Introduction to UAV — Winter 2023

Compare and contrast the flight characteristics and range capabilities of fixed- wing and rotorcraft UAVs.

List three key parts of a fixed-wing UAV and their functions.

Outline two historical milestones in the operational development of UAVs and their impact on warfare.

Compare and contrast the capabilities and limitations of synthetic aperture radar (SAR) and conventional radar systems for UAV-based surveillance.

What are payloads in the context of UAVs?

Differentiate between active and passive payloads, providing examples of each.

Describe how the Hyper Spectral Sensor works.

What is basic difference between Radar and Laser detection and range.

Discuss Laser detection.

Describe the primary function of a camera payload and its common applications in UAV operations.

Discuss in detail the UAV Launch Methods for Fixed-Wing Vehicles.

Describe two common launch methods for fixed-wing UAVs.

Discuss the role of thermal cameras in UAV payloads and their applications in search and rescue operations.

Describe the UAV's ground control station.

Discuss the advantages and limitations of waypoint navigation for UAVs.

Discuss the role and functionalities of a ground control station (GCS) in UAV operations.

Describe the principles of operation and applications of dead reckoning navigation systems in UAVs.

Differentiate between very small UAVs (VS-UAVs) and small UAVs (S- UAVs)

Explain in detail about Dijkstra’s Algorithm.

Explain the UAV testing procedure in detail.

What is the purpose of an ultrasonic detector?

Describe the quadcopter control system in brief.

Explain the purpose of testing the complete UAV before in-flight testing.

What are the key considerations when preparing for in-flight testing of UAVs?

Describe the UAVs' manual control system.