Enabling safer and more reliable drone operations

U‑LAND is a research project that addresses one of the main challenges in the large‑scale deployment of drone and Urban Air Mobility (UAM) operations: how to safely plan and manage unexpected situations in increasingly dense and complex airspaces.

By combining advanced modeling, artificial intelligence, and U‑space services, the project contributes to making drone operations safer, more reliable and ready to scale, in line with European and national strategies for sustainable mobility.

U‑LAND aims to strengthen the foundations of U‑space by focusing on contingency‑aware planning and management of drone operations. The main objectives are:

  • Improve flight contingency planning and management by integrating pre‑planned mitigation strategies into the drone mission design.
  • Develop advanced U‑space services that support safe operations under off‑nominal conditions, such as system failures, environmental disturbances or communication issues.
  • Enhance trajectory prediction and conflict management, combining classical methods and artificial intelligence to better anticipate and manage risks.
  • Support the integration of UAM operations into urban environments through safer airspace use and vertiport‑related planning.
  • Align research outcomes with regulatory and operational needs, contributing to future standardisation and certification processes.

The project is expected to deliver concrete scientific, technological and operational results, including:

  • New contingency planning and management services integrated into the U‑space framework, enabling safer drone missions before and during flight.
  • Improved performance and trajectory models for drones, supporting more accurate predictions in both nominal and emergency scenarios.
  • Validated methodologies and best practices for managing flight contingencies in high‑density drone operations.
  • Scientific publications in high‑impact journals covering U‑space operations, safety, trajectory optimization, artificial intelligence and UAM.
  • Strengthened collaboration between universities, industry stakeholders, and aviation authorities, supporting future European research initiatives.

  • Advances the state of the art in U‑space services and contingency management for drone and UAM operations.
  • Fills a critical gap in current U‑space deployments by addressing off‑nominal and emergency situations in a systematic way.
  • Enables further research and innovation through openly disseminated methods and results.

  • Supports regulatory bodies and authorities by providing evidence‑based approaches for integrating contingency management into mission planning.
  • Contributes to standardisation efforts and future certification processes within the European U‑space framework.

  • Facilitates safe, scalable and socially accepted drone operations in urban environments.
  • Supports applications with high societal value, such as emergency response, medical logistics, infrastructure monitoring and public safety.
  • Contributes to sustainable and climate‑friendly mobility, aligned with European priorities on smart cities and decarbonisation.

  • Trains highly qualified researchers and engineers in key areas of U‑space, UAM and intelligent mobility.
  • Strengthens Europe’s long‑term capacity for innovation in the drone and urban air mobility ecosystem.