SciTransfer
Organization

MARE ENGINEERING GROUP SPA

Italian aerospace SME specializing in rotorcraft component design, smart flight control inceptors, and fuel system qualification for tiltrotor aircraft.

Engineering firmtransportITSMENo active H2020 projects
H2020 projects
6
As coordinator
3
Total EC funding
€2.0M
Unique partners
34
What they do

Their core work

Mare Engineering Group is an Italian SME specializing in aerospace and rotorcraft engineering, with deep expertise in the design, manufacturing, and qualification of aircraft components and systems. They work on fuel storage systems, electro-mechanical actuation (braking), smart flight control inceptors, and automated inspection systems for aircraft interiors. Their core strength lies in taking components from concept through to flight qualification, operating across the full development cycle from simulation and crash testing to TRL5 hardware demonstration.

Core expertise

What they specialise in

Rotorcraft and tiltrotor systems engineeringprimary
4 projects

Central focus across DEFENDER (civil tilt rotorcraft fuel systems), SMAR-TeR and SAIS (smart active inceptors for tilt rotor), and GAM-2020-FRC (fast rotorcraft).

Aircraft fuel storage and crashworthinessprimary
1 project

DEFENDER focused on next-generation fuel storage with bladder tanks, innovative materials, and CS-29 crash compliance testing.

Smart active flight control inceptorsprimary
2 projects

Coordinated both SMAR-TeR and SAIS, progressing smart active inceptor technology for tilt rotor applications across successive projects.

Electro-mechanical actuation for aircraftsecondary
1 project

Coordinated E-BRAKE, designing and qualifying innovative electro-mechanical brake actuation to TRL5.

Automated visual inspection for aviationsecondary
1 project

Participated in VISTA, developing vision-based inspection systems for automated testing of aircraft interiors.

Evolution & trajectory

How they've shifted over time

Early focus
Fuel systems and crash compliance
Recent focus
Tiltrotor flight control systems

Mare Engineering entered H2020 in 2018 with a broad spread of rotorcraft component work — fuel systems with crash simulation and compliance testing (DEFENDER), automated visual inspection (VISTA), and electro-mechanical braking (E-BRAKE). By 2019-2020, their focus sharpened decisively toward tiltrotor and compound rotorcraft platforms, with two successive projects on smart active inceptors (SMAR-TeR → SAIS) and participation in the Clean Sky 2 Fast Rotorcraft programme. The trajectory shows a company narrowing from general aerospace components toward becoming a specialist in next-generation rotorcraft flight control and performance systems.

Mare Engineering is consolidating around tiltrotor and compound rotorcraft technologies, making them a strong partner for future vertical lift and urban air mobility programmes.

Collaboration profile

How they like to work

Role: active_partnerReach: European8 countries collaborated

Mare Engineering balances leadership and partnership equally, coordinating 3 of their 6 projects. Their coordinator roles tend to be on more focused, component-level projects (E-BRAKE, SMAR-TeR, SAIS), while they join larger programmes as participants (DEFENDER, VISTA, GAM-2020-FRC). With 34 unique consortium partners across 8 countries, they maintain a broad network, suggesting they are well-connected within the European aerospace supply chain rather than locked into a single consortium cluster.

Mare Engineering has worked with 34 distinct partners across 8 countries, indicating solid integration into the European rotorcraft and Clean Sky 2 ecosystem. As an Italian SME based near Naples, they likely connect into the southern Italian aerospace cluster while reaching across Europe for programme-level collaborations.

Why partner with them

What sets them apart

Mare Engineering occupies a distinctive niche as an SME capable of taking aerospace components from design through manufacturing to flight qualification — a full development chain that many SMEs cannot offer independently. Their repeated investment in smart active inceptors for tiltrotors (two successive projects, both as coordinator) signals genuine depth rather than opportunistic participation. For consortium builders in rotorcraft or urban air mobility, they bring hands-on hardware qualification experience that bridges the gap between research institutes and large airframe manufacturers.

Notable projects

Highlights from their portfolio

  • SAIS
    Largest funded project (EUR 838K) and a direct continuation of SMAR-TeR, showing Mare Engineering's ability to build on results and secure follow-on funding as coordinator.
  • DEFENDER
    Addressed the critical safety challenge of next-generation fuel storage with crash simulation and CS-29 compliance, combining innovative materials with rigorous certification testing.
  • GAM-2020-FRC
    Part of the flagship Clean Sky 2 Fast Rotorcraft programme targeting compound aircraft with improved payload, range, and fuel burn — positions Mare in a high-visibility European initiative.
Cross-sector capabilities
Advanced manufacturing and qualification testingAutomated visual inspection and quality controlElectro-mechanical actuation systemsUrban air mobility and advanced air vehicles
Analysis note: Profile is based on 6 projects over a narrow 2018-2020 start window. Several projects (VISTA, E-BRAKE, SMAR-TeR) lack keyword data, so expertise inference partly relies on project titles. The company's commercial portfolio beyond H2020 is not visible in this data and may be broader than represented here.