Aviation Acronyms Flashcards

1
Q

VFR Day Required Equipment

A

91.205

A TOMATO FLAMES

A – Altimeter

T – Tachometer for each engine

O – Oil temperature for each engine

M - Manifold pressure for each altitude engine

A - Airspeed indicator

T – Temperature gauge for each liquid-cooled engine

O – Oil pressure gauge for each engine

F – Fuel gauge for each tank

L – Landing gear position indicator

A – Anticollision light

M – Magnetic compass

E – ELT

S – Safety gear —floatation devices if beyond glide distance from shore, plus seat belts for each occupant

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2
Q

VFR-night Required Equipment

A

91.205

A TOMATO FLAMES + FLAPS

F – Fuses (spare set or three of each type, if fuses are used)

L – Landing light (if for hire)

A – Anticollision lights

P – Position lights (AKA navigation lights)

S – Source of electrical power

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3
Q

IFR Required Equipment

A

91.205

VFR Day + GRAB CARD D

G Generator or alternator

R – Radio (comms/nav) appropriate to the flight

A – Attitude indicator

B – Ball (inclinometer)

C – Clock

A – Altimeter (pressure-sensitive)

R – Rate of turn indicator

D – Directional gyro

D – DME or RNAV (flights above FL240)

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4
Q

Required Inspections?

A

91.409

AV1ATES

A – Annual inspection

V – VOR check (30 days)

1 – 100 hour inspection (if for hire)

A – Altimiter / pitot static (24 months)

T – Transponder check (24 months)

E – ELT (inspected every 12 months, battery replaced a half its lifespan or after one hour use)

S – Service Bullitans / ADs

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5
Q

Required Docs on Board

A

91.203

SPARROW

S – Supplement

P – Placcardsd

A – Airworthiness certificate

R – Registration certificate

R – Radio station license (if operating internationally)

O – Operating Limitations (usually found in POH/AFM)

W – Weight and balance sheet (specific for that aircraft, located in AFM)

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6
Q

Are you safe to fly?

A

PHAK 2-8

I’M SAFE

I – Illness

M – Medication

S – Stress

A – Alcohol

F – Fatigue

E – Emotional health

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7
Q

Risk Management

A

PHAK 2-8

PAVE Checklist

P – Pilot (IM SAFE)

A – Aircraft (ARROW PDC, A TOMATO FLAMES, FLAPS, GRAB CARD D)

V – enVironment

E – External pressures

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8
Q

IFR Currency

A

61.57

66HIT

6 - have completed 6 instrument approaches within the preceding 6 months

H - holding

I - intercepting

T - tracking

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9
Q

Flight Planning

A

91.169

NW KRAFT

N – NOTAMS

W – Weather

K – Known traffic delays

R – Runway lengths

A – Alternates

F – Fuel requirements, including to your alternate

T – Takeoff and landing distances

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10
Q

Clearances

A

CRAFT

C – Clearance limit

R – Route

A – Altitude

F – Frequencies

T – Transponder code

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11
Q

Holds

A

5Ts

T – Turn

T – Twist

T – Time

T – Throttle

T – Talk

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12
Q

Lost Coms Altitude

A

AIM 6-4-1

Go to the highest of these three altitudes—MEA

M – Minimum charted

E – Expected

A – Assigned

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13
Q

Lost Coms Route

A

AIM 6-4-1

AVEF

A – Assigned

V – Vectored

E – Expected

F – Filed

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14
Q

Required IFR Reporting Points

A

AIM 5-3-3

MARVELOUS VFR 500

M - Missed Approach

A - Airspeed change of 5% or 10 knots (whichever is greater)

R - Reaching clearance limit or holding fix

V - Vacating an altitude

E - ETA change of more than 2 minutes

L - Leaving assigneed altitude

O - Outer marker inbound (non radar environment only)

U - Unforecasted weather conditions

S - Safety of flight (anything that affects it)

V - VFR on top altitude change

F - Final approach fix inbound (non radar environment only)

R - Radio failure

500 fpm - unable to maintain

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15
Q

What are TEC Routes

A

AIM 4-1-19

Tower En route Control Routes

Allows pilots to travel between airports in select metropolitan areas without leaving approach control airspace.

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16
Q

How long does Medical Last?

A

61.23

Under 40 yrs:

1st class - 1st class for 12 months, second class for 12 months, 3rd class for 60 months after the month of the date of examination

2nd class - 2nd class for 12 months, 3rd class for 60 months after the month of the date of examination

3rd class - 3rd class for 60 months after the month of the date of examination

Over 40 yrs:

1st class - 1st class for 6 months, 2nd class for 12 months, 3rd class for 24 months after the month of the date of examination.

