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The aerospace industry is developing continuously with the help of new innovative technologies.
FREMONT, CA: The aerospace industry has seen numerous developments come to life over the past few years, with many more on the horizon. Advanced technologies and production processes are being regularly established as aerospace firms search for niche suppliers to further grow their supply chain. Here are some of the new aerospace technologies here:
In both the civil and commercial industries, the concept of a zero-fuel aircraft has gained a lot of momentum recently. The idea can be utilized in remote areas in agriculture, aerial photography, 3D mapping, wildlife conservation, and providing internet access.
The growing interest has put pressure on the worldwide aerospace and defense industries to develop a long-term zero-fuel aircraft model development strategy and accelerate market growth.
Structural Health Monitoring
To improve the ability to assess and evaluate an aircraft's condition, innovative health management systems like tracking, prognostics, and self-healing are being developed. Boeing and Airbus have also used the device and earlier utilized it on board an Air France plane crashed in 2009 to report electrical issues to headquarters.
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Advanced Space Propulsion Technologies
Along with the Department of Energy and the Oak Ridge National Laboratory, NASA has been developing a new, plasma-based rocket propulsion technique called the VASIMR® rocket (Variable Specific Impulse Magnetoplasma Rocket) for many years now. It is expected that this new technology will decrease fuel consumption and allow for long-term space missions in the future.
Breakthroughs in material science have indicated immense advantages for manufacturers of aircraft. By lowering weight and fuel consumption, new materials such as graphene and carbon nanotubes strive to make airplane wings more efficient.
Scientists at MIT and NASA have built a morphing wing utilizing these new materials, which can also result in better production processes due to a system of compact, lightweight subunits installed by small, advanced robots.
Smart Automation and Blockchain
A highly specialized and challenging method is producing aircraft components. New technologies and processes, however, are making it quicker and easier. For example, the airbus factory of the future. Through a tablet or smart glass, technicians can scan the metal surface and decide the appropriate size of the bolt to use and how much torque is necessary. A robotic arm will complete the task based on this knowledge.
In addition, aerospace and defense firms are now beginning to explore the digital realm. Technologies like blockchain are starting to enhance transparency across supply chain partners and automate transactions.