$60 million supersonic jet by Spike Aerospace - windowless and part funded by donations.
Is this a glimpse of aviation of the future?Spike Aerospace is hoping to raise $250,000 from crowdfunding to go towards building a supersonic private jet that has no windows and can fly from London to New York in just four hours.
The futuristic Spike S-512 luxury jet is estimated to cost $60 million (£36m, €44m) and will be able to carry a maximum of 18 passengers at a time. In place of windows, the jet will feature giant screens that stream live video taken from micro-cameras surrounding the outside of the plane to show passengers what is going on outside, or be used to project movies and other content. The Boston-based company is ditching the traditional oval windows seen in aircrafts today as they slow the plane down by adding extra weight and weakening the body of the aircraft.
"There are several reasons for removing the windows from the cabin. It has long been known that the windows cause significant challenges in designing and constructing an aircraft fuselage. They require addition structural support, add to the parts count and add weight to the aircraft," Spike Aerospace President and CEO Vik Kachoria explains in a blog post.
"But until recently, it has not been possible to do without them."
Commercial airlines today usually fly at the speeds of .85 Mach, which is about 567 miles per hours (mph). In contrast, the Spike S-512 has been designed to fly at speeds of 1.6 – 1.8 Mach (1060-1200mph), using advanced composite materials, avionics and jet propulsion technologies. The founders of Spike Aerospace are aerospace engineers who previously worked for aircraft manufacturers such as Boeing, Airbus, Gulfstream and Nasa. They have been designing the supersonic jet for two years and hope to launch the aircraft in December 2018. In order to generate publicity for their project, Spike Aerospace has launched a crowd-funding campaign to raise $250,000. The money will be used to help complete the next phase of the aircraft design, which will cost a total of $800,000.
