Hyden (HYD)

Positions

Name	ID	Callsign	Frequency	Login ID
Hyden	HYD	Melbourne Centre	118.200	ML-HYD_CTR
Cross	SCR	Melbourne Centre	135.800	ML-SCR_CTR
Geraldton	GEL	Melbourne Centre	134.200	ML-GEL_CTR
Grove	GVE	Melbourne Centre	133.800	ML-GVE_CTR
Jarrah	JAR	Melbourne Centre	120.300	ML-JAR_CTR
Leeman	LEA	Melbourne Centre	122.400	ML-LEA_CTR
Pingelly	PIY	Melbourne Centre	133.900	ML-PIY_CTR

Non-Standard Positions

Non-standard positions may only be used in accordance with VATPAC Air Traffic Services Policy.
Approval must be sought from the bolded parent position prior to opening a Non-Standard Position, unless NOTAMs indicate otherwise (eg, for events).

Airspace

Hyden Airspace

Reclassifications

PE TCU

When PEA is offline, the PE MIL CTR, GIG MIL CTR, and restricted airspace within R155 is deactivated and the airspace is administered by LEA, PIY and PH TCU.

Tip

Consider publishing a pre-formatted ATIS Zulu for the aerodrome, to inform pilots about the airspace reclassification.

Departure and Arrival Procedures

YGIG

LEA and PIY share responsibility for facilitating operations in and out of YGIG

YPEA

STAR Assignment

The STARs at YPEA have different variations designed to facilitate separation with PH TCU traffic, dependant on the runway mode in use at YPPH.

The following subsectors are responsible for issuing STAR clearance.

RWY 03/06 at YPPHRWY 21/24 at YPPH

Subsector	STAR	Type	Notes
HYD	PEA GOLF, KABLI Trans	Jet	Descent not below F190
PIY	PEA GOLF, LAVEX Trans PEA WHISKEY, MALUP Trans	Non-Jet

Subsector	STAR	Type	Notes
HYD	PEA ROMEO, KABLI Trans	Jet	Descent not below F190
PIY	PEA ROMEO, LAVEX Trans	Non-Jet

Arrivals from the east and north shall be given initial descent to not below F190. PIY will issue final descent.

YPJT

STAR Assignment

The STARs at YPEA have different variations designed to facilitate separation with PH TCU traffic, dependant on the runway mode in use at YPPH.

The following subsectors are responsible for issuing STAR clearance.

RWY 03/06 at YPPHRWY 21/24 at YPPH

Subsector	STAR	Type	Notes
GVE	JT GOLF, WOORA Trans	Jet	Descent not below F190
HYD	JT GOLF, KABLI Trans	Jet	Descent not below F190
PIY	JT GOLF, LAVEX Trans JT WHISKEY, MALUP Trans JT GOLF, WOORA Trans	Non-Jet

Subsector	STAR	Type	Notes
HYD	JT ROMEO, KABLI Trans	Jet	Descent not below F190
PIY	JT ROMEO, LAVEX Trans	Non-Jet

Arrivals from the east and north shall be given initial descent to not below F190. PIY will issue final descent.

Note

All STARs at YPJT terminate in radar vectors to the aerodrome and are not associated with a runway. No runway shall be issued with STAR clearance.

E.g. "FD623, cleared JT3R arrival, maintain F200"

YPPH

STAR Assignment

The following subsectors are responsible for issuing STAR clearance.

Subsector	STAR	Type	Notes
GVE	JULIM	Jet	Descent not below F190
HYD	KABLI	Jet	Descent not below F190
JAR	SOLUS	All
LEA	IPMOR	All
PIY	DAYLR LAVEX SAPKO	Non-Jet

Arrivals from the east and north shall be given initial descent to not below F190. PIY will issue final descent.

Runway Assignment

When the Southwest Plan active, arrivals shall be processed to either Runway 21 or 24 based on their feeder fix (subject to any operational requirements).

FF	Runway
JULIM	21
SAPKO	21
IPMOR	21
KABLI	24
LAVEX	24
SOLUS	24

Sequencing

Sequencing arrivals into YPPH is a joint responsibility of multiple subsectors:

• GVE and HYD will perform initial sequencing actions for aircraft arriving from the north and east, with final sequencing performed by PIY.
• LEA is responsible for all sequencing actions for aircraft arriving from the west.
• JAR is responsible for all sequencing actions for aircraft arriving from the south.

Adjacent Feeder Fixes

Aircraft assigned the same runway inbound via JULIM and SAPKO, must be considered to be on the same STAR for sequencing purposes. That is, they must be at least 2 minutes apart at their respective Feeder fixes.

Predictable Sequencing Waypoints

There are ten Predictable Sequencing waypoints available for aircraft inbound YPPH via Q10, Q32, Q27, Q41 and Z38, located south of Q10 and north of Q27. There are also eight waypoints available for aicraft inbound via Q9, Q31, Q38, Q73 and Q181 located east of the Q38.

The table below contains the estimated time from the initial waypoint to the final waypoint via the CDO waypoint.

