In any given field, the push for ever-advancing technology is a constant. Within all industries, there is the need to do things better. The world of aviation is a prime example of this. Making planes fly faster and safer while making them more durable so that they last longer is an ongoing process. When it comes to aviation technology, the focus lies in a few areas. Among these are aeronautical design and materials.
Making advancements in aviation technology means tackling problems to produce better outcomes. With future planes, there is a desire to produce aircraft that are more efficient, that produce less noise, and that decreases emissions. To get there, institutions such as NASA work in conjunction with universities and colleges around the country and with the aviation industry as a whole to promote aviation engineering. This collective pool of knowledge helps to spark new ideas and concepts in the design of wings and engines, as well as, the shapes and sizes of future aircraft. All of this .
Another key component in building better aircraft is the materials from which these future planes will be constructed. Faster, more efficient aircraft will require planes to be built with materials that are both lighter and stronger than what is presently used. Presently, aircraft are made from composite materials typically composed of fibreglass and carbon fibre. Modifying current materials and introducing new materials is a way to improve the composite materials that are planes are made from. In addition, the outer layer of these aircraft and its internal components can further be strengthened by the use of chrome free protective metal coatings and similar coatings.
As technology pushes forward so will the advancement the makes flight better. The average person will never know about all the hard work, testing and research that goes into making their ride on a plane pleasant and smooth. That’s the beauty of aviation progress. When it is done right, no one will ever know.