JetZero and Altair Collaborate on Innovative Blended-Wing Aircraft
On March 24, 2025, JetZero, based in Long Beach, California, announced a partnership with Altair, a prominent simulation technology company located in Troy, Michigan. This collaboration aims to revolutionize the design of its commercial blended-wing airplane, which promises significant advancements in fuel efficiency.
JetZero’s initiative focuses on cutting down fuel usage by as much as 50% compared to typical airliners. This ambitious goal will be achieved through advancements in aerodynamics and a weight-optimized aircraft structure. To aid in this endeavor, JetZero is employing Altair’s FlightStream, part of the comprehensive HyperWorks simulation suite, to execute sophisticated computational fluid dynamics (CFD) analyses.
“We are thrilled that JetZero, an aerospace pioneer, is utilizing our simulation and AI innovations to redefine aircraft design capabilities,” remarked Pietro Cervellera, Altair’s Senior Vice President for aerospace and defense.
Advantages of the Blended-Wing Design
The blended-wing architecture proposed by JetZero merges the wings with the fuselage, enhancing lift and minimizing drag. This design results in improved fuel efficiency, extended flight ranges, and increased cabin space. Additionally, the placement of engines at the craft’s rear is expected to lessen noise pollution during both takeoff and landing. The innovative structure is not only lighter but also quieter compared to conventional tube-and-wing designs, making it suitable for both passenger and cargo transport.
Tom O’Leary, CEO and co-founder of JetZero, emphasized the significance of Altair’s technology in fulfilling their vision. “JetZero is set to make a transformative leap in aviation, and Altair is crucial in shaping this future,” he stated.
As part of the Altair Aerospace Startup Acceleration Program, JetZero is leveraging a full range of simulation, data analytics, and AI tools. The company anticipates conducting its initial full-scale flight of the aircraft by 2027.
For more details, visit the Original Article.
