Arrival

Area of Responsibility: The Hannover Arrival airspace reaches up to FL105 and covers several airports. Civil aerodromes in the area of responsibility are Hannover (EDDV) and Braunschweig-Wolfsburg (EDVE). There are also the military airports Wunstorf (ETNW), Celle (ETHC), Bückeburg (ETHB) and Fassberg (ETHS).

Airspace: The airspace is divided ininto class D and C airspace. Airspace D reaches from 2500ft up to FL65 in the inner ring, and the outer ring reaches up from 4500ft to FL65. Above these two segments coverscover airspace C up to FL100.

Charlie + Delta + TMZ Airspace of Hannover Airport and Wunstorf - © openflightmaps.org

There is also a TMZ with HX zones. The main part south of SAS/DLE is always active. The west area is active when runway 09 is in use. The east TMZ area is active when runway 27 is active. The size of the airspace (including) TMZ allowallows descends in protected airspace.

Minimum Vector Altitude: The minimum vector altitude can be displayed in the DFS Pack with Alt + M.
The south of Hannover has MVA areas which do not allow early descents on low altitudes (e.g. 3500ft). Always comply with restrictions given by the MVA. 

Arrivals

Normal Procedures: In normal traffictraffic, headings are used for arriving traffic before reaching the initial approach fix. Early directs to DVxxx in coordination with adjacent Centers are possible as well.

Runway assignment: Arrival always assigns the arrival runway for each aircraft. All heavy aircraft shall land on runway 09L/27R. Light aircraft parking on one of the general aviation aprons areis preferred on runway 09L/27R to keep their taxi time short and to relieve the terminal area, for operational reasons runway 09R/27L can be used. All other aircraft can state their preference.
In high high-traffic situationssituations, the workload on each runway shall be equal.

Approach types:Types: Hannover offers different approach types for arriving traffic. All runways are equipped with ILS and authorized for RNP approaches. On runway 09L/27R CAT II/CAT III and NDB approaches can be performed.
In direction 27 ILS-Z and ILS-Y are available. They only differ in their intercept altitude, the standard is ILS-Z with an intercept altitude of 3000 ft.

Director

Hannover Director is responsible for all arriving aircraft in Hannover. There is no area of responsibility for the Hannover Director. The transfer from Hannover Arrival to Hannover Director shall be done when the aircraft is cleared:

• north downwind: 4000ft, speed 220 KT
• south downwind: 5000ft, speed 220 KT
  

These parameters can be adjusted with coordination to achieve a more efficient traffic flow in certain situations.

Standard Spacing and Reduced Separation

Target Spacing: This spacing is the minimum spacing on all runways, which allows the Tower to clear departures in the gaps.

• 4.5 NM diagonal spacing
• on one runway: 6 NM or wake turbulence separation, whichever is greater
  

Reduced diagonal separation: The airport layout allows a reduced lateral separation minimum on the parallel runway system. Under the following conditionsconditions, the lateral separation minimum can be reduced to 1.5 NM.

• both parallel ILS are operational
• pilots are informed about the use of reduced minima
• radar separation of 3 NM or 1000ft mandatory until both aircraft are established on the localizer course within 15 NM
  

Reduced radar separation: With the following conditions, it is allowed to reduce the lateral separation on one runway to 2.5 NM.

• preceding aircraft is the same or lower wake turbulence category and not heavy or B757
• runway is dry
• the tower can see all exits visually or with ground radar
  

Note: all reducing of the separation as stated above shall be coordinated with Tower and areis not the standard procedure.

Low visibility operations: During low visibility operations, the amount of movementsmovement may decrease. Runway 09R/27L shall be used for departures and 09L/27R for arrivals. To comply with the increased distance of the holding points, the target separation is increased to 5 NM.

Procedures

STARs: By defaultdefault, the Center clears STARs as per LoA. The STARs have different routings depending on the runway direction. CenterThe center shall be informed and included in the decision when a runway change is reasonable.

