Boeing 777-200 Tutorial/KSFO-KLAX: Difference between revisions

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...once on route to San Marcus immediatly switch nav 2 to Oxnard and use the same procedure
...once on route to San Marcus immediatly switch nav 2 to Oxnard and use the same procedure


==Oxnard 108.7 Coming Down ==
==Santa Monica 110.8 Coming Down ==




30 Dme from oxnard bring the aircraft down gently (no more than 150 ft per min)
30 Dme from Santa Monica Beacon bring the aircraft down gently (no more than 150 ft per min)
to 8000 ft and level out at 285 knts..do not use speedbrakes
to 8000 ft and level out at 285 knts..do not use speedbrakes


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Now do a visual check ..as you come into the bay area over the water
Now do a visual check ..as you come into the bay area over the water
Klax is close stay 4-5 DME out to sea  ..and descend to 2500 ft
Klax is close stay 4-5 DME out to sea  ..and descend to 2500 ft
 
[http://vaeronix.000space.com/6L.html '''The Runway Localiser(ILS)... and Inner and Outer marker Information''']
=Your first all instrument approach to KLAX=
=Your first all instrument approach to KLAX=
[[Image:Lax.jpg|thumb|200px|This is the Air chart showing The airport]]
[[Image:Lax.jpg|thumb|200px|This is the Air chart showing The airport]]
Your first all instrument approach will be to runway 6 R ,which is the 2ND of 4 main runways as seen from left to right in your current approach . ILS (Instrument Landing System . which is a special type of radio beacon for landing ) or 'Localiser' Now set nav 1 to 111.7(the localiser beacon)  set nav 2 to KLAX VOR 113.6 (note you must be under 2500ft for the vertical guidance or "glide slope " portion to "intercept" it's signal so ,lining your approach up to set up the ILS is vital. (We will tackle this in our next flight from Boston to New York)The localiser gives you traditional VOR guidance from up to 20 DME away and vertical  "glideslope Guidance" 4-5 DME and under 2500ft directly in front of the runway .(note the vor CDI green needle will not point to the correct heading
Your first all instrument approach will be to runway 6 R ,which is the 2ND of 4 main runways as seen from left to right in your current approach . ILS (Instrument Landing System . which is a special type of radio beacon for landing ) or 'Localiser' Now set nav 1 to 108.5(the localiser beacon)  set nav 2 to KLAX VOR 113.6 (note you must be under 2500ft for the vertical guidance or "glide slope " portion to "intercept" it's signal so ,lining your approach up to set up the ILS is vital. (We will tackle this in our next flight from Boston to New York)The localiser gives you traditional VOR guidance from up to 20 DME away and vertical  "glideslope Guidance" 4-5 DME and under 2500ft directly in front of the runway .(note the vor CDI green needle will not point to the correct heading
of your runway when close by or on approach as it it not situated on the runway  , establish the exact magnetic and true headings for you runway and set your heading bug in the F11 autopilot menu , you can obtain all the information you need from airnav.com)
of your runway when close by or on approach as it it not situated on the runway  , establish the exact magnetic and true headings for you runway and set your heading bug in the F11 autopilot menu , you can obtain all the information you need from airnav.com)
I have also included the headings you need in the next section.  
I have also included the headings you need in the next section.  
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(069 in the heading bug )... to make sure you can land you should plot a position PAST the oxnard vor...out into the bay area and then at the right moment turn left onto the runway heading of 69 degrees , this is called your
(069 in the heading bug )... to make sure you can land you should plot a position PAST the oxnard vor...out into the bay area and then at the right moment turn left onto the runway heading of 69 degrees , this is called your
Final Approach Fix (FAF) do this using a chart if you intend trying this in anything other than perfect visual conditions.
Final Approach Fix (FAF) do this using a chart if you intend trying this in anything other than perfect visual conditions.
To land correctly you should use a chart to plot a '''series of WAYPOINTS'''...these are
markers on the map ...that are created , by you ...or others to designate course
arrival points , using a GPS systenm and charts ...or using radial "crosschecks" to
'''FIX''' a point in space that  you should fly AT ...The last of these is the exact point at which the 777 should be on 69 degrees magnetic (ie you compass heading) ...Note true headings
...as in those plotted with ideal or non magnetic headings also...differ not only in proportion or var ...an Isogonic Variation Chart  must also be plotted if flying only by compass...(ps pilots  really use pre-planned routes...and GPS systems ..navigation is changing with technology...but using radio systems and ,vor beacons and the like to navigate is required knolledge for the real 777 Jockey though ...)


Át the bottom of the left flightscreen (primus 1000 efis) there are white markers and another white indicator will appear , if this indicator is in the centre of the marks , there are two sets ...one for heading into runway and
Át the bottom of the left flightscreen (primus 1000 efis) there are white markers and another white indicator will appear , if this indicator is in the centre of the marks , there are two sets ...one for heading into runway and
the other(verical white ticks on the right of the left screen) for pitch or "glideslope" these scales and thier markers should always be "Dead Center" if they are you are bang on line for your runway...
the other(verical white ticks on the right of the left screen) for pitch or "glideslope" these scales and thier markers should always be "Dead Center" if they are you are bang on line for your runway...this only happens if you are in the radio '''CONE''' between 3 and 10 degrees
only good planning will make this so .
of your heading and glide slope information only occurs at '''UNDER 2500 ft'''
practise makes perfect  .
In real life an IFR (Instrument Flight Rules) landing will require two charts (amongst others SIDS , TAC , RUNWAY , SECTIONAL , EN ROUTE , and NOTAMS Notices to Airman) that the pilot must obtain ... the first is for a Standard Arrival Route (STAR chart) and the second for the specific runway approach information called an "Approach Plate" which contains specific information for each runway .  
In real life an IFR (Instrument Flight Rules) landing will require two charts (amongst others SIDS , TAC , RUNWAY , SECTIONAL , EN ROUTE , and NOTAMS Notices to Airman) that the pilot must obtain ... the first is for a Standard Arrival Route (STAR chart) and the second for the specific runway approach information called an "Approach Plate" which contains specific information for each runway .  


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