SciTransfer
Organization

EMS SATCOM UK LTD

UK-based aviation SATCOM supplier contributing airborne communication and multi-link CNS expertise to SESAR and Clean Sky consortia.

Large industrial companytransportUKNo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
Unique partners
124
What they do

Their core work

EMS SATCOM UK LTD supplies satellite communication equipment and avionics for commercial and business aviation, specializing in airborne SATCOM terminals and antenna systems that connect aircraft to ground networks. In H2020, they contributed technical expertise to SESAR and Clean Sky programs focused on the next generation of aviation Communication, Navigation and Surveillance (CNS) — the data links and positioning technologies that keep aircraft safe and coordinated in increasingly crowded airspace. Their work sits at the intersection of aerospace hardware and air traffic management, specifically on multi-link connectivity that combines satellite, terrestrial and line-of-sight data links into an integrated aircraft communication stack. They participate as a third-party industrial supplier to larger consortium members rather than as a direct grantee.

Core expertise

What they specialise in

Aeronautical SATCOM and airborne connectivityprimary
3 projects

Keywords 'SATCOM' and 'FCI' appear in PJ14-W2 I-CNSS, aligned with their commercial product line of airborne satellite terminals.

Future Communications Infrastructure (FCI) and multi-link dataprimary
2 projects

PJ14 EECNS and PJ14-W2 I-CNSS both address integrated CNS with explicit references to LDACS, SATCOM and MULTILINK.

Surveillance technologies (ADS-B, ATN-IPS)secondary
1 project

PJ14-W2 I-CNSS keywords include ADS-B and ATN-IPS, covering the IP-based air-ground surveillance stack.

Alternative Position, Navigation and Timing (A-PNT)emerging
1 project

PJ14-W2 I-CNSS explicitly lists 'Long term alternative Position, Navigation and Timing' and GBAS as focus areas.

Avionics for large passenger aircraftsecondary
1 project

LPA GAM 2018 (Clean Sky 2 Large Passenger Aircraft programme) ties their work to aircraft-level integration.

Evolution & trajectory

How they've shifted over time

Early focus
Large passenger aircraft avionics
Recent focus
Integrated CNS and multi-link SATCOM

Between 2014 and 2018 their contribution was broader and less specific in the CORDIS keyword record — framed around Large Passenger Aircraft integration (LPA GAM 2018) and the early CNS consolidation work of PJ14 EECNS. From 2019 onwards, their footprint sharpens around the SESAR 2020 Wave 2 agenda: hyper-connected ATM, the Future Communications Infrastructure (FCI), and concrete technology bricks such as LDACS, MULTILINK, ADS-B and alternative PNT. The trajectory shows a company moving from generic avionics participation toward the specific data-link and positioning technologies that will underpin single-sky digital airspace.

They are moving toward hyper-connected ATM and alternative PNT — a strong fit for consortia working on resilient, multi-link aircraft communication beyond GPS-only dependence.

Collaboration profile

How they like to work

Role: third_party_expertReach: European22 countries collaborated

They consistently participate as a third-party industrial contributor inside very large SESAR and Clean Sky consortia, never as coordinator or direct beneficiary. Across only three projects they appear alongside 124 different partners in 22 countries, which indicates they are being brought in as a specialist hardware supplier rather than as a repeat partner in a tight cluster. Working with them means accessing their SATCOM product and test expertise through an existing prime — not contracting them as a standalone grantee.

Connected to 124 partners across 22 countries through three SESAR/Clean Sky consortia, with an inherently European and transatlantic aerospace network given the Honeywell corporate linkage and UK base.

Why partner with them

What sets them apart

Very few H2020 participants combine commercial airborne SATCOM product experience with active contribution to SESAR's CNS research agenda — this is their distinctive overlap. For a consortium that needs a real aviation hardware supplier at the table (not just a research lab) to ground-truth data-link concepts like FCI, LDACS or MULTILINK, they are one of the natural names. Their third-party status also makes them easier to involve than a full beneficiary — the prime carries the administrative weight.

Notable projects

Highlights from their portfolio

  • PJ14-W2 I-CNSS
    Their most technically specific project — explicitly covers the full next-gen CNS stack (LDACS, SATCOM, MULTILINK, ADS-B, ATN-IPS, A-PNT) and runs into 2023, making it their most forward-looking engagement.
  • PJ14 EECNS
    Predecessor SESAR CNS integration project that anchors their continuity of expertise from 2016 into Wave 2.
  • LPA GAM 2018
    Clean Sky 2 Large Passenger Aircraft programme — their only non-SESAR project and evidence of aircraft-level (not just ATM-level) credibility.
Cross-sector capabilities
space (satellite communication payloads and ground links)digital (aeronautical data links and IP networking)security (resilient PNT and secure air-ground communications)
Analysis note: Only 3 projects, all as third party with no EC funding recorded — profile is inferred from project scope, keywords and the company's known commercial identity as an aviation SATCOM supplier. Specific technical role within each consortium is not detailed in CORDIS.