A-S Flashcards

(42 cards)

1
Q

What are the SOP P4 settings?

A

MODE – MANUAL.
FUSE – N/T.
DELAY – HARD (further settings programmable through AMPA).
QTY – A/R for weapon effect (see planning considerations).
MULT – 1.
INT – 160ms.
PRF – 0 (refers to laser settings – not used on 402 course)

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2
Q

What are the SOP gun settings?

A

MODE – CCIP.
MAX RANGE – 10 000 ft.
MIN RANGE – 6000 ft.

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3
Q

What are the 4 RWR indications?

A

SPOT – RWR detects frequency and searches its threat library for a match.
STROBE – Threat detected and identified with identifier attached.
SPIKE – Threat locked to the ac with accompanying HUD spoke and trimphone audio attention getter.
FLASHING SPIKE – Missile launch against aircraft with accompanying flashing HUD spoke and kojak audio attention getter.

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4
Q

What is the difference between a combat engagement and self-defence?

A

Under a combat engagement the target must be a part of the target set and requires Positive Identification (PID), Authorisation and the satisfaction of Collateral Damage Estimate (CDE) criteria.

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5
Q

What classes as PID for a P4 attack?

A

A FOM of 1

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6
Q

How long is the Air Tasking cycle and how many phases?

A

48 hrs in UK, 72 hrs on ops
6 phases

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7
Q

Know the latest T/O time to achieve TOT considering…

A

Time in the hold
Short cuts on the route
Potential change to LOA and direct route to target

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8
Q

What parameter should you ensure is set before consulting TEL?

A

Speed

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9
Q

How does formation change depending on FLOT?

A

Blue side of FLOT - fighting wing
Red side of FLOT - line abreast

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10
Q

What should ensure when doing DASS/expendable checks?

A

No ac behind
Don’t chaff/flare in controlled airspace

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11
Q

What are the speeds in the hold?

A

<10k ft = 300kts
>10k ft = 0.6M

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12
Q

What are the options if C2 gives you SAM sites?

A

Option 1: PUSH on time, avoid the SAM and correct a timing error with geometry.
Option 2: Estimate the timing error that your re-route plan will impose and PUSH early or late as required.

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13
Q

What should you achieve prior to crossing the FLOT?

A

Formation – Line Abreast. “PLATEX” may be called to achieve Line Abreast on the current flow.
Height – As planned. Maintain a 1000 ft visually assessed height split.
Speed – M0.7.

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14
Q

What should you assess as you cross the FLOT?

A

TEL – consider how to correct any error (speed/geometry).
Fuel – JOKER 1 is usually minimum PUSH fuel so assess combat fuel at PUSH.

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15
Q

What is the MFD set up suggested?

A

LHMFD – Attack format (AR sanitisation responsibilities).
CMFD – Map format.
RHMFD – RWR.

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16
Q

What is the priority in the work cycle?

A

Formation and lookout

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17
Q

What is the work cycle?

A

Formation - sensors - comm

18
Q

What are the tac lead’s responsibilities?

A

Fly stable parameters (height/speed/heading).
Follow the black line.
If off the black line, transmit your plan and a flow heading or WPT steer.

19
Q

What are the tac wing’s responsibilities?

A

Prioritise maintaining VISUAL with a height split.
Assess formation position (sweep and width) and correct with power or height.
Match lead’s parameters (speed/heading).
Do not steer directly to WPT as you will converge. Either match the heading or place the white track triangle on the map parallel to the lead’s track.

20
Q

What is the rule of thumb for a turn initiation?

A

00:01E/10 degrees of turn assuming:
Steering to next WPT
1.5nm Line Abreast and M0.7
Adjust cue if expecting head/tail wind on next leg

21
Q

What options do you have if a timing error can’t be corrected?

A

SLIP = Delay TOT within the formation TOT bracket (called within the formation).
ROLEX = Request a TOT delay through C2 beyond the authorised bracket.
Request a new LOA – Routing direct to target might achieve the TOT but consider:
C2 restrictions.
Avoids/SAMs.
Weaponeering limitations (e.g. specific LOA brackets from the plan).

22
Q

What can aid your next event techninque?

A

HUD – Steering to the relevant WPT for TEL, range to WPT.
Outside – Weather.
Approaching a WPT – Who initiates turn? On what cue? Is weather ahead suitable?
Approaching IP – Pre-brief which side, height, release range, ASD, re-join etc.

23
Q

What are the SA-6 assumptions?

A

Single STRAIGHT FLUSH target acquisition radar and target engagement radar
SARH system
GAINFUL missile
Chaff programme 2

24
Q

What are the codewords for the RWR indications?

A

Strobe - DIRT
Spike - MUD
Flashing spike - SINGER

25
What are the OTM limitations?
22 Gp GASO limits: Full freedom of manoeuvre >5000 ft AGL. 10° ND per 1000 ft AGL <5000 ft AGL. VMC manoeuvre only – If you enter cloud then recover immediately. Only one aircraft within the formation can be engaged at any one time. Aircraft must have serviceable HUD and GPWS. OTMs will not be performed
26
What is the work cycle for stepping around a SAM site?
ACTION - INFORMATION - CONTROL
27
How long should you parallel track for an SA-6?
2 mins (1 min for an SA-8)
28
When should you fly an OTM?
If you receive a MUD or SINGER
29
How do you fly the OTM?
When the RWR indicates a SAM lock it is vital that you immediately enter a hard turn to put the SAM radar on the beam. Prioritise: ACTION – INFORMATION – CONTROL Whenever you are manoeuvring the aircraft in an OTM you should use the mantra: THROTTLE – AIRBRAKE (CF) – CHAFF Initial break: Full Power, Combat Flap (CF) and chaff. Simultaneously pull to moderate buffet. Continue the moderate buffet level break to the beam. During the break transmit threat information: “NINJA 1, DEFENDING LEFT/RIGHT, MUD 6 BEARING 330” The comm priority is to call “DEFENDING” with a direction so that the wingman is able to remain visual. As you approach the beam you should use the following mantra: ASSESS – REFINE – REACT ASSESS that the RWR indications are on the 90°. If not, then REFINE with prompt corrections to the beam. If still threatened, then REACT with a vertical manoeuvre whilst maintaining the beam. Pull to the beam (10° tolerance for SA-6). Unload with a check forward on the control column. Perform an unloaded roll to wings level inverted Pull to 60° ND.
30
What is the first leaf?
The pull down is the first ‘elbow’ and initiates the first ‘leaf’ of the OTM. Use the mantra: THROTTLE – AIRBRAKE – CHAFF THROTTLE – Idle. AIRBRAKE – OUT. CHAFF – Press as you pull using moderate buffet to 60° ND. Aim to achieve 60° ND (±5°) by anticipating it and reacting when you see 55° ND. At this point: Unload with a check forward on the stick. Instantly spot roll to wings level and pull to moderate buffet to 20° NU. Any delay in this roll could cause you to become fast. As you pull to the moderate buffet use the mantra: THROTTLE – AIRBRAKE – CHAFF THROTTLE – Full power. AIRBRAKE – IN. CHAFF – Press as you pull to the buffet. You should also ASSESS – REFINE – REACT as you climb to 20° NU to ensure that you maintain the 10° beam tolerance. ASSESS – NAKED or MUD/SINGER? REFINE – Turn to maintain accurate beam. REACT – Initiate second ‘leaf’ if RWR indications persist.
31
What is the second leaf?
Once you have reached the 20° NU position you have achieved the first ‘leaf’ of the OTM. If you are still threatened, then you should continue with a second ‘leaf’ by spot-rolling towards the threat and pulling through to 60° ND. Again, use the mantra of THROTTLE – AIRBRAKE – CHAFF but assess the speed as you pull through the horizon and alter the mechanics as required to maintain the speed bracket of M0.6-0.7. You should continue to maintain awareness of your height to ensure that you maintain OTM GASO limits. You will require approximately 10 000 ft AGL to pull through and maintain above 5000 ft AGL.
32
What should you do once naked post OTM?
Once NAKED, continue the OTM to the end of that ‘leaf’ (20° NU) and then turn to put the threat in the 5 or 7 o’clock. As the threat was on the beam, this should be a max performance turn through approximately 60° away from the threat. You will no longer have threat indications at this stage so you should turn in the same direction as your initial break turn to ensure that you are egressing the MEZ. Once the threat has been cleared then VMS should be regained as follows: Defending fighter: “NINJA 1 NAKED, FLOW XXX” Supporting Fighter – check the formation into Line Abreast and talk their eyes on: "NINJA 2 NAKED, CHECK 20 RIGHT, LINE ABREAST RIGHT, HIGH" “NINJA 1, VISUAL” On the CHECK, regain tactical cruise speed and initiate a climb to planned height. Mark the SAM on your SA map while it is in your 5/7 o’ clock. Tac Lead – Make a plan to regain track, ensuring the MEZ is avoided
33
How should you fly OTM as the non-spiked aircraft?
Formation: VISUAL – You must remain VISUAL as you own collision avoidance responsibility. Position – Aim to achieve a 1.0-1.5 nm swept position (5/7 o’ clock) on the COLD side of the threat. You should also maintain a height split above. Use throttle/airbrake if required to maintain the position. Avoid being co-height at the OUT as you will go ‘belly up’ with potential closure. Sensors: RWR – Scan your RWR to ensure that you are NAKED. Radar – Avoid using a RACM to maintain VISUAL as it will overload the RWR. Comm: Following the initial defending comm, you should add a BULLSEYE position if able but not at the expense of maintaining VISUAL. Break: Away – Max perform the ac to maintain a 1.5 nm swept position. Towards – Be aware of the collision risk when you are lower than the defending ac. In either case climb with full power and CF selected to a ‘feet-on-the-horizon’ picture and perform a lag pursuit roll around them to establish in a trail position.
34
What are the parameters for the tactical descent?
Throttle – Idle, Airbrake – Out. Speed – M0.85/400 kts (maximum 450 kts). Attitude – Maximum 30° ND. RADALT – ON (flashing ‘B’), low height warner set to 225 ft. BARO height warner set to 5000 ft.
35
How do you fly the tac descent?
The profile is flown as follows: Call “FLOW 180°, TAC DESCENT GO”. Push forward or overbank to max of 30° ND. Simultaneously select Idle and Airbrake OUT. Maintain the speed bracket using attitude. 5000 ft – Check RADALT is indicating the correct height and verbally acknowledge it. Conduct height checks ensuring that the ‘10° ND per 1000 ft’ rule is always observed in the safe sense (i.e. max 30° ND until 3000 ft). 3000 ft on the RADALT use a 4g pull to 20° ND. 2000 ft on the RADALT use a 4g pull to 10° ND. 1000 ft on the RADALT use a 4g pull to 5° ND. 500 ft on the RADALT, transition to level followed by a gradual descent to MSD. As you begin the transition to low-level throttle modulate and select the Airbrake in to capture and maintain 420 kts. If at any time you are told to recover from the tactical descent, then apply full power and pull 5g to 30° NU.
36
What fuse setting should you set for an unplanned P4 release?
HARD
37
What are the max heights and speeds for a ML P4 attack?
Minimum height: 5000 ft ATL limited by ASD manoeuvre (see below). Maximum height – variable: i. IMU release: 50sec Time of Flight which can be selected on AMPA. GPS release: Limited by battery life (classified numbers will be released on the OCUs) but we will simulate a maximum release height of 30 000 ft. Minimum speed: M0.7. Maximum speed: M0.8 (simulated carriage limit).
38
What is the P4 ASD?
ASD (>5000 ft) = 2g turn through 20° with outside aircraft 1000 ft higher than inside aircraft and a minimum spacing of 1.0 nm between aircraft at release. Note: This is predicated on a 60° AoB turn being initiated within 0.5 secs of pickle.
39
What is the EOMT?
The End of Manoeuvre Time (EOMT) refers to the amount of time that the ASD manoeuvre has to be held prior to making a turn back towards the target. The EOMT for P4 on the 402 course is 20 seconds.
40
What is the lethal radius of P4?
30m
41
What is CEP90 of P4?
12 ft
42