1
11 1 1 2 2 2 3 3 3 3 3 3 4 4 5 5 6 6 6 7 7 8 9 10 PHONETIC ALPHABET GENERAL AVIATION AIRPORT Mandan Municipal Airport or Y19 COMMERCIAL SERVICE AIRPORT Hector International Airport - Fargo, ND or KFAR TYPES OF AIRCRAFT Alpha Bravo Charlie Delta Echo Foxtrot Golf Hotel India Juliet Kilo Lima Mike November Oscar Papa Quebec Romeo Sierra Tango Uniform Victor Whiskey X-ray Yankee Zulu 0 - Zero 1 - One 2 - Two 3 - Tree 4 - Fower 5 - Fife 6 - Six 7 - Seven 8 - Eight 9 - Niner 10 - One-zero Pilots use a radio to communicate with other aircraft and Air Traffic Control. When talking on the radio, they use the phonetic alphabet to avoid confusion. Using the Phonetic alphabet reduces errors. Here is an example of a typical aircraft communication to the control tower: “Bismarck tower, this is Cessna One, Eight, Two, November Delta ready for takeoff on runway One Three.” Aircraft are identified using a tail number. This is similar to a license plate. A general aviation airport does not support commercial airlines. PARTS OF AN AIRPLANE BASIC AIRCRAFT INSTRUMENTS An airplane flies using four forces: THRUST, DRAG, LIFT and WEIGHT. Parts of the airplane include: PROPELLER (prō-pel-ler): A rotating blade on the front of the airplane that pulls the airplane forward through the air. The propeller provides THRUST for the aircraft. The thrust produced must be greater than DRAG for the aircraft to move forward. Drag resists forward motion. WING: The part of the airplane that provides enough lift to support the weight of an airplane. The wing produces LIFT which causes the aircraft to gain altitude. Lift must exceed WEIGHT for the aircraft to climb. Fuel is also stored in the wing. FLAPS: The rear, moveable sections of the inner sections of the wings that enable an airplane to fly more slowly. AILERON (ā-ler-on): The rear, movable sections on the outer sections of the wings that enable an airplane to turn. RUDDER: The moveable vertical surface that controls side to side movement and allows the nose to move left or right. ELEVATOR: A moveable horizontal “wing” on the tail that causes the nose of the aircraft to go up or down in flight. FUSELAGE: The body of an airplane where all the seats and cargo are. COCKPIT: Where the pilot sits and has all the controls and instruments. LANDING GEAR: The wheels, skis, or floats that allow an aircraft to be on the surface. 1. Runway (Concrete) 2. Hangars 3. Ramp 4. General Aviation Terminal 5. Crosswind Runway (Turf) 6. Taxiway 7. Fixed Based Operator (FBO) 1. Fixed Base Operator (Fuel, Hangars, and Snacks) 2. Crosswind Runway 3. Taxiway 4. Primary Runway 5. Commercial Ramp 6. Commercial Terminal and Parking Lot 7. Control Tower 8. Military Operation (Air National Guard) 9. Military Operation (Army Reserve) 10. General Aviation Ramp 11. Air Museum N N 1. AIRSPEED INDICATOR: measures the speed of the aircraft through the air. 2. ATTITUDE INDICATOR: or artificial horizon, depicts the position of the airplane in relation to the horizon. 3. ALTIMETER: measures the altitude or height of the aircraft above sea level. 4. TURN COORDINATOR: gives the pilot information about the direction and rate of a turn. 5. HEADING INDICATOR: or directional gyro, is the primary instrument used to determine the direction an aircraft is flying. 6. VERTICAL SPEED INDICATOR: measures the rate at which an aircraft is climbing or descending. CESSNA 172 COCKPIT a a b b c c d d e e f f g g h i i i h Single Engine Aircraft Helicopter Twin Engine Aircraft Cargo Plane Aircraft Commercial Plane Aircraft Business Jet Aircraft Float Plane Military Aircraft www.aero.nd.gov A Statewide Voice for Aviation. • Careers in Aviation • How to Start Flight Training • Aviation Basics and Facts B a n a asics and Facts Aviation Basics and Facts • Aviation Basics and Facts ati on ation Basics Aviation Aviation Basic Aviation Basics and Fac B via ia s • Aviation Basics and Facts a viation Basics and Aviation Basics and Fac ts on s on c s v Av a n to Start Flight Training How to Start Flight Trainin t T F • How to Start Flight Training • How to Start Flight Training • How to Start Flight Train o g ni ng H w S Tr F Ho S o St s i S a a r er A a ia o rs in Aviation Careers in Aviation reers in Aviatio • Careers in Avia areers in Aviat • Care C r Av via For more information about Aviation in North Dakota please visit: www.aero.nd.gov North Dakota Aeronautics Commission P.O. Box 5020 Bismarck, ND 58502 2301 University Drive, Bldg. 22 Bismarck, ND 58504 701.328.9653 Airport Grant Funding Aviation Community Outreach Aviation Education Grant Funding Aviation Publications ND Airport Development and Planning B T T a o B T v r a a L C harlie rl L U a U rl or ie L or ke D M V i o b a D e ch ta b W h e sk m ey N N E cho N N m o ho o m v ve r c O t F o X -r xt ox O - r ot O ay rot t y ol an o G e G o nk P pa an P a o G ul Z Z u eb Z H nd o o u te R a I me m a d o

