BROSE FAHRZEUGTEILE SE & CO. KOMMANDITGESELLSCHAFT, WÜRZBURG

Their core work

Brose is a major global automotive Tier 1 supplier specializing in mechatronic systems — door modules, seat systems, electric motors, and actuation components — for vehicle manufacturers worldwide. In H2020, they contributed industrial manufacturing depth and real-world automotive validation infrastructure to research consortia tackling two distinct EV technology challenges: reducing the cost of fuel cell balance-of-plant components and developing next-generation electrical actuation systems. Their value in research projects is not theoretical: they bring production-ready cost engineering, Hardware-in-the-Loop (HiL) testing rigs, and prototyping facilities that can turn lab results into manufacturable parts. As a large private company, they participate in EU research to get early access to technologies that could enter their future supply chain.

What they specialise in

How they've shifted over time

Both H2020 projects launched in the same year (2017), so the keyword shift reflects parallel tracks rather than a true chronological pivot. The INN-BALANCE track pointed toward hydrogen propulsion — cost barriers in fuel cell systems and balance-of-plant manufacturing — while INTERACT pointed toward electrification through advanced electrical actuation, complete with modelling tools and validation methodology. Taken together, Brose's H2020 footprint suggests a deliberate dual-track strategy: hedge across both hydrogen and battery-electric powertrains so their component portfolio remains relevant regardless of which technology wins in volume automotive production.

Brose is positioning itself to supply critical components across both hydrogen and battery-electric drivetrain architectures, making them a strategically valuable industrial partner for any EV technology consortium seeking a credible route to series production.

How they like to work

Brose participates exclusively as a consortium partner — never as project coordinator — which is typical for large industrial companies that provide real-world validation pull rather than research leadership. With 14 unique partners across 7 countries in just 2 projects, they consistently join sizeable, multinational consortia rather than tight bilateral arrangements. This pattern indicates they are actively sought as an industrial anchor partner whose presence signals production relevance to evaluators and investors.

Across just 2 projects, Brose has connected with 14 consortium partners spanning 7 countries — an unusually broad reach for a company with minimal EU project history, indicating they join well-networked, pan-European research consortia. Their network skews toward the European automotive and engineering research ecosystem.

What sets them apart

Brose is one of the very few large automotive Tier 1 suppliers visible in the H2020 dataset, and their participation carries a signal that most universities or SMEs cannot provide: if Brose joins a fuel cell or actuation project, it means the technology is close enough to production reality to be worth a global supplier's time. For consortium builders, Brose's name on a proposal adds industrial credibility and demonstrates clear exploitation pathways — both qualities that EU evaluators score highly. Researchers who want their work to reach actual vehicles, not just papers, should view Brose as a priority collaboration target.

Highlights from their portfolio

• INN-BALANCE
  Directly targets the main commercial barrier to fuel cell vehicle adoption — cost — making it strategically significant, and Brose's manufacturing expertise is directly applicable to the project's industrial exploitation goal.
• INTERACT
  An MSCA Industrial Doctorate hosted partly within a Tier 1 automotive supplier — rare in H2020 — giving PhD researchers direct access to industrial HiL infrastructure and production-scale prototyping environments.