SciTransfer
Organization

UMBRIA AEROSPACE SYSTEMS SPA

Italian aerospace company specializing in electro-mechanical actuation systems and smart flight control inceptors for tilt-rotor aircraft.

Large industrial companytransportITNo active H2020 projects
H2020 projects
3
As coordinator
0
Total EC funding
€3.4M
Unique partners
7
What they do

Their core work

Umbria Aerospace Systems is an Italian aerospace company specializing in electro-mechanical actuation systems for aircraft. Their core work centers on designing and manufacturing flight control components — specifically electro-mechanical brakes and smart active inceptors (pilot control devices) for tilt-rotor aircraft. They operate within the Clean Sky 2 Joint Technology Initiative, contributing hardware development from design through qualification at technology readiness levels up to TRL5. Their progression from brake actuation to increasingly complex flight control inceptor systems suggests deep capability in precision electro-mechanical engineering for aviation.

Core expertise

What they specialise in

Smart active inceptors for tilt-rotor aircraftprimary
2 projects

SMAR-TeR and SAIS both focus on smart active inceptor systems for tilt-rotor applications, with SAIS representing a scaled-up continuation at EUR 2.1M.

Electro-mechanical brake actuationsecondary
1 project

E-BRAKE focused on design, manufacturing, and qualification of innovative electro-mechanical brake actuation up to TRL5.

Aerospace actuation system qualificationprimary
3 projects

All three projects involve taking actuation components through design-to-qualification cycles, indicating mature testing and certification capabilities.

Tilt-rotor aircraft systemsprimary
2 projects

Both SMAR-TeR and SAIS target tilt-rotor platforms specifically, indicating specialization in this emerging aircraft category.

Evolution & trajectory

How they've shifted over time

Early focus
Electro-mechanical brake actuation
Recent focus
Smart inceptors for tilt-rotors

With only three projects spanning 2018–2023, the evolution is compact but clear. Their entry point was electro-mechanical brake actuation (E-BRAKE, 2018), and they quickly pivoted toward smart active inceptor systems for tilt-rotor aircraft (SMAR-TeR 2019, then SAIS 2020). The quadrupling of funding from E-BRAKE (EUR 525K) to SAIS (EUR 2.1M) suggests they proved their capability on the brake project and were entrusted with significantly larger, more complex flight control work.

They are deepening their specialization in flight control inceptor systems for tilt-rotor aircraft — a niche that will grow as urban air mobility and advanced rotorcraft programs expand.

Collaboration profile

How they like to work

Role: specialist_contributorReach: regional2 countries collaborated

Umbria Aerospace Systems operates exclusively as a participant, never leading consortia. With only 7 unique partners across 2 countries, they work in small, focused teams rather than large pan-European consortia. Their repeat engagement in the Clean Sky 2 JTI suggests they are a trusted specialist contributor brought in for specific hardware development tasks, likely working closely with airframe integrators who value their actuation expertise.

A compact network of 7 partners across just 2 countries, concentrated within the Clean Sky 2 ecosystem. This reflects a focused, supply-chain-oriented collaboration pattern typical of aerospace component manufacturers.

Why partner with them

What sets them apart

Their specialization in smart active inceptors for tilt-rotor aircraft places them in an extremely narrow and high-value niche — few companies combine electro-mechanical actuation expertise with tilt-rotor-specific flight control experience. The SMAR-TeR to SAIS progression shows they can carry a technology from initial concept through to advanced system development. For anyone building a consortium around next-generation rotorcraft or urban air mobility, they bring proven hardware development capability in a domain with very few qualified suppliers.

Notable projects

Highlights from their portfolio

  • SAIS
    Their largest project at EUR 2.1M, advancing smart active inceptor systems to the next development stage — signals they earned significant trust within the Clean Sky 2 program.
  • E-BRAKE
    Their entry project focused on qualifying innovative electro-mechanical brakes to TRL5, demonstrating end-to-end hardware qualification capability.
Cross-sector capabilities
Advanced manufacturing of precision electro-mechanical systemsDefence and security rotorcraft applicationsUrban air mobility vehicle componentsIndustrial automation actuation systems
Analysis note: Profile based on only 3 projects with no keyword metadata. The analysis relies heavily on project titles and funding patterns. No website available for verification. The company is classified as non-SME private company, suggesting significant size, but actual company scale and full product portfolio cannot be confirmed from H2020 data alone.