PHONETIC ALPHABET TYPES OF AIRCRAFT PARTS ... - … · phonetic alphabet to avoid confusion. Using the Phonetic alphabet reduces errors. Here is an example of a ... Business Jet Aircraft

  • Upload
    dangnga

  • View
    239

  • Download
    0

Embed Size (px)

Citation preview

11

1

1

2

2

2

3

3

3

3

3

3

4

4

5

5

6

6

67

7

8

9

10

PHONETIC ALPHABET

GENERAL AVIATION AIRPORTMandan Municipal Airport or Y19

COMMERCIAL SERVICE AIRPORTHector International Airport - Fargo, ND or KFAR

TYPES OF AIRCRAFT

AlphaBravoCharlieDeltaEchoFoxtrotGolfHotelIndia

JulietKiloLimaMikeNovemberOscarPapaQuebecRomeo

SierraTangoUniformVictorWhiskeyX-rayYankeeZulu

0 - Zero 1 - One2 - Two3 - Tree4 - Fower5 - Fife6 - Six7 - Seven8 - Eight9 - Niner10 - One-zero

Pilots use a radio to communicate with other aircraft and Air Traffic Control. When talking on the radio, they use the

phonetic alphabet to avoid confusion.

Using the Phonetic alphabet reduces errors. Here is an example of a typical aircraft communication to the control tower:

“Bismarck tower, this is Cessna One, Eight, Two, November Delta ready for takeoff on runway One Three.”

Aircraft are identified using a tail number. This is similar to a license plate.

A general aviation airport does not support commercial airlines.

PARTS OF AN AIRPLANE BASIC AIRCRAFT INSTRUMENTS

An airplane flies using four forces: THRUST, DRAG, LIFT and WEIGHT.

Parts of the airplane include:

PROPELLER (prō-pel-ler): A rotating blade on the front of the airplane that pulls the airplane forward through the air. The propeller provides THRUST for the aircraft. The thrust produced must be greater than DRAG for the aircraft to move forward. Drag resists forward motion.

WING: The part of the airplane that provides enough lift to support the weight of an airplane. The wing produces LIFT which causes the aircraft to gain altitude. Lift must exceed WEIGHT for the aircraft to climb. Fuel is also stored in the wing.

FLAPS: The rear, moveable sections of the inner sections of the wings that enable an airplane to fly more slowly.

AILERON (ā-ler-on): The rear, movable sections on the outer sections of the wings that enable an airplane to turn.

