The latest issue of “POLARIS Innovation Journal” showcases Leonardo’s cutting-edge technologies in the rotary wing sector, aimed at advancing Advanced Air Mobility and improving the accessibility, mobility, and environmental quality of cities.
Leonardo’s innovations in the rotary wing sector have the potential to revolutionize urban transportation and reduce the environmental impact of traditional helicopters.
H2 Leonardo’s Advanced Air Mobility Technologies: Paving the Way for Sustainable Urban Transportation
Leonardo, a global leader in the rotary wing sector, has unveiled its latest technologies in the field of Advanced Air Mobility. The company’s portfolio of products, systems, and services reflects more than thirty years of experience and is designed to keep pace with the evolving needs of modern mobility.
From traditional helicopters to the AW609 tiltrotor and unmanned systems like the AWHERO, Leonardo’s innovations offer a range of options for improving transportation in cities, metropolitan areas, and territories. These technologies have the potential to enhance accessibility, mobility, and safety, while also reducing the environmental impact of urban transportation.
One of the key factors enabling this evolution is the extensive use of digital technology. Leonardo employs design via digital twin, artificial intelligence for analyzing helicopter data, and cybersecurity systems to enhance the performance and safety of their rotary wing technologies. These digital advancements not only optimize operations but also contribute to a more sustainable and efficient transportation system.
Furthermore, Leonardo’s commitment to research and development has led to advancements in advanced materials, hybrid/electric propulsion, and improved aerodynamics and acoustics. These innovations not only enhance the performance of their rotary wing technologies but also contribute to reducing noise pollution and carbon emissions.
POLARIS, Leonardo’s innovation journal, highlights the company’s contributions to Advanced Air Mobility through six insightful essays. These essays cover a range of topics, including machine learning, analyzing helicopter parameters, evaluating rotor-generated loads, improving human-machine interfaces, and studying the interaction between rotor flow, terrain, and machine in tiltrotor drive systems.
The insights presented in POLARIS were also showcased at the Vertical Flight Society’s Annual Forum & Technology Display, a prestigious international conference on vertical flight. This event provided a platform for Leonardo to share their advancements with industry experts and further solidify their position as a global benchmark in the rotary wing sector.
Leonardo’s advancements in Advanced Air Mobility have the potential to transform urban transportation and contribute to a cleaner, more sustainable future. By embracing digital technology, studying advanced materials, and improving aerodynamics and acoustics, Leonardo is leading the way towards a greener and more accessible urban environment.
In conclusion, Leonardo’s recent technologies showcased in the POLARIS Innovation Journal demonstrate the company’s commitment to advancing Advanced Air Mobility and improving the quality of urban transportation. With a focus on sustainability and innovation, Leonardo is driving the future of vertical flight and paving the way for a more eco-friendly and efficient urban mobility system.
