TL;DR: Barclays Research estimates the global humanoid robotics market could grow from $2-3 billion to $200 billion by 2035. Production costs have dropped 30-fold over the past decade, and ageing populations combined with labour shortages are creating real-world demand.

Physical AI Gets Real

Barclays’ new Impact Series report, The Future of Work: AI Gets Physical, identifies humanoid robots as the next frontier for artificial intelligence. Breakthroughs in three key areas — AI reasoning (“brains”), actuator technology (“brawn”) and battery systems — have moved humanoids from laboratory concepts towards commercial viability.

The robots are designed to take on repetitive, physically demanding tasks in manufacturing, logistics, healthcare and other sectors facing chronic staffing gaps. Barclays frames this as augmenting rather than replacing human workers.

“Humanoid robots represent a structural shift in automation,” said Zornitsa Todorova, Head of Thematic FICC Research at Barclays. “As they move from concept to commercial reality, the implications for labour markets and industrial strategy are profound.”

Europe’s Competitive Edge

The report highlights a potential advantage for European manufacturers. Humanoid robots share manufacturing complexity with automotive production, and Europe has deep expertise in precision engineering — particularly in actuator systems, which account for roughly 50% of humanoid production costs.

China is also emerging as a major force, accounting for the majority of new humanoid robot models and rapidly scaling its manufacturing footprint.

Looking Forward

For UK businesses, Barclays’ analysis signals an investment shift from software-only AI to physical AI hardware. Actuator makers, precision-component suppliers and automation specialists — many of whom missed AI’s first wave — could find themselves at the centre of this next phase. With the UK’s engineering heritage and automotive supply chain, there may be opportunities to capture value as humanoid production scales.