CALCULATE PERFORMANCE WITH TLR

Question 1

Using the ACARS TLR have the student identify the following

Answer 1

• GTOW
• MTOW
• Flap setting
• V-speeds
• Bleed setting
• N1 setting
• Flex or Normal thrust
• Single engine departure procedure

Question 2

Using the manual manifest weight and the LOFT 3 TLR have the student determine the following for runway of APDs choice:

Answer 2

• MTOW
• Max temperature
• Flap setting
• V-speeds
• Bleed setting
• N1 setting
• FLEX or NML thrust
• Anti-ice on or off
• Rolling or static takeoff

Question 3

Have student explain how to fly the standard EFP for any runway on LOFT 3 Refer to LOFT 3 release

Question 4

Have the student explain how to fly the simple special EFP for any runway from LOFT 3 Refer to LOFT 3 release

Question 5

If a heading is listed under VIA what altitude will the turn be commenced?
50 feet AFE. If above 50 feet AFE commence turn immediately upon engine failure

Question 6

Have the student show you where complex special EFPs can be found Company Charts in Jeppesen FD pro / Company section

Question 7

On a simple special departure procedure in IMC conditions in a non-radar environment to what altitude must the procedure be compiled with?
Must comply with the simple special until 3000 AFE if not in radar contact.
After 3000 AFE proceed on course.

Question 8

On a simple special departure procedure in VMC conditions, in a non-radar environment to what altitude must the procedure be compiled with?
1000 AFE in VMC conditions with no radar

Question 9

Where is LAHSO information found if available?

Answer 9

• ATC is responsible for providing available landing distance via ATIS
• Published US terminal procedures
• Special notices section of the airport/facility directory

Question 10

What value must be used to calculate landing distance if the reported RCCs are 4/3/5?

Answer 10

3, the most restrictive must be used

Question 11

What is the definition of a dry runway?

Answer 11

Neither wet nor contaminated

Question 12

What is the definition of a wet runway?

Answer 12

More than 25% of the runway surface area is covered by any visible dampness or water up to ⅛ inch

Question 13

What is the definition of a contaminated runway?

Answer 13

More than 25% of the runway surface area is covered by more than ⅛ inch of standing water or its equivalent in slush, wet snow, dry snow or any depth of ice or compacted snow

Question 14

What is the minimum cleared width for the CRJ 200?

Answer 14

75 feet (runway)

Question 15

What does the minimum cleared width mean?

Answer 15

Represents the portion of the runway that must be usable

Question 16

When a runway is reported as wet and the same runway has an RCC of 3 which do you use to determine landing distance?

Answer 16

RCC is first priority

Question 17

If there is a discrepancy between the braking action PIREP and an RCC, which report shall be used to determine landing distance?

Answer 17

Whichever is more conservative

Question 18

How is the required landing distance determined when RCC values are not available?

Answer 18

When RCC values are not available, contaminant type and braking action shall be used

Question 19

If a FICON notam with RCCs is available at the time of takeoff, how is the RCC applied to the takeoff?

Answer 19

RCCs are not used for takeoff, contaminant type and depth are used

Question 20

With crosswind components greater than 10 knots, what RCC values prohibit takeoffs and landings?

Answer 20

RCC of 1 or 2, or BA poor

Question 21

What limitations are imposed for RCC less than 1 or snow over ice?

Answer 21

Operations are prohibited