L514Q9Q10Q27Q31Q32Q38Q41Q73Q181T12Z38

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
OTGOM	ELGAT	AVPAL	+2
OTGOM	VEKBO	AVPAL	+4
OTGOM	DUBUL	AVPAL	+5
OTGOM	SOVTO	AVPAL	+6
OTGOM	ASEBI	AVPAL	+8
OTGOM	LEDAB	AVPAL	+11
OTGOM	NURPA	AVPAL	+13
OTGOM	BEPKI	AVPAL	+15
OTGOM	IGOKO	AVPAL	+17

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
ELGAT	VEKBO	AVPAL	+1
ELGAT	DUBUL	AVPAL	+2
ELGAT	SOVTO	AVPAL	+3
ELGAT	ASEBI	AVPAL	+5
ELGAT	LEDAB	AVPAL	+7
ELGAT	NURPA	AVPAL	+9
ELGAT	BEPKI	AVPAL	+11
ELGAT	IGOKO	AVPAL	+13

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
URGEX	TEKUD	MALUP	+1
URGEX	BEMPI	MALUP	+2
URGEX	AGTOD	MALUP	+4
URGEX	DUKOR	MALUP	+6
URGEX	IPGER	MALUP	+8
URGEX	TODOS	MALUP	+10
URGEX	IVPIL	MALUP	+13

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
IVPIL	TODOS	MALUP	+1
IVPIL	IPGER	MALUP	+2
IVPIL	DUKOR	MALUP	+3
IVPIL	AGTOD	MALUP	+4
IVPIL	BEMPI	MALUP	+5
IVPIL	TEKUD	MALUP	+6
IVPIL	URGEX	MALUP	+8

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
VEKBO	DUBUL	AVPAL	+1
VEKBO	SOVTO	AVPAL	+2
VEKBO	ASEBI	AVPAL	+4
VEKBO	LEDAB	AVPAL	+6
VEKBO	NURPA	AVPAL	+8
VEKBO	BEPKI	AVPAL	+11
VEKBO	IGOKO	AVPAL	+12

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
TEKUD	BEMPI	MALUP	+1
TEKUD	AGTOD	MALUP	+3
TEKUD	DUKOR	MALUP	+5
TEKUD	IPGER	MALUP	+7
TEKUD	TODOS	MALUP	+9

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
SOVTO	ASEBI	AVPAL	+2
SOVTO	LEDAB	AVPAL	+4
SOVTO	NURPA	AVPAL	+6
SOVTO	BEPKI	AVPAL	+8
SOVTO	IGOKO	AVPAL	+10

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
NALAR	URGEX	MALUP	+5
NALAR	TEKUD	MALUP	+7
NALAR	BEMPI	MALUP	+8
NALAR	AGTOD	MALUP	+10
NALAR	DUKOR	MALUP	+12
NALAR	IPGER	MALUP	+14
NALAR	TODOS	MALUP	+16
NALAR	IVPIL	MALUP	+20

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
IGOKO	OTGOM	AVPAL	+12
IGOKO	ELGAT	AVPAL	+9
IGOKO	VEKBO	AVPAL	+7
IGOKO	DUBUL	AVPAL	+6
IGOKO	SOVTO	AVPAL	+5
IGOKO	ASEBI	AVPAL	+3
IGOKO	LEDAB	AVPAL	+2
IGOKO	NURPA	AVPAL	+1

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
DUBUL	SOVTO	AVPAL	+1
DUBUL	ASEBI	AVPAL	+3
DUBUL	LEDAB	AVPAL	+5
DUBUL	NURPA	AVPAL	+7
DUBUL	BEPKI	AVPAL	+9
DUBUL	IGOKO	AVPAL	+11

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
OPEGA	TUTRU	DAKPO	+4
OPEGA	BEKIG	DAKPO	+2
DAKPO	MIGEP	KAGMI	+2
DAKPO	AVMEK	KAGMI	+4
DAKPO	GOPLO	KAGMI	+6

Initial Waypoint	CDO Waypoint	Final Waypoint	Delay (in mins)
BUNGL	MALUP	MALUP	+3
BUNGL	IGROB	MALUP	+5
BUNGL	KINAB	MALUP	+7

Holding Fixes

Refer to the vatSys Enroute Holds map for details of published holds on the airways inbound to YPPH. Where delays necessitate holding, aircraft should be instructed to hold at the following positions. The listed time should be subtracted from an aircraft's assigned feeder fix time to determine when they should leave the hold.

Feeder Fix	Holding Fix	Time from Hold to Feeder Fix
JULIM	CALIG	Jets: 4 min Non-Jets: 6 min
Others	Feeder Fix	-

Tip

Additional holding may be performed at upstream holding fixes to reduce controller workload. This is particularly useful when non-standard child sectors have been opened, allowing aircraft to absorb some of their delay in the previous sector.

