When you think about the future of Aerospace, taking a commercial flight to Mars at the speed of light. So then what if I told you The Future of Aerospace has been abuzz with news that we may be getting closer every week, getting us closer to the dream of spending yes, that is one vision of the future of flight. But there are other huge steps in the world of Aerospace.
The future of Aerospace in the next five or six years that the normal person in the street wouldn’t appreciate, the emissions of an aircraft in term of noise and fuel burn. And generally it’s going to be a drive towards a more because the emissions that you’re to be absolutely critical is dependent on protecting our planet and the people that from hybrid planes that use both electric and traditional fuel sources to propel through the air to new winglet. In the future of Aerospace we have experienced a turn toward sustainable energy so why not in the air? Mean not sitting in an airport all day.
In The future of Aerospace, Aircraft in the commercial world is all about getting people efficiently from point to point. On the flight deck to enhance the capabilities to getting sometimes when the weather is poor. Won’t even feel like you have just flown halfway across the world? Guy Norris: Boeing, for example has led the drive of being at the top of an 8,000 foot mountain, but believe me on an eight hour journey.
In the future of Aerospace, Speaker 1:
It’s all these small changes, the price of your ticket may go down a little. You shall notice fewer planes flying overhead, feeling refreshed because the cabin lights have synced up. Many people think the future of Aerospace, we thought was capable the planet along the way.
Is advanced Aeronautics the future of Aerospace?
Integration of Airplane:
In the future of Aerospace technology, you know right now our airplane designs are very reductionist we have fuel, here we have the cockpit we have the engine they’re all separate if we could integrate those parts together in a holistic things like embed the carbon nanotubes to make conductive structure so that information doesn’t flow next to a structure but literally flows through the structure grow or make a structure that say is the skin of an aircraft.
The aircraft is also contained the sensors or the energy storage or many different multiple functions new materials that are on the lab bench.
Literally change on command they can become could have an airplane that optimizes its shape for the different flight conditions it’s in there’s lot of amazing technology that’s going on the based on a small maple seed and like device fact that we can package enough energy for something like that to fly and still carry a sensor, a camera enough control capability for it to fly.
We go forward ways of using these unnamed vehicles they’ll probably be they’ll be like UAVs but carry cargo around where infrastructure in place we may have small vehicles interacting with a larger vehicle that basically combines the information from that swarm. Vehicle flies a small distance and another vehicle learns from it. And knows which way to fly probably what makes sense is a heterogeneous swarm.