DART Study Material Flashcards
Which of the following are components of a UAS? (Select all that apply).
- Flight crew
- Data link
- Ground support equipment
- Aircraft
- Sensor/payload
- Ground control system
All
UAS tracking principals include:
- Mobility, ability, position, speed (MAPS)
- Speed, sound and detection (SSD)
- Sound, altitude and detection (SAD)
- Speed, altitude, direction, distance (SADD)
Speed, altitude, direction, distance (SADD), slide 9, 10. Module 10-12
Which of the following are visual detection techniques?
- Put the sun in front of you when possible.
- At night, turn off lights to help with detection.
- Use of the “vertical scan technique”
- Frequently rotate role of. The observer
At night, turn off lights to help with detection.
When using a visual scan techniques, you should:
- Move your head 40 degrees at a time.
- Begin scanning the airspace from bottom to top.
- Move your eyes while keeping your head stationary.
- Move your. Head along with your eyes.
Move your eyes while keeping your head stationary.
The following is true about sound:
- High temperatures and high humidity increase sound travel, while low temperatures and low humidity decrease sound travel.
- Low temperatures and low humidity increase sound travel, while high temperatures and high humidity decrease sound travel.
Low temperatures and low humidity increase sound travel, while high temperatures and high humidity decrease sound travel. (Slide 20, PG06)
Which of the following is an auditory detection technique used to help detect a UAS?
- Cupping of both ears.
- Covering one ear to focus sound travel.
- Covering both ears intermittently to detect sound.
- Standing upwind from a UAS.
Cupping of both ears, (instructor)
Central vision is where most of human visual acuity resides; this field of vision is the basis for the UAS visual scanning techniques. Both, the entral vision ara and uas visual scanning technique segments are made of of approximately.
- 40 degrees
- 30 degrees
- 10 degrees
- 20 degrees
20 degrees (slide 27 PG06 (slide says slide 15)
The two major types of Counter UAS technology systems include the following capabilities:
- Control and Diversion technology.
- Sonar and Jamming technology.
- Detection and Defeat technology.
- Spoofing and Jamming technology.
Detection and defeat technology.
Which of the following is not a C-UAS technology:
- Radio Frequency (RF)
- Electro-optical
- Sonar
- Radar
Sonar
The following are common characteristics of UAS controllers: (select all that apply)
- Place to place a smartphone
- Light beacon
- Antenna
- Control sticks
Place to place a smartphone, antenna and control sticks. (A light beacon is the lights that flash or are lit on an aircraft or UAS.)
The first responder C-UAS Tactic Framework presents a continuum of actions for emergency personnel to employ when encountering a UAS. Those actions are:
- Detect, identify, track, assess, respond, report.
- Identify, detect, assess, track, respond, report.
- Identify, detect, assess, report, track, respond.
- Detect, identify, assess, track, respond, report.
Detect, identify, assess, track, respond, report. (Checked-From PP slides module 4)
According to the FAA, which of the following is true:
- FAA regulations consider UAS to be aircraft.
- FAA regulatiohns make no determination of whether a UAS is considered an aircraft.
- FAA regulations do not consider UAS to be aircraft due to their unmanned operation.
- FAA regulations do not apply to UAS as they are unmanned.
FAA regulations consider UAS to be aircraft.
Which of the following are components of a UAS? (Select all that apply)
- Flight crew.
- Data link.
- Ground support equipment.
- Aircraft.
- Sensor/payload.
- Ground control system.
All are considered components.
Which of the following is not a known characteristics of a terrorist employment of a UAS?
- Road flares.
- Badminton shuttlecocks.
- Cameras.
- Caulk tubes.
Road flares? Check on this.
The best way to determine the altitude of a UAS when visually observing?
- Calculate UAS spped and direction to determine height/altitude.
- Estimate height of objects in the surrounding area to use as a reference point.
- Estimate UAS size compared to other UAS in the airspace.
- Calculate UAS speed to determine height/altitude.
Estimate height of objects in the surrounding area to use as a reference point. Check on this