Instrument Approach Procedures

Question 1

EGBJ, what is the freq. of GLOSTER TWR?

Answer 1

122.905

Question 2

EGBJ, what is the frequency of GLOSTER approach?

Answer 2

128.555

Question 3

EGBJ ATIS, what freq. is it?

Answer 3

127.480

Question 4

EGBJ GST hold, describe it

Answer 4

1. Based on GST (331, DOC 25nm)
2. INBD 091, OUTBD 271
3. MHA 2500’ (Inbounds not lower than 4000’ or FL)
4. LH turns, 1 min

Question 5

EGBJ, RNAV 27, MSAs TAAs,and Minimas, describe them

Answer 5

1. Overall MSA 2800’ (ARP)
2. TAA W of LAPKU (2500’)
3. TAA S of REKLO (2500’)
4. TAA E of NIRMO (2500’)

Minimas

1. 650’ CDFA (including 50’ allowance)
2. RVR 1500m

Question 6

EGBJ RNAV 27, describe the routings via LAPKU

Answer 6

Via LAPKU

1. Leave GST on HDG060, activate APP, confirm minima (650’) BRG 1 on GPS
2. LAPKU (2500’)
3. NIRMO (2500’), after FAT established, can descend
4. BJ27F (2000’), configure 1 nm before, expect change to tower (122.905)
5. Advisory altitudes
   
   1. 4 nm - 1620’
   2. 3 nm - 1250’
   3. 2 nm - 880’
   4. MINIMA (650’)
   5. 1 nm - 510’
6. Missed approach
   
   1. Climb straight ahead to 1500’ (cont. to 2800’)
   2. Switch to GST
   3. RIGHT turn to GST when passing 2800’

Question 7

EGBJ RNAV 27, describe the routings via REKLO

Answer 7

Via REKLO

1. Leave GST on HDG060, activate APP, confirm minima (650’) BRG 1 on GPS
2. REKLO (2500’)
3. NIRMO (2500’), after FAT established (265), can descend
4. BJ27F (2000’), configure 1 nm before, expect change to tower (122.905)
5. Advisory altitudes
   
   1. 4 nm - 1620’
   2. 3 nm - 1250’
   3. 2 nm - 880’
   4. MINIMA (650’)
   5. 1 nm - 510’
6. Missed approach
   
   1. Climb straight ahead to 1500’ (cont. to 2800’)
   2. Switch to GST
   3. RIGHT turn to GST when passing 2800’

Question 8

EGTK, what’s the frequency of the ATIS?

Answer 8

136.230

Question 9

EGTK, what’s the frequency of the TWR?

Answer 9

133.430

Question 10

EGTK, what’s the frequency of the APP (R)?

Answer 10

125.090

Question 11

EGVN, what’s the frequency of the RAD?

Answer 11

124.275

Question 12

EGGD, what’s the frequency of the RAD?

Answer 12

125.650

Question 13

EGTK ILS 19 Hold, describe it

Answer 13

1. INBD 337, OUTBD 157
2. MHA 2300 (2500 for MAP)
3. Right hand turns , 1 minute

Question 14

EGTK ILS 19 minimas and MSAs, what are they?

Answer 14

1. MSA 2300’ (OX)
2. DA 510’
3. RVR 800m

Question 15

EGTK ILS 19 , describe the procedure

Answer 15

Based on

1. IOXF, 108.35
2. OX 367.5

Routing, altitudes:

1. Tracks
   
   1. OUTBD LCtr - 359*. Turn at 6.5D
   2. FACrs 191*
2. Platform altitudes
   
   1. LCTR - 3500’
   2. LCTR outbound - 1800’
   3. Alt CX point - 1800’, 4.7D
   4. RWY elev. 260’

Missed App.

1. CLB Straight ahead to LCTR
2. QDR 167 fm OX to 4.0D
3. LEFT climbing to 2500’ to OX

Question 16

EGTK hold for NDB 01, describe it

Answer 16

1. INBD 098, OUTBD 278
2. LH turns, 1 minute
3. MHA 2000’ (2500 mor MAP)

Question 17

Describe the EGTK NDB 01 procedure

Answer 17

Based on

1. OX, 367.5
2. IOXF 108.35

Routing

1. HOLD - direct entry to racetrack (10-15s dep on W/V)
2. 190* racetrack outbound, to 6.0D
3. RH turn to INTCPT FAT - 010

Altitudes

1. LCTR - 3500’
2. Passing LCTR, 2250 to racetrack 190*, to 6.0D
3. At 6.0 D RH turn, descend to 1800’
4. At 5.0 D, follow advisories
   
   1. 4D - 1480
   2. 3D - 1180
   3. 2D - 880

Minima

1. DA 740’
2. RVR 1500m

MAP

1. 359 TRK CLB to 1000’
2. LH turn to TRK 277 to 2500’
3. LH turn to join OX hold

Question 18

EGBJ RNAV procedure, what do you do, if you find yourself 100’ high on a cx point?

Answer 18

Increase ROD by 150fpm to meet next target (recover in 1nm)

OR

Increase ROD by 80fpm to recover in 2nm