Dreame‘s Rocket Car: A 0.9-Second Dream or Just Hot Air?

Dreame‘s “Star Plan” has unveiled the Nebula NEXT 01 JET Edition in Silicon Valley — a car that claims 0-100 km/h in 0.9 seconds using twin solid rocket boosters. Beneath the sci-fi headlines, however, the reality is considerably less firm.

The base Nebula NEXT 01 EV already packs 1,876 hp and a 1.8-second 0-100 km/h time — a legitimate achievement. The JET Edition‘s claimed 0.9 seconds is, for now, purely theoretical. On-site reporters noted the rocket engines were absent; the parameter remains a projection. Actual tests won’t begin until late May, and no firm mass production plan exists.

Physics itself throws up a major obstacle. A standard car‘s 0-100 km/h acceleration is limited by tire grip — currently around 2 seconds for production EVs. Achieving 0.9 seconds would require an average of over 3.15g of acceleration, far beyond what current tires can handle. As a reference, the current EV acceleration record of about 0.96 seconds was set by an ultra-lightweight student race car weighing just 136 kg — far lighter than a road‑legal EV with LiDAR and luxury trim.

Less glamorous questions remain: who can withstand 3.15g of acceleration? Solid rockets, once ignited, cannot be shut down until their fuel is exhausted. And what is the market logic for rocket boosters that can be used only once?

For now, the rocket car should be viewed as an experimental technology showcase, not a serious preview of Dreame‘s upcoming production vehicles. It is both a high‑tech dream and a reminder of just how far hype can outrun reality.