2nd class - 2nd class for 12 months, 3rd class for 24 months after the month of the date of examination.

3rd class - 3rd class for 24 months after the month of the date of examination.

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17
Q

How do I get basic med?

A

AC 68-1A

  1. Hold a current and valid U.S. driver’s license.
  2. Hold or have held a medical certificate issued by the FAA at any point after
    July 14, 2006.
  3. Answer the health questions on the Comprehensive Medical Examination
    Checklist (CMEC).
  4. Get your physical examination by any State-licensed physician, and have that
    physician complete the CMEC (be sure to keep the CMEC).
  5. Take the BasicMed online medical education course. Keep the course
    completion document issued to you by the course provider.
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18
Q

What Are My BasicMed Privileges?

A

AC 68-1A

You can conduct any operation that you would otherwise be able to conduct using your pilot certificate and a third-class medical certificate, except you are limited to:

  1. Fly with no more than five passengers.
  2. Fly an aircraft with a maximum certificated takeoff weight of no more than 6,000 lbs.
  3. Fly an aircraft that is authorized to carry no more than 6 occupants.
  4. Flights within the United States, at an indicated airspeed of 250 knots or less, and at an altitude at or below 18,000 feet mean sea level (MSL).
  5. You may not fly for compensation or hire.
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19
Q

What do you need to maintain basic med privilages?

A

AC 68-1A

  1. Be sure you have a CMEC that shows that your most recent physical
    examination was within the past 48 months.
  2. Be sure you are being treated by a physician for medical conditions that may affect the safety of flight.
  3. Be sure you have a course completion certificate that was issued by a BasicMed medical training course provider within the past
    24 calendar-months.
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20
Q

MEA

A

IFR Low Legend

Minimum Enroute Altitude

Guarantees obstruction clearance and adequate reception of ground based nav aids

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21
Q

MCA/MTA

A

IFR Low Legend

Minimum Crossing / Turning Altitude

Minimum to cross a fix when next segment MEA is higher

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22
Q

MOCA

A

IFR Low Legend

Minimum Obstruction Clearance Altitude

Lower than MEA, Assures obstruction clearance and adequate signal within 22nm of a VOR

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23
Q

MRA

A

IFR Low Legend

Minimum Reception Altitude

24
Q

MAA

A

IFR Low Legend

Maximum Authorized Altitude

Highest usable altitude on an airway.

25
Q

COP

A

IFR Low Legend

Change Over Point

26
Q

OROCA

A

IFR Low Legend

Off-Route Obstruction Clearance Altitude

27
Q

MSA

A

IFR Low Legend

Minimum Safe Altitude

Min altitude that provides at least 1000 feet of obstacle clearance for emergency use within a certain distance of a specified navigation facility or fix.

28
Q

Oxygen Requirements

A

91.211

12,500 - 14,000: Required crew must use for the part of the flight that exceeds 30 min.

Above 14,000: Required crew for the entire flight

Above 15,000: Each occupant must be provided with oxygen

29
Q

Hazardous Attitudes and Antidotes

A

PHAK 2-4

Anti-Authority: Follow the rules

Impulsivity: Not so fast. Think first

Invulnerability: It could happen to me

Macho: Taking chances is foolish

Resignation: Im not helpless. I can make a difference.

30
Q

Magnetic Compass Errors

A

Instrument Flying Handbook 5-12

Variation: Difference between true and magnetic north

Deviation: Electronic equipment magnetic fields creating deviation

North South turning: UNOS

Acceleration: ANDS

Oscillation: combination of all errors and causes compass to swing back and fourth

31
Q

VOR Check Options

A

AIM 1-1-4

VOT: Tune in, DCI to 360 or 180, acceptable deviation of 4 degrees left or right

Ground Check: Tune into specific radial at specific airport location, acceptable deviation of 4 degrees left or right

Airborne checkpoint and airway: Tune into specific radial on a specific airway, acceptable deviation of 6 degrees left or right

Dual VOR: tune both into the same VOR, acceptable deviation of 4 degrees between the two

VOR Check info in chart supplement

32
Q

RAIM

A

Receiver Autonomous Integrity Monitoring

  • Detection: 5 satellites
  • Exclusion: 6 satellites
33
Q

WAAS

A

Wide Area Augmentation System

34
Q

Airspeed Indicator

A

PHAK 8-2

Measures Dynamic Pressure using Pitot Tube (ram air) and corrects for altitude using static pressure

  • Ram air exerts force on diaphragm and causes needle to move
35
Q

Altimeter

A

PHAK 8-2

Measures difference between static pressure and standard pressure inside of aneroid wafers.

