Cdu Programacion

8/23/2019 Cdu Programacion

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INERTIAL POSITION SET-UP



Press CLR to remove ENTER INERTIAL POS



Press the R6 button to begin entering data.



Enter the 4 digit Airport ICAO code using the keyboard and press the L2 button to enter it below



Longitude and latitude coordinates will automatically be displayed beside the airport referenc



If you know it, enter the Gate Number you are parked at.



Press the L3 button to enter it below GATE. Longitude and latitude coordinates will be displayedlocation.



Press the R3 button to select the Gate coordinates. They will appear below in the data entry ar



Press the R5 button to enter the coordinates into the FMC.



Your navigation system is now configured correctly.



Press the R6 button to begin entering your flights ROUTE details.



ROUTE & AIRCRAFT PERFORMANCE SET UP



Type in your ORIGIN airport code and press L1 to enter it into the FMC.



Type in your DEPARTURE runway and press L2 to enter it into the FMC. You ionly need to enter thwill automatically add RW



Type in the DESTINATION airport code and press R1 to enter it.



Add a FLIGHT NUMBER if you wish and press R2 to enter it. You can use a combination of text a



The green EXEC light will be illuminated, ignore this for now.



Press R6 to begin entering performance data.



To enter GROSS WT & ZFW (zero fuel weight) you can either get this from the aircraft menu wheload fuel and weight or press the L5 REQUEST button for these fields to be completed automati



Enter your fuel RESERVES and press L4 to enter it. I typically select 50 for this entry.



Decide what your cruise altitude will be, type it in and press R1. Most altitudes can be entered 35000feet = 350.



Decide what your COST INDEX will be, enter it and press R2. I typically select 100 for this entry. TCG number, in this case 25.0%



Press R6 to begin entering engine performance data.



Input the temperature. I typically select 150 but you could also enter the number under OAT, inshould be selected and CLB> armed.



We will now enter take-off reference data. Press R6 to begin.



Enter your flap position and press L1. This is typically 5 but can be higher.



Enter the CG TRIM amount. I usually make this around the same % as the CRZ CG number we nour COST INDEX. The FMC will automatically calculate the TRIM which we can then adjust mantab on the centre console. You will note REF speeds have also been calculated for V1, VR and



If you check the left centre PFD screen you will note an AMBER caution advising NO VSPEEDS.



You must press R1, R2 and R3 buttons to confirm the speeds. Once done the AMBER caution wi



DEPARTURE / ARRIVAL / ENROUTE



Its now time to set up your departure, SID, en-route waypoints, STAR, TRANS and approach. Clic



We have already set up the departure and arrival airports. The DEP/ARR INDEX allows us to seledeparture and SIDS, TRANSITIONS and the arrival runway at our destination. Begin by pressing L



Select your departure runway, in this case its 16 so we press R2. Note because we specified runstarted to set up our route it already has <SEL> next to it.



Once selected only the runway you want will be displayed. Now we can select the SID we waon the left hand side. Note the 1/3 at the top right hand corner. This indicates there are 3 pageavailable for us to select from. The NEXT PAGE and PREV PAGE buttons allow you to move betw



For this flight I want to fly the CORRS6 SID so I press the L2 button.



Now our departure runway 16 and CORRS6 SID departure have been selected. No TRANSISION

departure.



Now we want to set up our arrival in Auckland. We need to go back so press the L6 button for



Press the R2 button. Note – You can continue to ignore the EXEC button for now.



In Auckland the wind is coming from the west so we will use runway 23L. For this approach we wILS approach so press R4 to select ILS23L.



You will see that a TRANSISION is available for this approach called EMRAG. We will select this b



We have a choice of STARS for this approach, we will select ARAD6A by pressing L4



For the ARAD6A STAR we have a choice of three TRANSITIONS. We will select VELMO by pressin



Because we are departing from Melbourne VELMO will bring us in to Auckland on a fairly direcLUNBI would be more suitable if we were coming from a higher latitude. If you can, check out where these transitions begin.



Don’t be afraid to select other Transitions to see how they differ as you can always come backlater.



