Honeywell Aerospace to Lead €6.8 m SESAR JU Project VERTI-GO, Targeting Integrated European Airspace for eVTOLs and Cargo Drones

Project VERTI-GO: Engineering the Rules of the Road for Europe's New Air Mobility Vehicles

Announced at Farnborough Airshow on 21 July 2026, Project VERTI-GO represents one of the most structurally comprehensive airspace-integration programmes yet commissioned under Europe's Single European Sky ATM Research (SESAR) Joint Undertaking. The EU-backed SESAR JU initiative is focused on the safe integration of innovative air mobility into current air traffic management (ATM) and U-space operations, and is led by Honeywell Aerospace as part of a €6.8 million, 12-partner consortium that includes Vertical Aerospace, NATS, EUROCONTROL, ENAIRE, and AENA.

The project headquarters sit within Honeywell's engineering teams in Central Europe. Led by Honeywell Aerospace engineers in Brno, Czech Republic, the consortium brings together Europe's leading air navigation providers, airports, and technology companies.

The architecture of VERTI-GO is deliberately bifurcated. The 12-partner consortium will focus on two pathways: one for eVTOL operations with an onboard pilot and one for remotely operated cargo drone operations. This dual-track structure allows the programme to tackle the distinct regulatory and operational challenges facing crewed advanced air mobility aircraft and fully remotely piloted cargo platforms simultaneously, rather than sequentially.

Piloted eVTOL flights, to be conducted by Vertical Aerospace in the south of Spain, will be monitored by aviation authorities to help build trust for future operations. Odys Aviation will serve as the project's remotely operated cargo drone demonstration partner, and the results of these simulations aim to contribute to future standards and regulations for operations in Europe.

The consortium's full partner breakdown reflects the breadth of the integration challenge. Project partners include technology providers (Honeywell Aerospace and Frequentis), platform manufacturers (Vertical Aerospace and Odys Aviation), air navigation service providers (Air Navigation Services of the Czech Republic, NATS, and ENAIRE), research institutions (ITG and CRIDA), an airport and vertiport operator (Aena), an electric aircraft operator (Aeros Electric Airlines), and an intergovernmental organisation (EUROCONTROL).

The technical scope of VERTI-GO spans several of the most contested engineering frontiers in advanced air mobility. The consortium will develop and validate technologies covering digital flight planning, vertiport reservation management, complex airspace operations, and automation supporting air traffic management services. Emergency landing site management is also a defined deliverable, addressing a gap that regulators have consistently flagged as a prerequisite for scalable urban operations.

Honeywell Aerospace's senior technical manager on the project, Jolana Dvorská, framed the programme's objective in operational rather than technological terms: "Integrating new aircraft types into already busy airspace requires new procedures, new levels of automation and new ways of managing traffic. The question is no longer whether these aircraft can fly and perform, but how they can operate safely at large scale within Europe's existing airspace."

The regulatory architecture underpinning VERTI-GO is EASA's Innovative Air Mobility framework. The EASA Innovative Air Mobility framework is set to enable an ecosystem for the safe, integrated use of piloted eVTOL aircraft and remotely operated drones in Europe, moving them closer to becoming part of mainstream aviation.

Technical Breakdown

Piloted eVTOL: Vertical Aerospace VX4 / Valo

The VX4 is engineered to carry one pilot and four passengers up to 100 miles at 150 mph, and features eight tilting rotors. Vertical Aerospace has completed the first piloted flight of its latest VX4 eVTOL prototype in the UK, and is also developing a hybrid-electric variant to offer increased range and mission flexibility. The VX4 utilises eight electric propellers, four of which are tilt-propellers that, together with its fixed wings, allow seamless transitions between vertical take-off/landing and efficient forward flight.

Simulations and demonstrations will form the centrepiece of the project, including flight demonstrations using Vertical Aerospace's prototype eVTOL between Málaga and Marbella in Spain, expected to take place during 2028.

Remotely Operated Cargo Drone: Odys Aviation Laila

The Laila is Odys Aviation's standard for tactical VTOL drones, combining runway-independent flexibility, a 450-mile range with a 130 lb payload, and multi-hour endurance — positioning it as a hybrid-electric cargo drone. Beyond cargo deliveries, it can support pipeline inspections, leak detection, geological surveys, maritime operations, and logistics services. The Laila is operated remotely rather than autonomously, making it directly applicable to the VERTI-GO pathway focused on remotely piloted cargo operations within U-space and controlled airspace.

Honeywell and Odys have an established working relationship predating VERTI-GO. Honeywell's Ground Control Station, scalable to meet the needs of any VTOL platform, enables remote pilots to manage multiple vehicles simultaneously over long distances and without direct visual contact, with advanced automation functionalities such as traffic awareness, contingency management, and ground-based detect-and-avoid helping to reduce pilot workload.

Industry Impact

For manufacturers and OEMs: VERTI-GO delivers something that eVTOL and cargo drone makers have rarely had access to at this scale — a structured, regulator-observed validation environment. Both project pathways will conduct simulations and demonstrations in European locations, generating the empirical operational data that certification bodies require. For Vertical Aerospace, the Málaga–Marbella corridor provides a live testbed that directly feeds into its EASA certification pathway. For Odys Aviation, participation in a SESAR JU programme grants the Laila platform credibility in European regulatory circles well beyond its existing Middle East and Pacific deployments.

For air navigation service providers (ANSPs): The presence of NATS, ENAIRE, ANS Czech Republic, and EUROCONTROL within the same consortium signals that European ANSPs are moving from observer status to active co-designers of the U-space integration architecture. The digital flight planning and vertiport reservation management deliverables will directly shape the procedural frameworks these organisations will eventually be responsible for operating.

For regulators: VERTI-GO will address the safe integration of Innovative Air Mobility into current ATM systems and U-space operations, enabling flexible, scalable, and efficient urban air transport. The programme's outputs are explicitly intended to contribute to future EASA standards, meaning the simulation and demonstration data generated by 2028 will likely feed directly into regulatory rulemaking cycles.

For technology integrators: Honeywell's position as consortium lead — rather than simply a component supplier — elevates its role in European advanced air mobility from hardware provider to systems architect. The ground control station, automation tooling, and ATM interface work the company is contributing to VERTI-GO establishes reference implementations that competing integrators will need to benchmark against.

For investors: The €6.8 million SESAR JU award validates the commercial-readiness trajectory of both Vertical Aerospace and Odys Aviation at a critical pre-certification juncture. Vertical Aerospace aims to achieve commercial airline safety standards and certification by 2028, and VERTI-GO's 2028 demonstration timeline is closely aligned with that target — reducing the gap between type certification and demonstrated airspace integration.