sufficient technical endorsement when the brand enters premium markets like Europe and the Middle East. The joint innovation model acts as the implementation lever for this expansion, allowing rapid entry into local markets by reusing the Dreame Group’s global channel network.
Image Source: Dreame Starry Sky Plan
This business model is not merely theoretical; the market’s real feedback has already provided the most direct answer.
In September 2025, Dreame Auto completed its first round of financing and secured partnerships with 54 overseas distributors at its inaugural Strategic Partner Conference—including a collaboration with Middle Eastern royalty. This indicates that even before mass production, the Starry Sky Plan has won favor among high-quality user groups.
From a market validation perspective, 15 billion yuan in intended orders signals at least three things: first, demand for ultra-luxury smart EVs among global middle- and high-income groups remains unmet—a blue ocean exists. Second, the Starry Sky Plan’s "tech-luxury" positioning has gained market acceptance, and the "technology first, product second" narrative has begun to establish mindshare. Third, Dreame’s "dual-drive" business model is executable; moving from technical showcase to order conversion, it completed a closed-loop validation from zero to one in less than a year.
Compared to traditional automakers, the Starry Sky Plan’s biggest difference is its "light footprint." Traditional automakers typically rely on heavy-asset models, building their own factories and platforms, which involves long cycles and immense financial pressure. In contrast, the Starry Sky Plan adopts a dual-line model using contract manufacturing both domestically and overseas. This avoids billions in factory investment and qualification approval hurdles, focusing resources instead on core technology R&D. Furthermore, the Dreame Group’s global channel network, spanning over 120 countries and 6,500 offline stores, allows the automotive business to bypass building a sales system from scratch, achieving the efficiency advantage of "facing the global market as soon as the product rolls off the line."
Compared to new EV startups, the difference lies in the depth of the "technical foundation." While most startups must build their electric powertrain R&D systems from scratch, the Starry Sky Plan stands on the shoulders of the group’s technology, directly migrating and reusing technical assets in high-speed motors, AI algorithms, and motion control for automotive use. This path of "shared technical origins and logical breakthrough" yields R&D efficiency far surpassing peers starting from zero.
Thus, the reference value of the Starry Sky Plan for the industry can be summarized on three levels:
First, balancing short- and long-term pacing. Many new automotive brands fall into two extremes: rushing for success while ignoring technical accumulation, or over-investing in R&D until the funding chain snaps. The Starry Sky Plan uses joint innovation to achieve rapid short-term scaling, while using independent innovation to build long-term barriers, creating a sustainable growth loop.
Second, the efficiency mindset of technology reuse. With limited resources, how do you maximize the value of R&D investment? The answer is "develop once, monetize across multiple scenarios." The Dreame Group’s core technologies can migrate and be reused across automotive, robotics, and smart home scenarios, allowing R&D investments to generate compound interest.
Third, building moats through ecosystem synergy. Brands that solely build cars often rely on just two moats: technology and brand. The Starry Sky Plan, however, is leveraging the Dreame robotics ecosystem and global channels to construct five moats: technology, supply chain, brand, ecosystem, and talent.
Image Source: Dreame Starry Sky Plan
According to the plan, the Starry Sky Plan’s first pure-electric supercar will achieve mass production in 2027, with the European market viewed as a crucial link in its global strategy. This strategy targets not only the traditional stronghold of high-performance cars but also aims to seize the technological high ground during the transition to electrification. Underpinning this global ambition is precisely the dual-drive model: "independent innovation raises the technological ceiling, joint innovation expands global scale."
From its debut at AWE 2026 to the steady progress toward mass production in 2027, the Starry Sky Plan is proving through action that the true path to survival in car making requires both the technical vision to look up at the stars and the business wisdom to keep feet on the ground. Combining the short and long, and empowering both ways—this may be the thought-provoking lesson the Starry Sky Plan leaves for the industry.
