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AVN1101 Introduction To Aviation Assignment Sample

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Introduction: AVN1101 Introduction To Aviation

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This essay is based on the “Introduction to Aviation”. Through this essay, historical milestones or achievements of aviation history will be discussed. The significance of this historical achievement will be also discussed in this essay. The impact of this achievement on the commercial and safety imperatives of this industry will be discussed here. The Wright brothers not only confirmed to the world that powered flight was possible, but also that it could be achieved with the proper mix of investigation, perseverance, and inventiveness. This essay will help to gain more valuable knowledge about this sector.


A historical milestone or achievement

One of the considerably important turning points in the history of aviation was the flight of the Wright Brothers. Orville and Wilbur Wright, two bicycle shop owners from Ohio, successfully piloted the Wright Flyer in Kitty Hawk, North Carolina, on December 17, 1903. The brothers' ambition of powered, sustained, and controlled human flight was ultimately released after years of research and experimentation. Since 1899, when they first started playing with a kite in their backyard, the brothers had been avidly toying with the idea of flight. They improved their designs throughout the ensuing years, first with gliders before eventually switching to powered aircraft. Their efforts culminated in the 12-horsepower biplane known as the Wright Flyer. A series of test runs were conducted before the actual flight (Graydon, & Parks, 2020). Wilbur made the initial attempt, launching himself 300 feet into the air before hitting the sand. Orville's attempt, which lasted 12 seconds and covered 120 feet, was even more successful. The first powered, sustained, and controlled flight by a person occurred during this mission.

The AVN1101 system

Figure 1: The AVN1101 system


The victory of the Wright Brothers honored an influential turning point in the evolution of aviation. The human flight had long been seen as being impractical, but the brothers disproved this notion. Their accomplishments created a wealth of opportunities and ultimately gave rise to the modern aviation sector. In addition, the Wright Brothers invented a lot of the fundamental concepts in aviation. They were the first to recognize the significance of airfoil shapes and wing warping, and they had the vision to build a wind tunnel to test their designs. Besides, they developed a dependable method for flying the aircraft, driving the wings and rudder with a technique of pulleys and wires (Israilidis, Siachou, & Kelly, 2021). The Wright Brothers' first flight memorialized a turning point in the evolution of aviation. It demonstrated the feasibility of powered, sustained, and controlled human flight and sparked a rush of inventions that helped shape the contemporary aviation sector. Generations of engineers, creators, and pilots have been motivated by the brothers' legacy to continue expanding the capabilities of human flight.

The significance of this milestone/achievement to the aviation industry

One of the most fascinating sectors in modern times is the aviation sector. Since the Wright Brothers' historic flight on December 17, 1903, there has been a protracted and thrilling process of innovation and bravery. The aviation sector has made significant contributions to aviation history by pushing the envelope and pulling out engineering and bravery-defying feats. The Wright Brothers' maiden powered flight in 1903—the first controlled, sustained flight of a powered aircraft—was the first significant turning point. This achievement was a turning point in the history of aviation and inspired numerous people to pursue their aspirations of evolving pilots. Numerous other notable events have emerged since then, including the first transatlantic flight of “Charles Lindbergh” in the year 1927 and recognized as the 1st supersonic aircraft.

A significant turning point for the aviation industry was also underscored by the foremost commercial flights in the year the 1920s. These first passenger planes revolutionized global travel by enabling individuals to go farther and quicker than ever before (Larsson, et al. 2019). Society and industry have both been significantly influenced by this accomplishment, which has assembled it very simple for people for the purpose of traveling long distances. The evolution of the jet engine is another powerful turning point in the history of aviation. This ground-breaking invention created it attainable for airplanes to fly faster and higher than ever earlier, making new options for travel and exploration. This influential occasion also signaled the beginning of commercial air travel as airlines initiated to deliver trips to far-off places.

The significance of the historical milestone to the aviation industry

Figure 2: The significance of the historical milestone to the aviation industry

(Source: Self-created in MS Word)

Another significant turning point for the aviation sector was the development of the “Global Positioning System (GPS)”. This technique enables aircraft to pinpoint their location and navigate the globe with accuracy. Aircraft are nowadays capable to fly more effectively and safely, which declines the costs of fuel and elevates security systems in the aviation industry. The evolution of control systems of air traffic and the finding of the autopilot, which facilitates aircraft to fly independently, are recognized as two other significant milestones in the history of the aviation industry. These actions allow controllers of air traffic to control an eye on and manage aircraft in the sky (Murgan, & Ahmid, 2019). All of these accomplishments have had a considerable persuasion on the sector and enhanced the efficiency and protection of air travel.

Commercial and safety considerations have greatly influenced the growth of the aviation sector. In terms of business, airlines must ensure that their routes are lucrative and that they are in a position to compete. Larger and more effective aircraft, higher fuel efficiency, and improved passenger services have all resulted from this. Aviation authorities have ensured that the greatest safety standards are observed and that all aircraft receive routine maintenance and testing. This has resulted in the improvement of training, safety procedures, and maintenance and inspection systems. These two requirements working together have made aviation one of the most effective and safest modes of transportation.


The Wright brothers' historic accomplishment of the first sustained, controlled, and powered flight is a turning point that is still remembered and honored today. This action served as the basis of the aviation sector, which has thereafter extended to possess a broad range of requisition. Their creative work launched the cornerstone for the invention of increasingly more worldly airplanes, improving the efficiency and security of air travel. The contribution of the Wright brothers to aviation will restart to perform as a bright picture of the prospect of aviation to transform transport and the stability of human creativity.

Reference list


  • Graydon, M., & Parks, L. (2020). ‘Connecting the unconnected ': a critical assessment of US satellite. Retrieve From, [Retrieve On: 03.04.2023]


  • Israilidis, J., Siachou, E., & Kelly, S. (2021). Why organizations fail to share knowledge: An empirical investigation and opportunities for improvement. Information Technology & People, 34(5), 1513-1539.Retrieve From, [Retrieve On: 04.04.2023]
  • Larsson, J., Elofsson, A., Sterner, T., & Åkerman, J. (2019). International and national climate policies for aviation: a review. Climate Policy, 19(6), 787-799.Retrieve From, [Retrieve On: 05.04.2023]
  • Murgan, M. G. A., & Ahmid, G. (2019). Assessment, Aviation Emission, International Law, Nigerian Civil Aviation Regulations 2015. Nnamdi Azikiwe University Journal of International Law and Jurisprudence, 10(1), 51-58. Retrieve From, [Retrieve On: 06.04.2023]


  • Rogelj, J., (2021). Three ways to improve net-zero emissions targets. Nature, 591(7850), 365-368. Retrieve From, [Retrieve On: 07.04.2023]


  • (2019). Additive manufacturing for the aircraft industry: a review. J. Aeronaut. Aerosp. Eng, 8(1), 351-371. Retrieve From, [Retrieve On: 08.04.2023]
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