Central contributor across PJ10 PROSA (separation management), PJ16 CWP HMI (controller workstations), PJ07 OAUO (airspace user operations), and their Wave 2 continuations.
RIZENI LETOVEHO PROVOZU CESKE REPUBLIKY STATNI PODNIK
Czech national air navigation service provider and SESAR validation partner across ATM modernization, digital towers, and drone airspace integration.
Their core work
RLP CR is the Czech Republic's national Air Navigation Service Provider (ANSP), responsible for managing all air traffic control across Czech airspace. In H2020, they serve as a key operational validator for the SESAR programme — Europe's flagship initiative to modernize air traffic management. They contribute real-world operational expertise from a mid-sized European ANSP to test and validate new ATM concepts, controller tools, airport management systems, and drone integration procedures. Their value lies in being an actual airspace operator who can trial SESAR solutions in a live environment, bridging the gap between research concepts and deployable ATM systems.
What they specialise in
Participated in PJ03a SUMO (surface management), PJ03b SAFE (airport safety nets), PJ28 IAO (integrated airport operations), PJ04 TAM (total airport management), PJ02 EARTH (runway throughput), and VLD2-W2 STAIRS (runway safety alerts).
Active in PJ18 4DTM and PJ18-W2 4D Skyways (trajectory management), plus PJ06 ToBeFREE (trajectory-based free routing).
Contributed to PJ05 Remote Tower (multiple airports) and PJ05-W2 DTT (digital technologies for tower), including remote tower center HMI development.
PJ13-W2 ERICA focused specifically on enabling RPAS insertion into controlled airspace, covering detect-and-avoid and IFR integration — a clear expansion into unmanned aviation.
Participated in PJ19 CI and PJ19-W2 (content integration and architecture), PJ20 AMPLE and PJ20-W2 (SESAR master planning and deployment scenarios).
How they've shifted over time
In their early H2020 period (2016–2019), RLP CR focused heavily on core ATM modernization through SESAR Wave 1: controller tools, separation management, runway throughput, airport surface management, and system engineering infrastructure. From 2019 onward, their Wave 2 projects show a clear shift toward digital transformation and new entrants — digital tower technologies, RPAS/drone insertion into controlled airspace, and U-space concepts appear alongside continued work on trajectory management and network services. The evolution mirrors the broader European ATM roadmap: from optimizing today's manned aviation system toward preparing airspace for unmanned and urban air mobility.
RLP CR is positioning itself at the intersection of traditional air traffic control and unmanned aviation — expect growing involvement in U-space, urban air mobility, and drone corridor management as these mature from research to deployment.
How they like to work
RLP CR operates exclusively as a participant — across 35 projects they have never coordinated, which is typical for ANSPs who contribute operational validation rather than leading research design. With 151 unique partners across 27 countries, they are deeply embedded in the pan-European SESAR ecosystem, working alongside all major ANSPs, Eurocontrol, and aviation industry players. Their consistent presence across both SESAR Wave 1 and Wave 2 indicates they are a trusted, long-term consortium member rather than an occasional contributor.
With 151 unique partners across 27 countries, RLP CR is embedded in one of the densest collaboration networks in H2020 — the SESAR Joint Undertaking ecosystem, which connects virtually every European ANSP, major aviation manufacturers, and ATM research organizations. Their network is inherently pan-European due to the cross-border nature of air traffic management.
What sets them apart
As the Czech national ANSP, RLP CR offers something most research organizations cannot: a live, operational airspace environment in Central Europe for validating ATM concepts. Their participation in nearly every major SESAR solution area — from controller tools to airport safety to drone integration — makes them one of the most broadly experienced mid-sized ANSPs in the programme. For consortium builders, they bring a Central European validation site with direct regulatory authority over Czech airspace, which is valuable for demonstrations requiring real operational conditions.
Highlights from their portfolio
- PJ10 PROSATheir highest-funded project (EUR 924,547) focused on controller separation tools — continued into Wave 2 with EUR 630,000, signaling this as their core technical strength.
- PJ13-W2 ERICARepresents their strategic expansion into RPAS/drone integration in controlled airspace, including detect-and-avoid and IFR operations — a future-defining topic for all ANSPs.
- PJ05-W2 DTTDigital Technologies for Tower addresses remote and multi-airport tower operations, a critical capability for smaller airports and a growing deployment priority across Europe.