Core contributor to L3Pilot (largest budget at EUR 2.4M), Hi-Drive, AUTOPILOT, and 5GCAR — spanning piloting, IoT connectivity, and large-scale cross-border demonstrations.
STELLANTIS AUTO SAS
Major French automotive OEM contributing industrial-scale validation in automated driving, smart manufacturing robotics, and electrified powertrains across European R&D consortia.
Their core work
Stellantis Auto SAS (formerly PSA Peugeot Citroën) is a major French automotive manufacturer that brings industrial-scale vehicle production expertise to European R&D consortia. Their H2020 involvement centers on three pillars: automated and connected driving systems, advanced robotics for flexible manufacturing lines, and the transition to electrified powertrains. They serve as the real-world testbed where research prototypes meet mass-production constraints — validating technologies in actual factory floors and on-road piloting campaigns across Europe.
What they specialise in
Participated in THOMAS, ScalABLE4.0, VERSATILE, ODIN, and coordinated LICORNE — covering mobile robots, human-robot collaboration, and reconfigurable production lines.
EU-LIVE focused on efficient urban light vehicles; ECO DRIVE addressed noise and vibration in eco-powertrains for green mobility.
EURO-SEQUENCES explored precision polymer materials; HELIS investigated high-energy lithium-sulphur battery cells — both relevant to next-generation vehicle components.
ASSISTANT applied robust AI decision support to agile manufacturing; ODIN built digital twins with multi-level perception for scalable production.
How they've shifted over time
In their early H2020 period (2015–2018), Stellantis focused on foundational automotive R&D — advanced materials (polymers, lithium-sulphur batteries), efficient urban vehicles, and initial robotic manufacturing automation (LICORNE, their sole coordinated project). From 2019 onward, their portfolio shifted decisively toward digitalization: automated driving at scale (L3Pilot, Hi-Drive), smart robotics with human-centered interaction (ODIN), AI for manufacturing (ASSISTANT), and green powertrain transition (ECO DRIVE). The trajectory shows a clear move from component-level research toward integrated digital-physical systems for both the factory floor and the road.
Stellantis is converging its manufacturing robotics and connected vehicle expertise toward fully digitalized, automated production and driving systems — partners working on Industry 4.0 or autonomous mobility will find strong alignment.
How they like to work
Stellantis operates almost exclusively as a participant (14 of 16 projects), contributing industrial validation and testing infrastructure rather than leading research agendas. They coordinated only once (LICORNE, a robotics project), which is typical for large OEMs that prefer to let research institutions lead while they provide real-world use cases. With 233 unique partners across 26 countries, they are a well-connected hub — valuable for consortium builders who need a major automotive end-user to ground their proposals in industrial reality.
Extensive European network spanning 233 unique partners across 26 countries, built through 16 projects in diverse technical domains. Their partnerships bridge the automotive, robotics, ICT, and materials research communities — a rare cross-domain footprint for a single industrial partner.
What sets them apart
As one of Europe's largest automotive OEMs, Stellantis offers something few partners can: access to real production lines and vehicle fleets for testing at industrial scale. Their dual expertise in factory-floor robotics and on-road automated driving means they can validate research in both manufacturing and mobility contexts. For consortium builders, having Stellantis signals strong industrial relevance and boosts the credibility of exploitation plans.
Highlights from their portfolio
- L3PilotLargest single funding (EUR 2.4M) — a flagship automated driving pilot testing Level 3 automation on European roads with real traffic.
- ODINRepresents the convergence of their robotics and digital expertise — modular pilot lines with mobile robots, digital twins, and human-centered interaction.
- Hi-DriveTheir most recent major project (2021–2025), pushing connected automated driving toward deployment with large-scale cross-border demonstrations.