Two major transformations, one shared DNA. At Tech For Industry Show 2026 (Paris Expo Porte de Versailles), Renault Group and Wandercraft presented the not-so-obvious link between the industrial metaverse and the new generation of humanoid robots, embodied by the Calvin robot, already in production at the Douai plant.

Both transformations fit into Renault's Future Ready strategic plan, around two shared pillars: tech (AI, but also mechanics and infrastructure) and operational excellence (competitiveness, productivity, quality at lower cost in compressed timeframes). The second link is data — the backbone of both the metaverse and robotics.

Over five years ago, Renault made a bet: everything would hinge on the ability to capture data at scale. Hence deep work with automation engineers on data structuring and ontology, adding sensors where information was missing, and opening the ecosystem beyond the factories (suppliers, transport).

The result: around 5 billion data points captured each day, structured and collected, powering a real-time replica of physical assets — nearly one million digital twins. This quality data became a springboard for AI: preventive maintenance, energy, stock and scrap optimization, and above all vision-based quality control — over 6,400 quality checks deployed across the industrial footprint.

Industrial robotics at Renault is a long story: begun in the 1970s (Renault even built its own robots), it now counts over 11,000 industrial robots and, for internal logistics, 700 to 800 AGVs/AMRs per plant across 22 plants — all orchestrated through the metaverse.

Collaborative robots (cobots), which arrived about a decade ago, never brought massive transformation, having failed to overcome certain limits. Hence the decision to be a pioneer on the new generation of humanoid robotics — the third step, after the lean foundation (from the Nissan collaboration) and the real-time digital layer.

After a global scan (Europe, China, US) with a "very poor" European landscape, Renault met Wandercraft in late 2024. An industrial love at first sight: partnership signed, then investment, with the support of the CEO and Thierry Charvet (IVP Manufacturing). Wandercraft is not a startup but a tech company of over 12 years, proven in medical with its exoskeletons — including the one that let a wheelchair user carry the Olympic torch.

This heritage immediately appealed to Renault: a culture of reliability and resilience (never dropping a patient, CE marking on demanding categories), the ability to carry heavy loads — a real game changer — and execution speed. "Many robots do kung fu in videos, but they're small robots on programmed trajectories that don't experience the physics of the world," Wandercraft notes: as soon as a robot carries a load over 10-20% of its weight, the control software changes radically.

The first robot, Calvin 40, carries 40 kg and was developed in 40 days — still visibly derived from the exoskeleton platform (you could almost put a person in it), a deliberate choice to develop the software on an ultra-reliable hardware base. Its specs: 22 motors (26 eventually, i.e. 26 degrees of freedom), RGBD robotic cameras with depth perception, numerous sensors, a scene-analysis AI and a physical control AI.

The partnership terms were set in 10 days (six points on an A4 sheet), signed in 2025 but with development starting earlier. A demanding yet smooth client-partner relationship, cited by both parties as a model of successful cooperation between a large company and a smaller one.

Calvin is being tested at the Douai plant on the night shift, in real production, with a 2-minute cycle time — "not YouTube videos, a real industrial operation." The first use case: tire handling (12 to 15 kg, four per vehicle), an extremely strenuous task, hard to robotize conventionally (it would take 4 to 6 traditional robots) and located at the end of the line, a constrained and critical zone. Target: 10 robots in industrial testing by end-2026 across several plants (Douai, Le Mans and others, in France and Europe), then scaling to 350 robots in 2027 across various use cases.

Renault showed Calvin in production as early as March 2026 at Douai — "certainly one of the first times in the world a humanoid robot does production, and probably the first time in Europe," as well as one of the first real orders of humanoids in industry.

Wandercraft insists: the key factor is neither agility, nor kung fu, nor battery life, but reliability — "one error in 1,000" to work in a factory (and two orders of magnitude more for a public space or apartment). The anecdote of robots that "smashed everything" at VivaTech illustrates the risk of untrained robots. Another rarely mastered requirement: certified safety (a certifiable safety chain from the design stage), made possible here by the symbiosis with a carmaker mastering CE standards.

Humanoids first target strenuous tasks at the crossing of automated flows where an operator remained, in a context of a demographic wall making these positions increasingly hard to staff — "and because it's hot," at Douai and elsewhere, where carrying a tire every few seconds becomes untenable. Beyond the pride of "made in France" against Chinese and American innovation, the speakers warn of a sovereignty stake: in 5 to 8 years these robots will be everywhere (factories, care homes, hospitals, schools); depending on a foreign supplier would mean risking seeing "everything stop" — hence the importance of European independence in robotics and AI.

What is Renault's industrial metaverse? It's a real-time replica of Renault's physical assets, powered by around 5 billion data points captured per day and made up of nearly one million digital twins, serving as a foundation for AI (maintenance, energy, quality control).

What is the Calvin robot? Calvin is an industrial humanoid robot co-developed by Renault and Wandercraft, derived from a medical exoskeleton platform. Its first version, Calvin 40, carries 40 kg and was developed in 40 days.

Why is reliability more important than agility for an industrial robot? Because a robot must achieve a very low error rate (around one in 1,000) and certified safety to operate in a factory without causing production stoppages or incidents — far more decisive than spectacular demonstrations.

Where does Renault's humanoid robot deployment stand? Calvin is in night-shift production at the Douai plant; Renault targets 10 robots in industrial testing by end-2026, then 350 robots in 2027 across several plants and use cases.

This conference was recorded at Tech For Industry Show 2026, the B2B trade show for industrial transformation (Smart Manufacturing, AI, Supply Chain) at Paris Expo Porte de Versailles. Watch the full keynote video above, and join us on May 19–20, 2027, Hall 7, for the next edition.