The Spike Supersonic Jet has been announced as a luxury aircraft for business traveling. This jet is being developed by Spike Aerospace with the intention of creating the ultimate traveling experience for everyone with efficiency and speed. The new design will enable passengers to see live interactive displays instead of windows.
It will be captured by cameras on the outside of the jet and then shown on the large displays. This idea enhances the voyage by creating a more aerodynamic experience. It will also have speeds of up to 1,370 MPH which is a Mach 1.8 and will carry up to 18 passengers. The anticipated Spike Supersonic jet will launch in December of 2018 and will retail for a massive $80 million US dollars as the most sophisticated travelling experience.
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The Spike Supersonic Jet Will Have Live Window Displays
Trend Themes
1. Supersonic Luxury Travel - The Spike Supersonic Jet represents an emerging trend in the luxury travel industry, providing a new level of speed and comfort for executives and high-end clients.
2. Virtual Window Displays - The incorporation of live interactive displays in place of traditional windows opens up opportunities for disruption within the aviation and aerospace industries.
3. Aerodynamic Design - The Spike Supersonic Jet's streamlined design represents an opportunity for change in the engineering and design fields, as companies seek to create more efficient and faster modes of transportation.
Industry Implications
1. Aerospace - Spike Aerospace's development of the Spike Supersonic Jet represents an opportunity for innovation within the aerospace industry, with potential for new developments in technology and design.
2. Luxury Travel - As the ultimate luxury experience, the Spike Supersonic Jet could disrupt the current market within the travel and hospitality industry, creating new opportunities for high-end and executive travel.
3. Engineering - The aerodynamic design of the Spike Supersonic Jet provides opportunities for engineering breakthroughs in the implementation of faster and more efficient modes of transportation.