RUDDER: The moveable vertical surface that controls side to side movement and allows the nose to move left or right.

ELEVATOR: A moveable horizontal “wing” on the tail that causes the nose of the aircraft to go up or down in flight.

FUSELAGE: The body of an airplane where all the seats and cargo are.

COCKPIT: Where the pilot sits and has all the controls and instruments.

LANDING GEAR: The wheels, skis, or floats that allow an aircraft to be on the surface.

1. Runway (Concrete)2. Hangars3. Ramp4. General Aviation Terminal5. Crosswind Runway (Turf)6. Taxiway7. Fixed Based Operator (FBO)

1. Fixed Base Operator (Fuel, Hangars, and Snacks)2. Crosswind Runway3. Taxiway4. Primary Runway5. Commercial Ramp6. Commercial Terminal and Parking Lot7. Control Tower8. Military Operation (Air National Guard)9. Military Operation (Army Reserve)10. General Aviation Ramp11. Air Museum

N N

The rear, movable sections on the The rear, movable sections on the The rear, movable sections on the outer sections of the wings that enable an airplane to turn.outer sections of the wings that enable an airplane to turn.

The moveable vertical surface that controls side The moveable vertical surface that controls side to side movement and allows the nose to move left or right.to side movement and allows the nose to move left or right.

A moveable horizontal “wing” on the tail that A moveable horizontal “wing” on the tail that causes the nose of the aircraft to go up or down in

The body of an airplane where all the seats The body of an airplane where all the seats

Where the pilot sits and has all the controls Where the pilot sits and has all the controls

The wheels, skis, or floats that allow The wheels, skis, or floats that allow The wheels, skis, or floats that allow The wheels, skis, or floats that allow

1. AIRSPEED INDICATOR: measures the speed of the aircraft through the air.

2. ATTITUDE INDICATOR: or artificial horizon, depicts the position of the airplane in relation to the horizon.

3. ALTIMETER: measures the altitude or height of the aircraft above sea level.

4. TURN COORDINATOR: gives the pilot information about the direction and rate of a turn.

5. HEADING INDICATOR: or directional gyro, is the primary instrument used to determine the direction an aircraft is flying.

6. VERTICAL SPEED INDICATOR: measures the rate at which an aircraft is climbing or descending.

CESSNA 172 COCKPITa

a

b

b

c

c

d

d

e

e

f

f

gg

h

i i i

h

Single Engine Aircraft

Helicopter

Twin Engine Aircraft

Cargo Plane Aircraft

Commercial Plane Aircraft

Business Jet Aircraft

Float Plane

Military Aircraft

www.aero.nd.gov

A Statewide Voice for Aviation.

• Careers in Aviation• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts • Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training• Aviation Basics and Facts• How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training • How to Start Flight Training• Careers in Aviation• How to Start Flight Training• Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation • Careers in Aviation

For more information about Aviation in North Dakota please visit:

www.aero.nd.gov

North Dakota Aeronautics CommissionP.O. Box 5020

Bismarck, ND 58502

2301 University Drive, Bldg. 22Bismarck, ND 58504

701.328.9653

• Airport Grant Funding • Aviation Community Outreach • Aviation Education Grant Funding • Aviation Publications • ND Airport Development and Planning

lphaB TTangoravoB Travo

harlieharlieharlie LCharlieharlie L Uharlie Uharlie niformharlie LictorikeD M Victorictor

ovembereltaDeltachoelta

ovember Whiskeyovember hiskeyovember hiskeyNNEcho NNovemberovemberchocho ovemberovemberovemberovemberchoOoxtrotFoxtrot X-rayoxtrotoxtrot O -rayoxtrotoxtrot O -rayoxtrotoxtrot -ray

olf-rayankeeolfG ankeeGolf ankeePapa ankeePapaolfGuluZZuluuebec ZH

ndiaotelotel uluotel

RndiaI omeoomeondiandia omeo