36
Q

VSI

A

PHAK 8-2

Measures difference between static pressure and static pressure that is subject to calibrated leak

  • diaphragm has small hole in it that allows it to equalize to current static pressure but it is delayed which causes the needle on VSI to temporarily deflect
37
Q

Errors when Pitot tube and Drain Hole Blocked

A

Airspeed: Increases with altitude gain, decreases with altitude loss.

Altimeter: unaffected

VSI: unaffected

38
Q

Errors When Pitot Tube Blocked and Drain Hole is Clear

A

Airspeed: Displays Zero

Altimeter: unaffected

VSI: unaffected

39
Q

Errors When Static Port is Blocked

A

Airspeed: Decreases with altitude gain, increases with altitude loss

Altimeter: Does not change with altitude change

VSI: Does not change with vertical speed change

40
Q

Errors when both Pitot and static sources are fully blocked

A

All indications will remain constant, regardless of changes in airspeed, altitude, and vertical speed

41
Q

VCOA

A

Visual Climb Over Airport

42
Q

When is an alternate airport required?

A

Destination airport has ceiling of less than 2000’ and 3sm of visibility between 1 hr before and 1 hr after ETA

43
Q

Standard weather reqs for alterenate airport

A

Precision approach: 2sm visibility and 600’ ceiling

Nonprecision: 2 miles visibility and 800’ ceiling

44
Q

Can you choose an airport that doesn’t have an instrument approach as an alternate?

A

Yes if you have VFR conditions from MEA to Landing

45
Q

How would you know if an airport has other than standard alternate minimums?

A

the letter “A” inside black triangle on approach plate.

46
Q

What airports cannot be filed as an alternate?

A

When the approach plate has the letter “A” in a black triangle and “NA” following.

NA means alternate minimums are not authorized due to either unmonitored facility, absence of weather reporting, or inadequate navigational coverage.

47
Q

Can an airport that only has a GPS approach be used as an alternate?

A

Only if the aircraft is equipped with a WAAS capable GPS.

48
Q

What is RNP

A

RNP describes the course route width of an RNAV route. The aircraft’s total system error must remain bounded to the appropriate level of 95% of the total flight time.

En Route width: 2nm

Terminal width: 1nm

Approach width: .3nm

49
Q

What is an airmet, what types exist, and how often are they issued?

A

Airmen’s Meteorological Advisory

Airmet Sierra: Denotes IFR and Mountain Obscuration

Airmet Tango: Denotes turbulence, strong winds, and low level wind shear

Airmet Zulu: Denotes icing and freezing levels

Issued every 6 hours

50
Q

What is a Sigmet and how often are they issued?

A

Significant Meteorological Advisory

Concerning non convective weather that is potentially hazardous to all aircraft.

Forecasts that include:
- severe icing not associated with thunder storms

  • severe or extreme turbulence (CAT)
  • dust storms or sand storms
  • Volcanic ash

They are unscheduled and valid for 4 hours unless they are issued for a hurricane which would make them valid for 6 hours

51
Q

What is a convective Sigmet?

A

Convective Significant Meteorological Advisory

Issued for thunderstorms with winds greater than 50 knots, hail at the surface greater than 3/4” in diameter, or tornados.

Valid for 2 hours

issued at 55 minutes past the hour

52
Q

What is a Special Flight Permit used for and how do you get one?

A

21.197

Issued for aircraft that may not be airworthy but is capable of safe flight for the following purposes:

  1. Flying to a point for maintenance or storage.
  2. Delivering or exporting an aircraft
  3. Production flight testing new aircraft
  4. evacuating aircraft from impending danger
  5. Customer demonstration flights

Apply through local FSDO

FAA mechanic Inspection must me made prior to flight

53
Q

Describe AHRS

A

Attitude Heading Reference System

  • Attitude Indicator
  • Heading Indicator
  • Rate of Turn
  • Slip Skid

Uses Gyroscopes, Accelerometers, and Magnetometers

Magnetometer has a flux capacitor that measures magnetic lines of flux

54
Q

Describe ADC

A

Air Data Computer

  • Airspeed
  • Altimeter
  • VSI
  • OAT

converts pito static data into digital format

55
Q

What guarantees clearance from obstacles when flying an ODP?

A
  1. Cross departure end of runway at or above 35’ AGL
  2. Make first turn no earlier than 400’ AGL (unless otherwise specified)
  3. Maintain climb gradient of at least 200 fpnm (unless otherwise specified)