Chap 8.1 FLIGHT PREPARATION Flashcards
001- During flight what is the Minimum Vertical Separation for DragonAir Aircraft?
(8.1.1.1)
- 1000 Ft from Obstacle or Terrain Up To 5000 Ft AMSL
- 2000 Ft from Obstacle or Terrain Higher than
5000 Ft AMSL
002- During flight what is the Minimum Lateral Separation for DragonAir Aircraft?
(8.1.1.1)
- 10 NM from Obstacle or Terrain on Either Side of the Track defined by 2 Separated Navigational Aids
- 20 NM Elsewhere.
003- When Line Operation does provide Route Briefing? (8.1.1.1)
- When there are Various High Terrains or Special
Procedures on a Specific Route
- An En-Route Diversion Guide might also be Provided.
004- What the Definition of MRA?
FOP OPS PART C
(GEN 1.1.1 p 9)
(GEN 1.1.1 p 5)
Minimum Route Altitude (MRA)
- The MRA shown on the CFP are Based on 1000 Ft
Above the NavTech MORA (with a 30 Kt Wind)
- The MRA shown on the En-Route Diversion Guides
(EDG) are based on Obstacles Within 10 NM of Track
with a 50 Kt Wind
- The EDG figures Allow Flight < MORA Provided:
the 10 NM Allowance is NOT Exceeded
- For Higher Wind Speeds:
* The CFP/EDG’s MRA must be Increased as
Described in Table GEN 1.1.1 P5.
005- What are the En-Route Safe Altitude available? (8.1.1.1)
FOP OPS PART C
(GEN 1.1.1 p 9 for MRA)
- MRA (Minimum Route Altitude)
Found on CFP = 1000 Ft Above the NavTech MORA
(with a 30 Kt Wind).
- MEA (Minimum En-Route Altitude) Lowest Minimum
Altitude between RNAV
- MOCA (Minimum Obstacle Clearance Altitude) providing
Terrain and Obstacle Clearance within the Width of
the Airways ≥ the MEA
- Grid MORA (Defined by Coordinates) if Flying Off Route
In ALL the above cases the Commander must be at
All-Time Satisfied with the Navigational Accuracy.
006- What are the 5 Restrictions Linked to the MSA?
(8.1.1.1)
1) 25 NM Radius Protection
2) 1000 FT Protection from the Obstacles
3) Not Guaranteed Navaid reception
4) MSA beacon, if any, must be Tuned and Identified
Or
MSA Reference Point is on the PROG page
And NAV ACCURACY is HIGH
Or
MSA Ref. Pt as a Fix on the ND (Blue Circle)
5) For RNAV/RNP/GPS Approaches the Aircraft is within 25 NM of the MSA Reference Point.
007- When can we Apply Lower than Standard Separatio in Flight?
(8.1.1.1)
- On Published and Approved Procedures
- When in IFR under Positive Radar Control
- When under IFR Flight Plan in VMC with 1000Ft
Separation from Ground or Ground in Sight
- When in VFR Conditions.
008- What “TAA” stands for?
(8.1.1.1)
Terminal Arrival Altitude (TAA)
- Ensure the transition from En-Route Airways to RNAV
Approaches
- When Published, it Replaces the MSA for that Approach.
009- What is a “Straight In Area”?
(8.1.1.1)
- Semicircle of 25 NM (ICAO) / 30 NM (FAA) based on IF/IAF
- with a Minimum Obstacle Clearance of 1000 Ft
* Found in the TAA.
010- What is a “Base Area”?
(8.1.1.1)
- Area of 25 NM (ICAO) / 30 NM (FAA) Bounded by
Straight In Area based on IAF
- with a Minimum Obstacle Clearance of 1000 Ft
* Found in the TAA.
011- What are the Constraints of Radar Control?
(8.1.1.1)
- If within 25 NM of an Airport it ensures:
* 1000 FT Vertical Separation
* 5 NM Lateral Separation
- Radar Control does Not Relieve from Knowing
the Actual Position at ALL times
- The Crew must be ready to Assume Responsibility at Any Time in case of a Loss of Communications.
012- What Strategy is to be used in case of Engine Failure
En-Route?
(8.1.1.1)
- If Obstacles are a Problem:
* Obstacle Strategy
- If Obstacles are NOT a Problem:
* Standard Strategy
Both Strategy can be found in FCOM / PER-OEI-GEN-05.
