Hawk127 Limitations

Question 1

Max T/O Mass @ SL

Answer 1

20 062 lbs

Question 2

Normal Max Landing Mass (<780/min ROD)

Answer 2

13007 lbs

Question 3

Heavy Wt Landing (<624’/min RoD)

Answer 3

13007 - 20062 lbs

Question 4

Max Altitude

Answer 4

48 000 ft

Question 5

Max Speed

Answer 5

28 000 - 48 000 ft = 1.20M
11000 - 28000 ft = 500 KTS
2000-11000ft = 0.90M
0 - 2000 ft = 575 KTS

Question 6

Max Speed LG down or travelling?

Answer 6

200 kts

Question 7

Max Speed Flaps 1/2

Answer 7

250 KTS

Question 8

Max Speed Flaps 3/4 or down?

Answer 8

200 kts

Question 9

Max Speed Combat Flap

Answer 9

350 KTS/0.8M

Question 10

Max speed brake chute streamed

Answer 10

160 kts

Question 11

Max speed brake chute weak link

Answer 11

170 kts

Question 12

Max Speed wheels ground speed

Answer 12

180 kts

Question 13

Max Speed canopy open

Answer 13

40 kts

Question 14

Max speed BAK 12/14 cable trampling

Answer 14

Walking Pace

Question 15

Glide/Endurance speed

Answer 15

5 alpha, 190 kts

Question 16

Speed Glide > 25000 ft

Answer 16

0.65M

Question 17

Spinning max alt

Answer 17

30000ft

Question 18

Min height to initiate recovery

Answer 18

15000 ft AGL

Question 19

Mn ejection height

Answer 19

5000 ft AGL

Question 20

Recovery after

Answer 20

1) 4 Turns
2) CAS increases to 200 kts
3) CAS decreases to 100 kts
4) Large transient side forces
5) Manual rudder - aerodynamic forces to large to hold
6) (TGT > 450 C) engine surge

Question 21

Symmetrical (<13650 lbs) g limits

Answer 21

0 - 500 kts /0.8M = +8 to -4G

500 - 575 KTS/0.8 M - 1.2M = +5 to 0 g

Question 22

G limits with external fuel tanks (>50lbs)

Answer 22

0 - 525 kts/0.8M = 5 to -1 g

0.8 - 0.85 M = 3 to 0 g

Question 23

G limits with empty external tanks (<50 lbs)

Answer 23

0 - 525 kts/0.8M = +6 to -1G

0.885M = +4 to 0 G

Question 24

Jettison (gear/flap up)

Answer 24

Fuel > 515 lbs = <350 kts/ < 10000 ft

Fuel < 515 lbts = 300-350 kts/ < 10,000 ft

Question 25

Prohibited Maneuvers

Answer 25

1) Flick or snap manoevres 2) Inverted Spinning 3) Stall Turns

Question 26

G limits with flaps extended

Answer 26

1/2, 3/4, Down = +2.5 to 0 G | Combat = +8 to -2G

Question 27

How long can the aircraft fly under zero or negative g

Answer 27

< 30s

Question 28

Max Crosswind: 1) Single Aircraft 2) Streaming Brake Chute 3) Formation

Answer 28

1) 30 kts 2) 25 kts 3) 15 kts (0 Standing Water)

Question 29

Engine Limits Max PWR: 1) RPM 2) TGT 3) Time limit 4) Permitted Transient

Answer 29

1) 1040 @ Nh 2) 600 +/-10 C 3) 30 min/hour 4) 106/645 C for 20 sec

Question 30

Engine Limits Max Cont: 1) RPM 2) TGT 3) Time limit 4) Permitted Transient

Answer 30

1) 100.0 % Nh 2) 550 3) - 4) -

Question 31

Engine Limits Idle: 1) RPM 2) TGT 3) Time limit 4) Permitted Transient

Answer 31

1) 55.0 +- 2 2) 450 3) - 4) -

Question 32

Engine Limits Start 1) RPM 2) TGT 3) Time limit 4) Permitted Transient

Answer 32

1) - 2) 550 C 3) - 4) 570 C/10''

Question 33

Engine Limits Relight 1) RPM 2) TGT 3) Time limit 4) Permitted Transient

Answer 33

1) - 2) 600C 3) - 4) 645 C/10''

Question 34

Immediate Relight limit

Answer 34

Any speed/altitude

Question 35

Unassisted (Windmill) Relight

Answer 35

< 25 000ft , 250 kts to 0.9 M, RPM Stagnates = increase airspeed/decrease altitude

Question 36

Assisted Relight limits

Answer 36

1G

Question 37

APU Limitations: 1) Max operating altitude 2) Max starting altitude (test flights) 3) Max starting altitude (normal operations) 4) G limit 5) In flight time limit

Answer 37

1) 25 000 ft 2) 22 500 ft 3) 20 000 ft 4) 0 to 8 G 5) 1 hour