STAR Clearance Expectation

Handoff

Aircraft being transferred to the following sectors shall be told to Expect STAR Clearance on handoff:

Transferring Sector	Receiving Sector	ADES	Notes
GVE, CRS, HYD	PIY	YPPH, YPEA	Non-jets only
GVE, CRS, HYD	PIY	YPJT
GEL	LEA	YPPH

Terminal Handover Frequencies

Aircraft being transferred from enroute to a TCU with multiple frequencies shall be given the frequency for the revelant TCU position.

PH TCU

03AD06D24A21AD

PH TCU Handover Frequencies - 03AD06D Mode

ADES	STAR	Frequency (Controller)
YPPH	DAYLR	123.600 (PHA)
YPPH	IPMOR	118.700 (PHD)
YPPH	JULIM	ABV A065: 123.600 (PHA) BLW A065: 118.700 (PHD)
YPPH	KABLI	123.600 (PHA)
YPPH	LAVEX	123.600 (PHA)
YPPH	SAPKO	ABV A065: 123.600 (PHA) BLW A065: 118.700 (PHD)
YPPH	SOLUS	123.600 (PHA)

PH TCU Handover Frequencies - 24A21AD Mode

ADES	STAR	Frequency (Controller)
YPPH	IPMOR	ABV A065: 123.600 (PHA) BLW A065: 118.700 (PHD)
YPPH	JULIM	123.600 (PHA)
YPPH	KABLI	ABV A065: 123.600 (PHA) BLW A065: 118.700 (PHD)
YPPH	LAVEX	ABV A065: 123.600 (PHA) BLW A065: 118.700 (PHD)
YPPH	SAPKO	123.600 (PHA)
YPPH	SOLUS	118.700 (PHD)

Coordination

PH TCU

Airspace

The PH TCU is responsible for the airspace within 36 DME of the PH VOR, SFC to F245.

Refer to Perth TCU Airspace Division for information on airspace divisions when PHD is online.

Note

A significant portion of the TMA airspace south of the PH VOR (roughly 20 DME onwards) is classified Class E with a lower limit of F125. Aircraft arriving from this direction from F130 and above shall be instructed to leave and re-enter controlled airspace on descent to the standard assignable level (or other appropriate altitude).

Departures

Voiceless for all aircraft:

• Tracking via a Procedural SID procedure^‡; and
• Assigned the lower of F180 or the RFL

Note

^‡ In contrast to many other TCUs, aircraft are required to be tracking via the SID procedure. Aircraft simply tracking via any of the terminus waypoints (including aircraft given track shortening) is not sufficient to meet the criteria for voiceless coordination.

All other aircraft going to PIY CTA will be Heads-up Coordinated by PH TCU.

Arrivals/Overfliers

Voiceless for all aircraft:

• With ADES YPPH; and
• Assigned a STAR; and
• Assigned A090

All other aircraft coming from PIY CTA must be Heads-up Coordinated to PH TCU prior to 20nm from the boundary.

PE TCU

Airspace

PEA is responsible for the restricted airspace within R155A and R155B. This airspace is reclassified to Class C when PEA is online. Additional airspace may be released by NOTAM, or coordinated between PEA, PH TCU, and LEA/PIY to facilitate military operations.

Phraseology

PEA -> PH TCU: "Request release of M166, SFC to F160, for Military Operations. My onwards with LEA"
PH TCU -> PEA: "M166, SFC to F160, released to you. Your onwards with LEA"

PEA -> LEA: "Request release of M166, SFC to F160, for Military Operations. My onwards with PH TCU"
LEA -> PEA: "M166, SFC to F160, released to you. Your onwards with PH TCU"

Departures

All aircraft from PE TCU to HYD require Heads-up coordination prior to the boundary, however, as soon as practical (when is the aircraft becomes airborne) is preferred.

Arrivals/Overfliers

All aircraft transiting from HYD to PE TCU must be Heads-up coordinated prior to 20nm from the boundary. There are no standard assignable levels; HYD and PEA controller must agree on a suitable level during coordination.

Phraseology

LEA -> PEA: "via AVNEX, EGLE9, will be assigned A090"
PEA -> LEA: "EGLE9, A090"

Enroute

As per Standard coordination procedures, Voiceless, no changes to route or CFL within 50nm to boundary.

HYD Internal

Changes to CFL are permitted up to the boundary from GVE, CRS and HYD to PIY.

All else is Voiceless, no changes to route or CFL within 20nm (reduced from 50nm) to boundary.

That being said, it is advised that HYD(All) gives Heads-up Coordination prior to 20nm in the following scenarios:
- JAR to PIY for all aircraft
- LEA to PIY for all aircraft

IND (Oceanic)

As per Standard coordination procedures, Voiceless, no changes to route or CFL within 15 mins to boundary.

Aircraft must have their identification terminated and be instructed to make a position report on first contact with the next (procedural) sector.

Phraseology

LEA: "QFA121, identification terminated, report position to Brisbane Radio, 129.25"

Note

Controllers should be aware that VHF coverage near the LEA/IND border may be limited. Controllers should strive to issue HF frequencies and transfer of communications instruction prior to 160 NM PH DME.