013- What are the Difference between Obstacle Strategy and Standard Strategy regarding the Initial Stabilising Altitude and Ground Distance Covered?
(8.1.1.1)
- Obstacle Strategy:
* End up Higher going Longer
- Standard Strategy:
* End up Lower going Shorter.
014- In case of Engine Failure or Depressurization what kind of Info can we Find On Board?
(8.1.1.1)
- On the MCDU PROG Page:
* Distance to En-Route Alternate
* Engine-Out Maximum Recommended Altitudes
- In QRH PER: In Cruise Quick Check Long Range
* Single Engine Fuel Burn and Time to Alternates.
015- In case of a Pressurisation Failure, What it is Vitally Important in terms of Altitudes?
(8.1.1.1)
The Crew must:
- Be aware of the Recovery Safe Altitude
- Set the QNH on Both Altimeters.
016- What is the Influence of Mountain Waves on the Altimeters?
(8.1.1.1)
As the Wind goes through Peaks and Valleys and Accelerates:
- Local Pressures may Decrease Accordingly
- Indications Errors in Altitudes might Affect the
Altimeters.
017- What to do if Mountain Wave’s Location is known? (8.1.1.1)
- Avoid the Location and eventual Rotor Clouds
- If Mountains ≤ 5000 FT’s
* the Flight Clearance will be:
≥ 5000 FT
- If Mountains > 5000 FT’s
* the Flight Clearance will be:
≥ The Height of the Mountain Above the Terrain
- If possible Maintain 5000 FT Away from Both Side
of the Tropopause.
018- With Mountain Waves Reported,
If you have to Fly within 20 Miles of High Terrain having an Elevation > 2000 FT,
What should be the Increase on the Safe Altitude?
(8.1.1.1)
Apply the Table page 14 of Chapter 8.1.1.1.
019- How is the ISA Temperature related to the Altitude Indications?
(8.1.1.2)
- If the Temperature is Higher than ISA:
* True Altitude will be Higher
- If the Temperature is Lower than ISA:
* True Altitude will be Lower.
020- What Correction should be Applied to MSA, Grid MORA, MEA, MOCA in relation to ISA Temperature?
(8.1.1.2)
If Surface Temperature is Between:
- ISA-16°C and ISA-30°C
* The correction to MSA is +10%
- ISA-31°C and ISA-50°C
* The correction to MSA is +20%.
021- What Correction should be applied to Which Altitude
if Below MSA in Cold Weather Conditions?
(8.1.1.2)
ATC and Pilots should apply Corrections to ALL Altitudes Below MSA if:
- The Airdrome Temperature is < 0° C
(or Chart Temperature Limit, if applicable)
FLIGHT PREPARATION
(MINIMUM ALTITUDE CORRECTIONS)
(Corrections to Altitudes Below MSA)
Table 8.1.1.2 p15
QRH CP AWA 1/2.
022- What Restrictions applies to FINAL APP Mode
when Cold Weather Corrections applies?
(8.1.1.2)
- Final Approach Mode (FINAL Blue) is Prohibited:
* Selected NAV/FPA or TRK/FPA must be used.
023- What Restriction apply to RNAV (GNSS) with LNAV/VNAV Minimum when Cold Weather Corrections applies?
(8.1.1.2)
Each Charts have a Minimum Temp. under which Final Approach Mode is prohibited
- If the Actual Temp. ≥ Chart Min. Temp.
* FINAL APP Mode + LNAV/VNAV Minima + DA
OR
* NAV/FPA Mode + LNAV Minima + MDA
* No Temp. Corrections required Below MSA
- If the Actual Temp. < Chart Min. Temp.
* Standard APP Mode + LNAV Minima + MDA
* Temp. Corrections required Below MSA
- For Temp. Corrections refer to:
Table 8.1.1.2 p15 OR QRH CP AWA 1/2.
Please Note:
“FINAL APP” Blue is Forbidden when Cold Weather Corrections applies.
024- What are the Difference between
CAT A, B, C and CAT X Airport?
(8.1.2.1)
Cat A -> No restrictions
Cat B -> 13 month Aerodrome Competency Certificate
Cat C -> 12 month Aerodrome Competency Certificate
+ Need a Simulator Check
+ Signed by a Training Captain
+ Validation is Lost if Fleet or Rank Changes
Cat X -> Neither a Destination or an Alternate on the
Flight Plan But can be used if Required (EMER)
IE: Subic Bay, Philippines.



