Enrotue navigation Flashcards

1
Q

DR navigation

A

Dead-reckoning or deduced reckoning

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2
Q

DR meaning

A

Navigation by time and distance travelled rather than using landmarks or astronomical observations

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3
Q

What is a “fix” in DR?

A

Can be a starting point for the DR navigationn (because its known)
or a geographical position of an aircrtaft determined by visual reference to the surface, or by radio nav equipment

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4
Q

What is a “pinpoint” in DR?

A

Ground position of an aircraft determined by direct observation of the ground and NOT BY radio nav equipment

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5
Q

TMG

A

Track made good

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6
Q

TE

A

Track error, difference between the desired track and actual TMG

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7
Q

When does a track error likely to happen?

A

When wind differs in speed / direction

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8
Q

Enroute check abbreviation

A

FREDA

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9
Q

FREDA meaning

A

Fuel, Radio, Engine, Heading indicator, Altitude

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10
Q

FREDA -F

A

Fuel: on and suffiicent
Fuel tank: Usage monitored
Mixture: Learned as required for the cruise
Fuel pump: as required

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11
Q

FREDA - E

A

Engine: Oil temp and pressure within limits.
Carb. heat if required.

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12
Q

ATD

A

Actual time of departure

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13
Q

ETI

A

Estimated time intervals

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14
Q

FREDA -H

A

Heading: on desired course,
HI is aligned with magnetic compass (important, between 10-15 minutes every time)

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15
Q

When FREDA should be done

A

between 10-15 minutes

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16
Q

is track made good the desired track? by definition

17
Q

Closing angle

A

When offtrack, this is the angle required to get back to desired track

18
Q

Estimating track errors

A

My using track guides (fan lines)
Or 1-in-60 rule

19
Q

Track guides (fan lines)

A

Drawing 10-5° lines from checkpoints. After determining a “fix” in this area during flight, can easily estimate the required heading (TE+ CA) to be bakc on desired track (page 208)

20
Q

1-in60 rule

A

If traveled 60 miles then an error in track of one mile is 1° error in heading (TE)

21
Q

If I am 8nm off-track, and traveled 60nm, what is te TE?

22
Q

If I am 4 nm off-track in 30nm, what is TE?

23
Q

What will be the relation to the desire track if only TE is fixed?

24
Q

How to determine CA?

A

Same 1-in-60 rule

25
Higher CA will?
Make you back to track more sooner
26
Ratio method and inverse ratio method for TE
REVISE page 214
27
What is a common unplanned diversion procedure to take. (Like overtakign a thudnerstorm)
- Turn heading by 60, and log the time the flown - Parllel the track by turning 60 degrees back to original hading (note the time flown) - Return at 60 degreees for the same time to return to track - Take a suitbale HDG to stay in track
28
10 nm thumb times by speeds
120kt = 5 min 100kt = 6 min 85kt = 7.5 min 70kt = 8.5 min 60kt = 10 min
29
Use thumb times. Diversion of 30nm at GS 100kt will take?
18 minutes (3 * 6)
30
Flying between two points 120nm apart. After 40mn aircraft is found to be 5nm right of the track What correction is needed to overhead point B? use inversion ratio method
11 left
31
Number of eavailable transponder squawks
4096
32
Transponder frequency
1030MHZ 1090MHZ