EMEA Humanoid Robot Summit 2026

EMEA Humanoid Robot Summit 2026 takes place on 16–17 June 2026 at the Leonardo Hotel Munich Arabellapark in Munich, Germany. It is a focused, industry-facing summit on one of the most hyped and capital-intensive frontiers in robotics — the humanoid form factor — and, unusually, it approaches the topic from the supply-chain and engineering side rather than the demo-video side. The organisers expect 30+ speakers, 300+ delegates, 40+ sponsors and 20+ sessions across a main forum and several thematic streams.

On the programme

The agenda concentrates on what it actually takes to build and ship a humanoid: AI algorithms, perception and motion control, bionic and lightweight materials, power systems and batteries, human–robot collaboration, and the regulatory and safety frameworks that will govern deployment. Alongside the talks sit an innovation showcase and an investment-matchmaking programme designed to connect technologies with capital. The speaker and sponsor list reads like a who's-who of the European hardware stack rather than the AI-model world: VACUUMSCHMELZE (magnetics for actuators), ams OSRAM (light and sensing), Renesas and Infineon (microcontrollers, power and motor control), Regal Rexnord and its Kollmorgen/Portescap/Thomson motion brands, Synapticon, Johnson Electric, plus battery and lightweight-composite specialists such as Impact Clean Power Technology and fibionic. Named speakers include senior figures from VACUUMSCHMELZE, ams OSRAM, Renesas Electronics Europe and Infineon Technologies.

Where it fits in today's AI

The humanoid-robot wave is often told as a software story — embodied foundation models, reinforcement learning, sim-to-real transfer. This summit is a useful corrective: it foregrounds the unglamorous physical constraints that actually determine whether a humanoid is viable — torque density and servo precision in the joints, sensing latency, thermal management, energy-per-step, functional safety, and the materials that keep a bipedal machine light enough to move and strong enough to work. Those are the bottlenecks that today's impressive AI control policies keep running into. Holding the conversation in Munich is apt: Germany and the wider EMEA region are home to much of the world's high-end motion-control, semiconductor and industrial-automation expertise, and Europe is also where the regulatory and ethical frameworks for robots are being drafted most seriously. For engineers, component suppliers, investors and decision-makers, the summit is a market-intelligence and business-development venue: a place to read where the humanoid supply chain is heading and to meet the firms building its parts. It is a commercial B2B event (organised by the CLCC group, with registration handled directly by the organisers) rather than an academic conference, and it is best understood as an industry meeting point for the people turning humanoid hype into manufacturable hardware.

Practically, the summit is aimed at robotics and automation engineers, component and semiconductor suppliers, materials and power-systems specialists, investors and corporate strategists rather than at academic paper authors; the value is market intelligence, partnerships and deal-flow. Europe has no shortage of academic robotics conferences but relatively few venues dedicated specifically to the industrialisation of humanoids, which is the gap this event fills. With humanoid robotics widely tipped as one of the largest hardware markets of the coming decade, a focused EMEA gathering of the firms supplying its actuators, sensors, batteries and control electronics is a useful annual barometer of whether the sector is moving from prototype toward genuine mass production.