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Landing Checklist Av8b

This document outlines the vertical landing profile for an AV-8B aircraft in either light or heavy configurations. It describes approaching from a directed heading and landing in order of preference at a helipad, cleared tarmac, revetment, or dirt pad. For both light and heavy profiles, it details checking equipment, receiving clearance, lowering gear at 500 feet for light or 900 feet for heavy, reducing speed and throttles, hovering, and slowly descending to land and applying brakes. Ejecting is instructed if downward speed exceeds 50 feet per second.

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0% found this document useful (0 votes)
74 views3 pages

Landing Checklist Av8b

This document outlines the vertical landing profile for an AV-8B aircraft in either light or heavy configurations. It describes approaching from a directed heading and landing in order of preference at a helipad, cleared tarmac, revetment, or dirt pad. For both light and heavy profiles, it details checking equipment, receiving clearance, lowering gear at 500 feet for light or 900 feet for heavy, reducing speed and throttles, hovering, and slowly descending to land and applying brakes. Ejecting is instructed if downward speed exceeds 50 feet per second.

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AV-8B VERTICAL Landing profile

Profile types:

• LIGHT: <24500 [lbs]

• HEAVY: 24500 to 26500 [lbs]

Above 26500 = Burn fuel, use LIGHT or HEAVY as your final Landing weight mandates.

Approach:

From Ground Ops directed heading parallel and offset to landing runway.

Land airbase point, in order from most suitable, 1, to least suitable, 3, conditions allowing:
1. Helipad, nose to take-off runway heading
2. Vacant tarmac cleared in 200 feet radius, nose to take-off runway heading
3. Revetment
4. Grass/dirt pad inside airbase closed perimeter

Runways are not to be used for vertical take-off/landing points = in case of mishap, runway is
not disabled.
Profile “LIGHT”
--------------------------------------------------------------------- Approach Phase
• Check NAV lights + Strobe + Formation lights ON
• Parking brakes OFF
• AUTO Flaps switch to “STOL”
• Radar Altimeter ON
• Ground OPS chief landing clearance
• Cleared approach heading
• AGL = 500 feet
• Speed = 240 KCAS
• Gear DOWN
--------------------------------------------------------------------- Power Phase
• Half mile from landing area; Nozzles 120% & Buster throttle 100%
• Manage speed down to ~140 KCAS with angle of attack, nose high as required,
Velocity Vector approx. horizon line
• Manage forward speed LOW and Nozzle down progressively in 10% increments to
90%
• Expect erroneous HUD symbology and audible warnings, disregard KCAS reading,
use visual speed judgement
• Start Throttling DOWN to a slow descent, prevent further climb once in HOVER
• Control your HOVER until satisfied with throttle stable position
• If still descending, but not in perfect HOVER, but going backwards or sideways or
forwards: compensate each direction with pitch forward, sideways, or down
◦ going BACKWARDS = compensate pitch DOWN
◦ going FORWARD = compensate pitch UP
◦ going SIDEWAYS = rudder to point to direction of motion and pitch UP
- At this point if downward speed higher than 50 feet per second = EJECT EJECT EJECT
• Manage your position in slow inputs in all directions, maintain safe AGL >100 feet
• Once confident of landing position, COMMIT
• Control your descent with throttle slow increments, expect throttle LAG time
• Once under 10 feet and stable slow descent = IDLE throttle
• Apply full wheel brakes and Re-apply Parking Brakes
• When secure = Nozzle 0%; Proceed to Taxi or Shutdown checklist as appropriate
Profile “HEAVY”
--------------------------------------------------------------------- Approach Phase
• Check NAV lights + Strobe + Formation lights ON
• Parking brakes OFF
• AUTO Flaps switch to “STOL”
• Radar Altimeter ON
• Ground OPS chief landing clearance
• Cleared approach heading
• AGL = 900 feet
• Speed = 240 KCAS
• Gear DOWN
--------------------------------------------------------------------- Power Phase
• Half mile from landing area; Nozzles 120% & Buster throttle 100%
• Manage speed down to ~140 KCAS with angle of attack, nose high as required,
Velocity Vector approx. horizon line
• Manage forward speed LOW and Nozzle down progressively in 10% increments to
90%
• Expect erroneous HUD symbology and audible warnings, disregard KCAS reading,
use visual speed judgement
• Start Throttling DOWN to a slow descent, prevent further climb once in HOVER
• Control your HOVER until satisfied with throttle stable position
• If still descending, but not in perfect HOVER, but going backwards or sideways or
forwards: compensate each direction with pitch forward, sideways, or down
◦ going BACKWARDS = compensate pitch DOWN
◦ going FORWARD = compensate pitch UP
◦ going SIDEWAYS = rudder to point to direction of motion and pitch UP
- At this point if downward speed higher than 50 feet per second = EJECT EJECT EJECT
• Manage your position in slow inputs in all directions, maintain safe AGL >100 feet
• Once confident of landing position, COMMIT
• Control your descent with throttle slow increments, expect throttle LAG time
• Once under 10 feet and stable slow descent = IDLE throttle
• Apply full wheel brakes and Re-apply Parking Brakes
• When secure = Nozzle 0%; Proceed to Taxi or Shutdown checklist as appropriate

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