Military training aircraft developer Aeralis is to partner with AI-based digital twin copmany Aerogility to enhance future fleet planning for its modular military aircraft system.
Aeralis is developing a family of light military aircraft with a “digital-first” approach to design, development and design. Its advanced trainer jet features a swept wing design and will provide training for up to 6th generation fighter aircraft pilots. The basic trainer will be used to train pilots for 3rd or 4th generation combat aircraft and will be powered by a single low-bypass turbofan engine, while the third aircraft would be suitable for acrobatic displays.
Aerogility’s model-based AI technology uses digital simulation twin AI to create a digital replica of the fleet while during the design stage. The technology provides insights into forecasting, planning, risk management and strategic decision-making as it designs the aircraft.
Gary Vickers, CEO of Aerogility said, “Our collaboration with Aeralis goes beyond conventional fleet planning. Together, we are creating a Platform and Fleet Availability Model, which will influence the design of Aeralis’ support system and platform architecture. The model will enable Aeralis to set baseline availability and a through-life cost model to credibly deliver on its promises of reduced through-life costs and increased fleet availability.”
Aeralis is using a modular approach to the design of its aircraft that will feature open-architecture avionics, a common fuselage, interchangeable outer wings, and centreline engine nacelles. Underpinned by a digital enterprise and certification framework, the platform will support both crewed and uncrewed defense aviation missions, all while significantly reducing costs across development, production, training, and maintenance.
Mark Williams, availability director at AERALIS said, “Aerogility’s AI capabilities are instrumental in our ability to shape future fleet planning and optimize the support and upgrade processes of our modular system. With the insights afforded by Aerogility, we can deliver greater mission versatility while reducing operational costs, making our aircraft system a highly flexible and cost-effective solution for modern defense needs.”
