Core contributor to PJ02 EARTH, PJ02-W2 AART, PJ04 TAM, PJ04-W2 TAM, and PJ05 Remote Tower — all focused on increasing airport capacity and surface management.
LEONARDO GERMANY GMBH
German arm of Leonardo group providing air traffic management, airport operations, and CNS systems expertise to Europe's SESAR programme.
Their core work
Leonardo Germany is the German subsidiary of Leonardo S.p.A., one of Europe's largest aerospace and defense companies, contributing air traffic management (ATM) and communication/navigation/surveillance (CNS) expertise to the SESAR programme. They provide specialized engineering for airport operations, runway throughput optimization, trajectory management, and integrated surveillance systems. Their work spans the full ATM technology stack — from ground-based augmentation systems (GBAS) and satellite communications to surface management and U-space drone integration. As a third-party contributor across 12 SESAR projects, they supply domain-specific technical capability that feeds into Europe's next-generation air traffic infrastructure.
What they specialise in
PJ14-W2 I-CNSS covers LDACS, SATCOM, GBAS, ADS-B, and multilink technologies; PJ02 EARTH also involves GBAS and radar systems.
PJ22 SEabird focused on validation methodology, requirements management, and system engineering data management; PJ17 SWIM-TI on technical infrastructure; PJ06 ToBeFREE on trajectory-based routing.
PJ06 ToBeFREE and PJ18 4DTM address trajectory-based free routing and 4D trajectory management respectively.
PJ34-W3 AURA (their most recent project, 2021-2023) focuses on the ATM/U-space interface using SWIM and collaborative protocols.
How they've shifted over time
In the first SESAR wave (2016–2019), Leonardo Germany focused broadly on foundational ATM infrastructure: system engineering methodology, validation frameworks, runway throughput physics (wake vortex, separation, GBAS), surface management, and trajectory optimization. In the second wave (2019–2023), their focus sharpened toward integrated airport management (TAM with CDM, environmental and meteorological impact), advanced CNS systems (LDACS, SATCOM, multilink), and the emerging challenge of integrating unmanned traffic (U-space) with conventional ATM. The shift signals a move from building individual ATM components toward system-of-systems integration and next-generation airspace architecture.
Leonardo Germany is moving toward U-space/ATM integration and advanced CNS, positioning them at the intersection of manned and unmanned airspace management — a critical growth area for European aviation.
How they like to work
Leonardo Germany operates exclusively as a third-party contributor, meaning they are brought in by SESAR consortium members for their specific technical expertise rather than leading or formally partnering in projects. With 110 unique partners across 26 countries, they maintain an exceptionally broad network, suggesting they are a recognized specialist that multiple consortium leaders call upon. This third-party model means working with them is typically low-friction — they plug into existing project structures rather than driving governance.
With 110 unique consortium partners spanning 26 countries, Leonardo Germany has one of the broadest SESAR collaboration networks among third-party contributors, connecting them to virtually every major ATM player in Europe.
What sets them apart
Leonardo Germany brings the full weight of a major aerospace group's ATM and CNS expertise into SESAR projects, but operates with the agility of a specialized contributor rather than a programme-level leader. Their consistent presence across both SESAR waves — from foundational runway throughput work to U-space integration — means they carry deep institutional knowledge of how these systems evolved. For consortium builders, they offer a rare combination: large-company reliability with specialist-level depth in airport operations, surveillance, and navigation technologies.
Highlights from their portfolio
- PJ34-W3 AURATheir most recent and forward-looking project, tackling the critical challenge of integrating drone (U-space) traffic with conventional ATM — a defining problem for European airspace in the 2030s.
- PJ14-W2 I-CNSSCovers the full next-generation CNS technology stack (LDACS, SATCOM, GBAS, ADS-B, multilink), representing the communication backbone of future European air traffic management.
- PJ02 EARTH / PJ02-W2 AARTSustained engagement across both SESAR waves on runway throughput — from wake vortex separation to curved approaches and A-SMGCS — showing deep, multi-year expertise in airport capacity optimization.