Our arrival for NZAA is now complete. Press the EXEC button. This will make our flight plan appeline intersecting the plans waypoints in our PFD. If we don’t press EXEC our flight plan will appealine.



CHECK AND CONFIRM FLIGHT PLAN



To check and confirm our flight plan on the PFD we need to select PLN.



We also need to adjust the zoom so we can see it better. I typically set this to 40.



Doing this means we can now see our departure point and the first waypoint YARRA.



To make it easier to view the PFD screens Captainsim have made them so they can ‘pop out’. a PFD screen to do this. Move your viewpoint so you can see both the pop out window and thealso make the 2D FMC appear by pressing SHIFT+7.



We now want to check our flight plan. Press the LEGS button on the FMC.



We can see our first waypoint is 834 which we will follow for 9NM from the end of runway 16 onat a speed of 240 knots. This will take us to YARRA.



At YARRA we will turn left to a heading of 0870 to head towards CORRS 36 nautical miles away.between YARRA and CORRS we must climb to FL219 and accelerate to 300 knots so we cross Ccorrect altitude and speed. The magic of VNAV ensures this happens.



To STEP through each waypoint and make it centred on our PFD we press the R6 button.



If we do this twice we run into a ROUTE DISCONTINUITY where we have a blank waypoint entry the CORRS6 departure ends.



When we programmed our flight we only entered the departure and arrival. We must still tell thwant it to fly the aircraft between CORRS and VELMO. The fix is simple and we will come back t



STEP through to VELMO. This is the start of the NZAA arrival. You can see we will reach VELMO aaltitude of FL350 at a speed of Mach .801. Because of the ROUTE DISCONTINUITY we have no tbut a top of descent (TOD) has been calculated but we cant see that at the moment.



Continue to STEP through and you will see the approach across Auckland city to LOSGA and V

turn right towards the EMRAG transition and then right again for our ILS approach to runway 23

descent profile as well as the speed reductions.



Now lets return to our ROUTE DISCONTINUITY. The reason we get this ‘error’ is simple. The airplanwhere it wants us to go. The solution is even simpler.



Press L5 where the VELMO waypoint is.



This will bring VELMO up in the data input area of the screen.



Now press L4 where the empty waypoint is. This will make VELMO the next waypoint after CORRgap in the flight plan.



The ROUTE DISCONTINUITY error has now gone but our flight plan has changed from a solid maa broken white line overlaid on top of it. You can also see the EXEC button light has been illumindicates we have made a change to our fl ight plan that we must confirm for it to become ac



Press EXEC and your changes are confirmed. You will note that the speed and altitude we will slightly higher and faster. This is because the FMC has now been able to calculate a TOC pointand it has adjusted speed and alt as per our cost index setting.



You can now press LEGS and your flight is good to go. Before we do this we will revisit some Takinformation. Press INIT REF, then INDEX (L6) then TAKEOFF (L5).



The information I want to revise is on page 2, so click NEXT PAGE to bring that up. You can conthe 2/2 in the top right hand corner. Here we will enter WIND, RWY WIND and SLOPE data to gemanagement for our departure.



In my flight the wind is coming from1380 and is blowing at 13 knots. I type in 138 / 13 in the datathen press L3.



Because I have added wind speed the FMC has automatically deleted my confirmed take-offnews is it has already calculated new ones so the warning message here is to ensure we go anYou will see RWY WIND has been auto calculated for us.



Next we will enter slope. In this case I will make it flat so I will enter 0.0 and then press L5 to ente



We then want to confirm our speeds so press NEXT PAGE.



As we did earlier, confirm each speed by pressing buttons R1, R2 and R3.



If you are looking for accuracy you can also input the take-off gross weight (TOGW). This wouldburn. If you elect to add this your take-off speeds will once again be deleted and recalculatedreconfirm them once again.



Becoming familiar with the set-up flow of the FMC will enable you to enter all of this data in a lofrom start to finish meaning you should only need to confirm speeds once at the end.



We are now ready to set up the autopilot.

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Cdu Programacion

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