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First Electric Passenger Drone: Ehang 184
An agricultural drone by Agridrones that can carry up to 25Kg. Certified by the Civil Aviation Authority of Israel.
A U.S. Air Force Drone - Military applications

This learning resource focuses on the application of drones in science and technologie as Unmanned aerial vehicle (UAV)

Classification of Drones[edit | edit source]

We can describe classify drones in the area of Science and technology as Unmanned aerial vehicle (UAV). A UAV can be defined as aircraft without a human pilot aboard, that could be used with different by the area of application:

Furthermore the drones can be classified by size and technology, that provides constraints and requirements of the application

Learning Tasks[edit | edit source]

  • (Agricultural Drones) Analyse the concept of Precision Agriculture and describe in a comparative analysis the pros and cons in comparison to satellite technology (e.g. covering large areas, revisit time for satellites, tailored applications, legal constraints of application, ...)
  • (Low-Cost Technology) Analyse the concept of low-cost technology and discuss if this concept is applicable to drones. What are the challenges, requirements and constraints for application in developing countries in term of Sustainability
  • (Delivery of Goods) Explain how drones can be used to transport medical samples and drugs in remote areas. What are the requirements and constraints of application of drones for that purpose (range, distance, transport capacities,) and what are the benefits of that purpose?
  • (Remote Sensing) Remote sensing can be performed with Satellite Technology and with drones. Compare those two approaches and analyse PROs and CONs of the different approaches!

Disambiguation[edit | edit source]

Page Information[edit | edit source]

This page was based on the following wikipedia-source page: