Birmingham |
The Radar Manoeuvring Area (RMA) is the airspace in which Birmingham Directors can safely vector aircraft. The RMA is contained within the lateral limits of the Birmingham CTR, CTA and the portion of the Daventry CTA to the west of the 15/33 centreline. The arrangement of the Birmingham Radar Manoeuvring Area is the same regardless of the runway in use. The airspace around Birmingham is delegated as follows:

London is responsible for the airspace above.
Vectoring of all inbounds must be done to the west of the 15/33 centreline unless coordinated otherwise.
It is important that when vectoring aircraft inbound, you remain within the confined RMA airspace. If for whatever reason you need to vector an aircraft outside the RMA, you must coordinate with the appropriate area sector. At Birmingham, there is also a chance that aircraft may leave controlled airspace if they leave the confines of the RMA.
During normal operations, INT will pass instructions to inbound traffic routeing through both stacks in order to perform integration of the two streams until handover to Final Director.
Traffic should normally be offered to FIN descending to altitude 4000ft (QNH) at 210kts. If any non standard altitudes or speeds are used, FIN should be informed when the aircraft is transferred. On transfer of control to FIN, controllers should use the phrase "Contact Birmingham Director with callsign only, 131.000"
Traffic from the stacks usually follow this pattern:

Straight in approaches may be coordinated with London/Manchester for arrivals into CHASE.

Straight in approaches may be coordinated with London for aircraft inbound to HON.
IMPORTANT - The headings and tracks used here are only approximate. There are many factors which will affect the headings and tracks used such as wind and traffic situation . There is no requirement to follow these routes exactly as they are shown.
All arrivals to Coventry should be routed towards the CT NDB at a level coordinated with Coventry. Once talking to Coventry Radar, aircraft will leave controlled airspace via descent.
The aim of a CDA is to provide pilots with ATC assistance necessary for them to achieve a continuous descent during intermediate and final approach at speeds which require minimum use of lift devices. This has significant benefits in terms of noise produced and reduces the amount of fuel that needs to be used.
The procedure requires specific speeds to be assigned to aircraft and accurate, adequate range from touchdown information.
The CDA procedure should be used for all inbound aircraft to Birmingham.
Distance from touchdown information should be passed at the following times:
(If there is no FIN controller online, pass distance from touchdown information when you turn the aircraft onto a base leg)
Speeds to be flown during approach are specified by the controller and will depend on the traffic situation at that time. On occasions, a pilot may request to maintain a higher than normal speed. If traffic situation allows this, the aircraft can be told that there is "no ATC speed restriction".
There are standard speeds which should be employed during approach:
Missed Approach procedures:
The missed approach procedures are as follows:
Runway |
Missed Approach Procedure |
15 |
Climb straight ahead to 1000ft then turn right
onto track 169 to 2500 or I-BIR DME 4, whichever is later, then level
turn left to return to NDB BHX or as directed |
33 |
Climb straight ahead to 2500 or I-BM DME 2,
whichever is later, then level procedure turn right to NDB BHX or as
directed |
In the event of an associated radio failure with a missed approach, the aircraft should follow the procedures detailed in the UK AIP.
Terrain clearance is the responsibility of the pilot whether or not specific heading instructions have been issued by ATC.
The lowest level to the north of the airfield that can be assigned to flights is 2500ft. The lowest level to the south of the airfield that can be assigned to flights is 2000ft. Aircraft can be descended to 1800ft when in the strict final approach areas as details on the SMAC chart.