Exploring Economic Influences & Human Factors in Pilotless Aircrafts

This essay provides an overview of pilotless aircrafts, also known as drones or unmanned aerial vehicles, and their increasing prevalence in various sectors. It delves into the human factors impacting flight safety, highlighting issues such as communication breakdowns, stress, resource deficiencies, and teamwork problems. The essay also examines the economic influences of unmanned aircraft systems, noting the current and projected market size and the potential impact on employment, including both job creation in manufacturing and potential unemployment for pilots. Furthermore, it discusses the advantages of pilotless aircraft, such as reduced error and their utility in military and emergency services, alongside disadvantages like high costs, reliance on ground staff, and the risk of system failures. The essay concludes by referencing sources that provide further information on the economic potential and development of unmanned aircraft systems. Desklib offers a platform for students to access this and other solved assignments.

Aviation Management
Name of the Student
Name of the University
Author Note

Pilotless Aircrafts
• The pilotless aircrafts are generally referred to as drones.
• These are recognized by the lack of the human pilots within the
aircraft that has been carrying a number of passengers
• The pilotless aircrafts are majorly known as the unmanned aerial
vehicles.
• The aircrafts are a part of the aircraft system that runs on an
automated system. The complete system includes the ground-base
controller as well as a communication system between the aircraft
and the ground control (Pope, 2015).

Human factors affecting safe
flight
The human factors that affect the flight safety are the communication
lack, distraction, stress, deficiency in the human resources, the work
pressure faced by the employees, the improper teamwork by the
members, complacency, the unawareness of the employees, norms of
the organization, fatigue experienced by the human employees, the
unassertive nature of the employees and the lack of the knowledge on
the part of the employees.

Human factors affecting safe
flight contd.
The various human factors that are related to the flight safety tends to
be important for the safety of the concerned individual. The human
presence within the aircraft might help in the dealing with the safety of
the concerned people who have been travelling within the aircraft. The
absence of the proper team work within the airlines might lead to
various problems that are faced by the clientele of the organization.

Economic influences
• The global market of unmanned aircraft systems is around 11.3 billion
dollars (Turner et al., 2016).
• The future estimated global market of unmanned aircraft systems
would be around 140 billion dollars (Turner et al., 2016).
• Increase of about 34000 jobs in the manufacturing departments
within the country (Nasao.org. (2018).

Economic influences contd.
• Unemployment of the pilots
• Complete reliance on machines and the remote control
• Increased chances of mishaps due to failure in proper connectivity
within the ground staff and the aircraft

Advantages of Pilotless
Aircrafts
• There is a lesser area of error and delay with the implementation of
pilotless aircrafts
• The pilotless aircrafts also help in the matters that are related to the
military services and the other emergency services which might
require the services of the unmanned aircraft systems.

Disadvantages of pilotless
Aircrafts
• High budget needed
• Extremely alert ground staff
• Break down of ground machinery resulting in the loss of tracking the
plane.

Disadvantages of pilotless
Aircrafts contd.
• Situations wherein the human interference might be required in order
to deal with troublesome situations
• Use in warfare might lead to huge collateral damages
• Control overtaking possibility by enemies in war situations

References
• Pope, S. (2015, July 7). Video: The pilotless GA airplane of the future. Flying.
Retrieved from http://www.flyingmag.com/news/video-pilotless-ga-airplane-
future?cmpid=enews070715&spPodID=030&spMailingID=22998428&
%20spUserID=ODYwNDE0NTA3NDQS1&spJobID=600650212&spReportId=NjA
wNjUwMjEyS0
• Turner, J. M., Kenkel, P. L., Holcomb, R. B., & Arnall, D. B. (2016, February).
Economic potential of unmanned aircraft in agricultural and rural electric
cooperatives. In Southern Agricultural Economics Association Annual Meeting.
• Nasao.org. (2018). Retrieved from
http://www.nasao.org/wp-content/uploads/2016/04/AUVSI-State-of-the-
Industry-Presentation_NASAO_25FEB16.pdf