Otto Aviation Concept Jet
Among the various aircraft concepts in various stages of development, one particularly compelling design is from Otto Aviation. Based in Yorba Linda, California, the upstart has been working to refine their laminar-flow airfoil, promising that the reduction in drag will unlock massive gains in performance and efficiency.
Thus far, Otto has built and flown a proof-of-concept aircraft called the Celera 500L. Equipped with a straight wing and a single Diesel piston engine driving a pusher propeller, the 500L first flew in 2018 and has set the stage for an advanced, twin-turbofan private jet derivative.
The twin jet, aimed to provide transcontinental range with a supermid-sized cabin, has been referred to as the Celera 800 on the company’s website but, according to job postings, appears to have been renamed the “Phantom 3000.”
In addition to notable range and efficiency, the forthcoming jet promises a revolutionary cabin experience. Devoid of any windows, the cabin utilizes gently-curved screens that display a real-time view outside. Dubbed “supernatural windows” by Otto Aviation, these reportedly enable better airflow over the fuselage, less weight, and a claimed 20% increase in cabin size.


Whether the Phantom 3000 and its claimed benefits will come to fruition remains to be seen, but with other manufacturers preparing to integrate virtual windows into their own aircraft, at least some of the developments are indeed likely to see the light of day.


Topics Related To: FUTURE OF FLIGHT
Spiroid Winglets – Sculpting Air to Increase Efficiency
It might not seem logical that adding additional structure to an aircraft’s wing could reduce drag and enable it to slip through the air more efficiently.
Skyryse – Simplifying Aircraft Control with New Technology
Aviation startup Skyryse progresses toward FAA certification for a revolutionary new pilot/aircraft control interface that can simplify piloting and increase safety.
Embraer Files Patent for New Control Surfaces
Aircraft manufacturer Embraer files patent application for new flight control surfaces that enhance controllability while reducing drag and increasing efficiency.