China’s automotive industry is moving at a pace that is reshaping the competitive landscape, with Chinese OEMs increasingly able to turn ideas into vehicles, scale production and respond to changing customer needs in a fraction of the time taken by many Western manufacturers. But what sits behind this China speed? Is it simply faster engineering, or does it reflect a fundamentally different approach to data, AI, collaboration and decision-making?
In this episode of Mobility Global’s Autology podcast series, we bring together three experts to explore what the West can learn from China’s accelerating automotive ecosystem.
Hanno Focken, Managing Director, Activation, Governance and Operations at Catena-X, looks at the role of trusted data exchange and collaboration across complex supply chains.

Hanno Focken
[Source: Catena-X]
Isaac Squires, CEO and Founder of Polaron, explores how generative AI and machine learning can move beyond isolated pilots to become embedded in everyday engineering and innovation.

Isaac Squires
[Source: Polaron]
Ben Townsend, Head of Automotive at Thatcham Research, brings a focus on safety, repairability, real-world data and the need to ensure that greater speed continues to deliver better consumer outcomes.

Ben Townsend
[Source: Thatcham Research]
The speakers have already shared some interesting insights on China Speed through our recent one-to-one conversations on Auto Tech Insights. Those conversations are now available as Q&As to download from our platform:
Hanno Focken – China Speed Q&A
Isaac Squires – China Speed Q&A
Ben Townsend – China Speed Q&A
In this episode, we take those conversations a step further, exploring what China Speed really means, where that competitive advantage comes from, and how the Western automotive industry can respond.
The discussion challenges the idea that Western automotive companies lack the engineering capability to compete. Instead, the panel identifies organisational complexity, hierarchy, fragmented data, legacy processes and misaligned incentives as major sources of friction. China’s advantage, they argue, is less about engineering faster in isolation and more about learning, making decisions and coordinating across organisational boundaries at speed.
Looking ahead five years, the panel considers what a realistic Western version of China speed could look like: faster learning cycles, interoperable data ecosystems, greater autonomy for engineering teams, continuous software-enabled product improvement and stronger use of AI and real-world data. The central message is clear: competing on speed is not about abandoning discipline but about removing unnecessary friction while preserving the rigour needed for safety, quality and trust.
We’d love to hear your thoughts on this episode. Reach out to us at autology@mobilityglobal.com
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