Wang Tan Says China's Flying Cars Beat Tesla's Roadster on Commercial Reality

Wang Tan wants the world to stop measuring flying cars against a sports car stunt. The co-founder of Aridge, an affiliate of Chinese electric-vehicle maker Xpeng, has a pointed message after Tesla's recent Roadster demonstration set off another round of debate about who leads in futuristic transport: Chinese companies are building machines meant to be used, not merely marvelled at.

His argument, made in comments reported by the South China Morning Post, is that Chinese flying-car developers have taken a different technological path from Tesla. Where the Roadster's mid-air flip and successful landing became a viral talking point about engineering showmanship, Wang contends that the designs coming out of China are more feasible for commercial deployment by their very nature. He did not dismiss Tesla's achievement so much as reframe the comparison — the two are solving different problems, and the Chinese approach is aimed at the harder, less glamorous one of putting aircraft into service.

The man making that case is not a household name outside China's startup scene. Wang Tan is co-founder of Aridge, a venture tied to Xpeng, one of the country's most closely watched EV makers. Xpeng built its reputation in electric cars and has pushed aggressively into adjacent bets — autonomous driving, robotics, and now low-altitude flight. Aridge sits within that orbit, part of a cluster of Chinese eVTOL and flying-car startups that have attracted state support and venture capital in roughly equal measure. For an international reader, the key context is this: in China, the flying car is not a Silicon Valley curiosity. It is a policy priority, folded into a national push for what Beijing calls the low-altitude economy, with local governments courting manufacturers and drafting rules for airspace that most Western regulators are still debating.

That helps explain why an executive from an EV affiliate is weighing in on Tesla at all. The Roadster demonstration was read in China as a challenge to the country's tech standing, and the response from Chinese operators has been to argue that spectacle is not the same as product. Wang's framing fits a broader pattern: Chinese firms increasingly compete on deployment and cost rather than on headline engineering feats, and they are keen to shape the narrative before Western audiences do. The comparison to Tesla is useful positioning — it borrows the American company's spotlight while claiming the practical high ground.

For those who track Asian wealth, the subtext is where capital is flowing. Flying cars sit at the intersection of EVs, batteries, aerospace and government industrial policy, a combination that has made Chinese startups in the sector attractive to investors looking for the next large manufacturing story. Xpeng's involvement gives Aridge a credibility and supply-chain proximity that pure-play startups lack. The risk is equally clear: certification, safety and infrastructure remain unresolved, and the gap between a convincing demonstration and a profitable service is where many such ventures stall.

Wang's bet is that the Chinese model — incremental, commercially oriented, backed by an EV supply chain and state appetite for low-altitude industry — gets to market first. Whether or not he is right, the debate has shifted. The question is no longer whether flying cars look futuristic, but which country's companies can actually sell them.