A300 Classic SKV Autoflight

Question 1

LOC mode provides the crew with what type of guidance?

Answer 1

Lateral Only

Question 2

When profile is selected and engaged, it couples the Flight Management System (FMS) to what other system in order to provide vertical guidance?

Answer 2

Autoflight

Question 3

After takeoff, at what altitude can an autopilot be engaged?

Answer 3

500 AFE

Question 4

The aircraft heading must be within how many degrees of the selected LOC course for runway (RWY) mode to activate?

Answer 4

10 Degrees

Question 5

LAND mode provides the crew with what type of guidance?

Answer 5

Lateral and Vertical

Question 6

What conditions are required for alpha floor to activate?

Answer 6

ATS Lever On and altitude > 100 RA

Question 7

When is the autopilot yaw actuator active?

Answer 7

Autopilot in Command (CMD) and slats extended

Question 8

In what phase of flight is runway (RWY) mode active?

Answer 8

Takeoff

Question 9

Selecting the V/L tile while the V/N/I switch is in ILS will activate what mode?

Answer 9

LOC

Question 10

The GO AROUND mode is a combined mode that provides both vertical and lateral guidance. When GO AROUND is displayed on the FMA the active Vertical and Lateral modes are ________.

Answer 10

SRS & HDG

Question 11

The autoland warning will only activate below ______ feet RA.

Answer 11

200

Question 12

If ALT* is active and an altitude change is made, a mode reversion to ____ occurs.

Answer 12

V/S

Question 13

During takeoff, the autothrottles will declutch once takeoff power is set or aircraft speed exceeds 100 knots. This is indicated on the FMA by THR in green changing to _____.

Answer 13

THR in blue

Question 14

SRS will command a pitch attitude to maintain _____ speed following an engine failure at V1.

Answer 14

V2

Question 15

SRS will command a pitch attitude to maintain ____ speed during a go-around until another mode change is selected with both engines operating.

Answer 15

VAPP +10

Question 16

SRS will command a pitch attitude to maintain ____ speed after takeoff until acceleration altitude with both engines operating.

Answer 16

V2 +10

Question 17

Autopilot supervisory override mode allows the pilot to assist the aircraft during the tracking of a navigational signal. Of the modes listed below, which one allows autopilot supervisory override mode to activate?

Answer 17

LOC*

Question 18

What does the color blue indicate on the FMA?

Answer 18

Armed

Question 19

What does the color of magenta indicate on the FMA?

Answer 19

Landing Category

Question 20

If both ILS receivers fail while operating in LAND mode, the AP/FD revert to what modes?

Answer 20

HDG and V/S

Question 21

When using the SPD/MACH preset, what mode change causes it to become active?

Answer 21

Next vertical mode change

Question 22

Which of the components below are considered to be part of the Autoflight System?

Answer 22

Autothrottle System

Question 23

The Flight Control Computer (FCC) is a single computer that incorporates what two functions?

Answer 23

Autopilots and flight directors

Question 24

What does column three indicate on the FMA?

Answer 24

Lateral Modes

Question 25

What does column one indicate on the FMA?

Answer 25

ATS Modes

Question 26

What does the color green indicate on the FMA?

Answer 26

Engaged

Question 27

What does the column two indicate on the FMA?

Answer 27

Vertical Modes

Question 28

What does the color white indicate on the FMA?

Answer 28

Active AFDS

Question 29

What does column four indicate on the FMA?

Answer 29

Landing Category

Question 30

What does column five indicate on the FMA?

Answer 30

AP and FD Engage Modes

Question 31

What is the interface between the flight crew and the autothrottle system?

Answer 31

Thrust Rating Panel (TRP)

Question 32

Thrust latch activates when the crew selects TOGA, and the aircraft is in what configuration?

Answer 32

Slats Retracted

Question 33

What computer is responsible for most speed limits (Slat Speed, Flap Speed, and Green Dot)?

Answer 33

Flight Augmentation Computer (FAC)