Coordinated CONCERTO (2020-2022), which developed a ground-based loudspeaker excitation system for measuring and reducing cabin noise in regional aircraft.
LEAD TECH SRL
Italian aerospace SME specializing in aircraft cabin acoustics, noise reduction testing, and engine-airframe acoustic integration for regional aircraft.
Their core work
LEAD TECH SRL is an Italian SME specializing in aerospace acoustics and aircraft noise engineering, with a focus on cabin noise reduction and engine-airframe integration. Their work spans both computational aircraft design (noise and emission modeling) and experimental acoustic testing, as demonstrated by their role developing loudspeaker-based excitation systems to simulate and measure cabin noise. They operate within the Clean Sky 2 Joint Technology Initiative, meaning their work directly feeds into Europe's agenda for quieter, cleaner regional aircraft. Their expertise sits at the intersection of acoustic engineering, structural dynamics, and aircraft systems integration.
What they specialise in
Participated in ADORNO (2018-2022), focused on aircraft design methodologies that account for noise ratings and emission profiles in regional aircraft.
ADORNO keywords explicitly include engine integration alongside noise and emission, indicating expertise in how engine placement affects acoustic performance.
CONCERTO's approach uses new loudspeaker excitation technology to replicate in-flight noise conditions on the ground, pointing to experimental test engineering capability.
How they've shifted over time
In the first phase of their H2020 participation (2018), LEAD TECH focused on upstream aircraft design challenges — how to design regional aircraft that are quieter and less polluting from the concept stage, with engine integration as a key variable. By 2020, their work shifted downstream toward validation and measurement: specifically, how to accurately test and verify cabin noise reduction without needing in-flight conditions. This trajectory suggests a progression from design-phase modeling toward experimental and ground-test methods, which is a natural maturation path for an acoustic engineering SME moving from analysis toward physical validation tools.
LEAD TECH appears to be moving toward proprietary test methodologies and tooling for acoustic validation — a direction that could lead to commercial testing services or licensed test protocols for aircraft manufacturers.
How they like to work
LEAD TECH works in small, focused consortia — both projects show a minimal partner count (2 unique partners across 2 projects), suggesting they prefer tight technical partnerships over broad multi-actor networks. They have taken both the coordinator role (CONCERTO) and the participant role (ADORNO), indicating they are comfortable leading a project when the technical scope matches their core competence. This makes them a reliable specialist partner rather than a generalist network builder.
LEAD TECH has collaborated with just 2 unique partners across 2 countries, reflecting a deliberately narrow and deep collaboration style rather than broad consortium participation. Their network is currently small but anchored in the Clean Sky 2 ecosystem, which connects them to major European aerospace players.
What sets them apart
LEAD TECH is a rare Italian SME with demonstrated technical leadership in aerospace cabin acoustics — a highly specialized niche where few small companies operate as project coordinators. Their dual capability in both design-phase noise modeling and ground-based experimental testing means they can engage at multiple stages of the aircraft development cycle. For consortium builders in Clean Sky or similar aerospace programs, they offer focused acoustic expertise without the overhead of a large research institution.
Highlights from their portfolio
- CONCERTOLEAD TECH coordinated this project — notable both for their leadership role and for the innovative use of loudspeaker excitation to replicate in-flight cabin noise on the ground, enabling faster and cheaper acoustic validation.
- ADORNOTheir entry into H2020, this project placed them within a Clean Sky 2 consortium tackling the complex relationship between aircraft design choices, engine integration, noise, and emissions for regional aircraft.