SciTransfer
Organization

INSTITUTUL NATIONAL DE CERCETARE-DEZVOLTARE AEROSPATIALA "ELIE CARAFOLI"- INCAS BUCURESTI

Romania's national aerospace research institute, specializing in rotorcraft, composite airframe manufacturing, aviation safety, and sustainable propulsion testing.

Research institutetransportRO
H2020 projects
14
As coordinator
3
Total EC funding
€6.5M
Unique partners
164
What they do

Their core work

INCAS is Romania's national aerospace research institute, specializing in aeronautics testing, simulation, and advanced materials for aircraft structures. They operate wind tunnels, structural testing facilities, and computational labs that support European aviation programs — from rotorcraft design to composite wing manufacturing. Their work spans the full aircraft development cycle: aerodynamic noise reduction, flight safety analysis, propulsion system evaluation, and manufacturing process innovation for next-generation airframe components. They also play a visible role in organizing European aeronautics research events and coordinating open science in aviation.

Core expertise

What they specialise in

Rotorcraft and advanced aircraft configurationsprimary
3 projects

Two Fast Rotorcraft projects (FRC GAM 2018, GAM-2020-FRC) totalling EUR 4M+ plus tiltrotor and compound aircraft work demonstrate deep rotorcraft capability.

Composite materials and advanced manufacturing for airframesprimary
3 projects

FITCoW (coordinator, composite wing-box tooling), ELADINE (coordinator, laminate distortion), and DOMMINIO (thermoplastic composites, additive manufacturing) form a strong cluster.

2 projects

Future Sky Safety covered fire safety, organizational safety, and human performance; COMPASS2020 addressed surveillance systems for maritime-air security.

Aircraft noise and emissions reductionsecondary
2 projects

ARTEM focused on low-noise technology and innovative configurations; MOREandLESS addressed sonic boom, combustion emissions, and sustainable supersonic aviation.

Hybrid electric propulsion and thermal managementemerging
1 project

IMOTHEP investigates hybrid electric propulsion roadmaps including waste heat recovery and power system architecture for regional aircraft.

Aeronautics research coordination and disseminationsecondary
3 projects

Coordinated TandemAEROdays19.20 (European Aeronautics Days), participated in OSCAR (open science in air transport) and PERSEUS (aerospace education quality).

Evolution & trajectory

How they've shifted over time

Early focus
Aviation safety and noise reduction
Recent focus
Advanced composites and green propulsion

In the early H2020 period (2014–2018), INCAS focused on aviation safety research, engineering education quality, and aerodynamic noise — contributing specialist testing and analysis to large European consortia. From 2019 onward, they shifted decisively toward advanced manufacturing (composite tooling, thermoplastic parts, additive manufacturing) and future propulsion (hybrid electric, sustainable fuels for supersonic flight). This evolution reflects a move from observation-and-testing roles toward hands-on manufacturing R&D and next-generation propulsion systems, aligning with European clean aviation priorities.

INCAS is building capability at the intersection of advanced composite manufacturing and sustainable propulsion — expect them to seek partners in clean aviation, digital manufacturing, and hybrid electric aircraft projects.

Collaboration profile

How they like to work

Role: active_partnerReach: European26 countries collaborated

INCAS predominantly operates as a consortium partner (11 of 14 projects), but has demonstrated coordination ability in 3 projects — notably in composite manufacturing (FITCoW, ELADINE) and event organization (TandemAEROdays). With 164 unique partners across 26 countries, they maintain a broad European network rather than clustering around a few repeat collaborators. This makes them an accessible partner: well-connected enough to add consortium credibility, experienced enough to coordinate when needed, and accustomed to working within large multi-national teams.

INCAS has collaborated with 164 distinct organizations across 26 countries, making them one of the best-connected aerospace research centres in Eastern Europe. Their network spans the major Western European aerospace hubs (likely France, Germany, Italy, UK) while anchoring Romania's presence in EU aviation research.

Why partner with them

What sets them apart

INCAS is Romania's primary gateway into European aerospace R&D — there is no equivalent national institute competing for the same role. They combine testing infrastructure (wind tunnels, structural labs) with growing expertise in digital manufacturing and composite materials, which is rare for an Eastern European research centre. For consortium builders, they offer strong technical contribution at competitive Eastern European cost rates, plus credibility as a national research institute with coordinator experience.

Notable projects

Highlights from their portfolio

  • FRC GAM 2018
    By far their largest project (EUR 3.1M) — fast rotorcraft research within Clean Sky, demonstrating INCAS can handle major funding and long-duration programs.
  • FITCoW
    Coordinated by INCAS — full-scale composite wing-box tooling innovation, showing they can lead manufacturing technology projects, not just participate.
  • MOREandLESS
    Positions INCAS in supersonic aviation sustainability — working on biofuels, liquid hydrogen, and sonic boom modelling, a forward-looking topic with commercial potential.
Cross-sector capabilities
Advanced manufacturing and Industry 4.0 (composite tooling, additive manufacturing, structural health monitoring)Space launch systems (SMILE small launcher project)Maritime and border security surveillance (COMPASS2020)Energy systems and thermal management (hybrid electric propulsion waste heat recovery)
Analysis note: Strong profile with 14 projects and clear thematic clusters. Some early projects (FRC GAM 2018, SMILE) lack keyword data, so expertise attribution relies partly on project titles and context. The Fast Rotorcraft funding (EUR 3.1M + EUR 930K) dominates the budget picture, which may overstate rotorcraft relative to their broader portfolio.