Aviation News – Leonardo has completed the first flight of its Next Generation Civil Tiltrotor Technology Demonstrator (NGCTR-TD) at its Cascina Costa facility in northern Italy, marking a major milestone for Europe’s most advanced civil rotorcraft research programmes under the EU-funded Clean Sky 2 initiative.
The flight, carried out on December 19, 2025, represents a key step in the development of a new class of civil aircraft aimed at combining vertical take-off capability with fixed-wing performance, strengthening Europe’s position in future vertical lift aviation. The NGCTR programme is led by Leonardo within Clean Sky 2, a core initiative of the EU’s Horizon 2020 framework focused on reducing environmental impact while reinforcing the European aerospace supply chain. The first flight is regarded as a critical bolt in validating the programme’s underlying technologies and long-term operational concepts.
The NGCTR concept is designed to merge helicopter versatility with the speed and efficiency of a turboprop aircraft. With a planned cruise speed of around 280 knots and a range of approximately 1,000 nautical miles, the tiltrotor is intended to enable faster point-to-point travel over long distances. This performance profile opens new operational scenarios for passenger mobility, freight transport and Search and Rescue missions, allowing wider area coverage with improved efficiency and a reduced environmental footprint.
Leonardo described the achievement as a decisive step forward for civil aviation innovation in Europe. “The first flight of the NGCTR Technology Demonstrator is a fundamental milestone that confirms the maturity of the technologies developed under Clean Sky 2 and their potential to transform future civil vertical lift operations,” the company said in a statement.
Following the successful maiden flight, Leonardo plans an expanded flight-test campaign to further validate performance, handling qualities and system integration. The data gathered will support future design choices and help define certification pathways for next-generation civil tiltrotor aircraft.