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Outbound Procedures

During Westerly operations, all Luton departures contact the appropriate area sector once airborne. They have no contact with Luton Radar.

During Easterly operations, all departures except CPT and OLNEY departures contact the appropriate area sector once airborne. CPT and OLNEY departures are worked by Luton radar initially due to the close proximity to the intermediate and final approach areas.

Aircraft should be transferred by ADC to the area sectors straight after departure, preferably no later than 2000ft:

Departure
Sector
CLN
NE DEPS
DVR
NE DEPS
DET
NE DEPS
CPT (26 only)
NW DEPS
OLNEY (26 only)
NW DEPS
  • If the relevant TMA sector is not online, relevant departures should be handed to S26
  • If TMA Sectors and S26 are not online, relevant departures should be handed to S20.
  • If TMA Sectors, S20 and S26 are not online, relevant departures should be handed to S10.
  • If TMA Sectors, S26, S20 and S10 are not online, relevant departures should be handed to INT
  • If TMA Sectors, S20, S10 and INT are not online, departures should be transferred to UNICOM.

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CPT/OLNEY 08 Departures

CPT/OLNEY departures should be handed to INT. These departures operate on a free flow system - The tower doesn't have to call up for a release on every aircraft.

CPT: These departures will be issued with a heading to keep the aircraft within the lateral limits of RMA south and ensure separation from final approach. INT will climb the departures to 5000ft ensuring that the aircraft is separated from traffic on a London City departure following a BPK/CPT SID.

OLNEY: These departures should be restricted to 4000ft. INT will ensure that no confliction exists between the departure and any Luton inbound aircraft and will issue further climb to 6000ft. The GMC controller must incorporate the 4000ft level restriction in the initial clearance passed to the aircraft.

Once the departures are climbing to the agreed levels, they should be handed to NW DEPS.

CPT/OLNEY 26 Departures

CPT/OLNEY departures should be handed to London. These departures operate on a free flow system - The tower doesn't have to call up for a release on every aircraft.

CLN/DET/DVR 26/08 Departures

These departures should be handed to London. These departures operate on a release system - A release must be requested by AIR to the relevant London sector. They must not get airborne without approval from London.

Step Climb Departures

All the SID departures from Luton contain stepped climbs. It is imperative that aircraft comply strictly with the stepped climb profiles. When giving an aircraft its departure clearance, the clearance must contain "Warning, stepped climb". e.g. "Cleared Amsterdam, CLN6B, Warning, stepped climb, squawk 7327"

Off-Airway Standard Departure Routes

In order to streamline clearance procedures for aircraft departing IFR routeing off airways, clearances via Standard Departure Routes (SDR) are to be issued. Applicable aircraft will be issued with an appropriate SDR by GMC. The clearance issued is to adhere to the following example format: "(Callsign) is cleared to the Luton CTR/CTA boundary, X Departure, squawk XXXX". All aircraft following SDR's are subject to release by INT and will be transferred to INT once airborne.

Runway 08 SDRs:
ROMEO - North East
SIERRA - North
TANGO - South East
UNIFORM - South West
VICTOR - West
WHISKEY - London Stansted positioners

Runway 26 SDRs:
JULIET - London Stansted positioners
KILO - North West
MIKE - South East
NOVEMBER - South West
PAPA - West

Identification

All departures should be instructed to Squawk IDENT on first contact to validate the mode A. Aircraft must also be instructed to report their passing altitude (if omitted from the first call) to verify the Mode C readout. (Readout has to be +/- 200ft from the reported altitude)

Departure Separations

Separation between departing aircraft is applied so that after one aircraft takes off, the next aircraft does not take-off with less than the number of minutes needed. There are 3 departure separation methods in use; Vortex, Route and Speed separation. When calculating the correct departure separation, the highest of the 3 values is the one to use.

Vortex Separation

First Aircraft Vortex Category
Second Aircraft Vortex Category
Separation
HEAVY HEAVY 1 minute
HEAVY MEDIUM 2 minutes
HEAVY SMALL 2 minutes
HEAVY LIGHT 2 minutes
     
MEDIUM HEAVY -
MEDIUM MEDIUM 1 minute
MEDIUM SMALL 2 minutes
MEDIUM LIGHT 2 minutes
     
SMALL HEAVY -
SMALL MEDIUM -
SMALL SMALL 1 minute
SMALL LIGHT 2 minutes
     
LIGHT HEAVY -
LIGHT MEDIUM -
LIGHT SMALL -
LIGHT LIGHT 1 minute

Route Separations

For the purpose of route separation Luton SIDs are divided into 3 groups: East (CLN / DVR / DET) West (CPT) and North (OLNEY).


Westerly Operations
Easterly Operations
First Aircraft
Second Aircraft
Separation
First Aircraft
Second Aircraft
Separation
           
East East 2 minutes
East East 2 minutes
East West 2 minutes
East West 1 minute
East North 2 minutes
East North 1 minute
     
     
West West 2 minutes
West West 4 minutes
West East 1 minute
West East 4 minutes
West North 2 minutes
West North 4 minutes
     
     
     
North North 2 minutes
North North 2 minutes
North East 1 minute
North East 1 minute
North West 2 minutes
North West 1 minute

Speed Separation

Group 3
Group 2
Group 1
Group 0
All jet aircraft excluding:
BA46
C501
C551
CARJ
CL60
E145
BA46
C501
C551
CARJ
CL60
E145
L328
ATP
AT43/44/45/72
BE20
DHC7
DH8A/8B/8C/8D
E120
F27
F50
G159
JS31/32/41
SF34
SW3/4
BE99
E110
SH33
SH36
C404
PA23
PA31
 

When a faster aircraft follows a slower aircraft, the minimum separation is increased by one minute for each successive group (e.g. Group 3 following Group 2, add 1 minute. Group 3 following Group 0, add 3 minutes)

The time is counted from the moment the first aircraft begins its takeoff roll. If the first aircraft commences a full length take-off and the following aircraft departs from an intersection, the spacing should be increased to 3 minutes.


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