Discover how simulation is bringing advanced air mobility to life
The dream of a city sky full of flying vehicles hasn’t yet become a reality, but we might not have to wait much longer to see it come to life. Technological advancements in electric propulsion and rising demand for sustainable transportation have boosted the future air mobility industry in recent years.
More and more startups and companies are joining the race to develop unmanned aerial vehicles (UAV), drones and electric vertical take-off and landing (eVTOL) aircraft that will help decongest traffic in urban areas. But before getting their products to market, they must increase aircraft efficiency, ensure safety, low environmental impact, and noise reduction as well as find ways to move to production and obtain certification.
The new technologies that are helping engineers tackle these challenges all have a common denominator: simulation.
Simulation is enabling engineers to design, model, assess, test and optimize aircraft faster than before, bringing us closer to a future with easily accessible and sustainable urban air transport.
In this report discover:
- The trends and challenges of future air mobility
- How simulation is helping engineers design and develop future air mobility aircraft
- The benefits of cloud-based engineering to get to market faster