Waypoint	27L and 27R	09R and 09L
ELNAT	P	R
GITEX	P	R
HLZ	P	R
WERRA	P	R
WRB	P	R

Transitions: FromOpen transitions are available from the initial approach fixes, there are open transitions available.fixes. These transitions do not lead ontoto the final track. 

Runway	Designator
27L and 27R	DLE 27L/R	CEL 27 L/R	NIE 27L/R
09L and 09R	ROBEG 09L/R	CEL 09L/R	NIE 09L/R

Continuous Descent Operations:

Waypoint	27L	27R	09R	09L
ESTAD	D	L	E	A
OBATU	D	L	E	A
HLZ	D	L	E	A
KUGAV	D	L	E	A
WRB	D	L	E	A
TOLTA	D	L	E	A

Holdings

Waypoint	Course and turns	Runway
ROBEG	007° right turns	09L/09R
SAS	088° left turns	27L/27R
CEL	257° right turns	27L/27R
NIE	181° right turns	09L/09R

Departures

All departures on published procedures have an initial climb of 4000ft. In HannoverHannover, all SID departures on a SID have tomust contact Bremen Radar immediately when airborne without any further handoff.

With the upper limit of FL105, all departures shall be transferred to Center climbing to FL100.

Critical Areas

The procedure design can cause critical situations between arrivals and departures. Areas with a higher risk of approximations between arrivals (blue) and departures (green) are marked red.

critical areas 09 operations Dep: VAXEV + NIE	critical areas 27 operations Dep: NIE + CEL + MULDO + POVEL

SpecialitiesMilitary Airports

Wunstorf:Within Insector HAN the westmilitary sideaerodromes ETHB, ETHC, ETHS and ETNW are located. Each aerodrome consists of theone HannoverTower controland zoneone Approach station. Wunstorf Radar will also cover Bückeburg AoR if Bückeburg Radar is theoffline. GermanCelle Radar will also cover Fassberg AoR if Fassberg Radar is offline.

 

Every military airbaseTower of ETNW Wunstorf. Traffic to and from Wunstorf can cause critical situations in Hannover.or Radar station shall inform Hannoversector TowerHAN about trafficthe inopening Wunstorf.

and

Additionally,closure thereof iseach AoR. Within the optionAoRs, whenfull ETNW_TWRATS is unstaffed the whole aerodrome or some procedures (e.g. VFR from Hannover for one touch and go in ETNW) canshall be delegated from Bremen Radar to the military ATC. 

Bremen Radar shall maintain half-described radar separation (500ft, 1.5 NM) to all military AoRs. In general, the military AoRs are designed in such a way that they won't conflict with EDDV arrivals and departures in most cases. For runway 09 at EDDV, traffic may need to maintain 4000ft or 5000 ft slightly longer than usual. 

Procedures when Military ATC is online and Topdown Service

Every inbound traffic to a military aerodrome shall be coordinated individually between Bremen Radar and the military Radar station before the transfer of communications (transfer level and routing). In most cases, traffic will be transferred on a radar heading. 

For IFR departures, the military Tower station will coordinate the IFR clearance with Bremen Radar. The clearance shall include departure routing, initial climb and squawk. Furthermore, the military Tower station will request a departure release from Bremen Radar before issuing a takeoff clearance. Local IFR traffic staying inside the military AoR will not be coordinated with Bremen Radar. 

For top-down service, Bremen Radar should only offer published procedures which are known by the controller (e.g. SID and ILS/RNP approach). Bremen Radar shall not provide service for SRA or PAR approaches. VFR top-down service should be performed depending on the controller's workload and procedure knowledge. 

Wunstorf

At Wunstorf (ETNW), the published departures route from runway 08 and approach procedures to runway 26 are flown outside of the AoR Wunstorf. Bremen Radar shall coordinate the departure frequency for departures out of RWY 08 individually with Wunstorf Tower and Wunstorf Radar. Approach Procedures and responsibility for runway 26 shall be coordinated individually between Bremen Radar and Wunstorf Radar. 

For approaches onto RWY 26 at ETNW, Bremen Radar should issue a departure stop to Hannover Tower until no further conflict potential between departures out of EDDV and the arriving traffic to RWY 26 exists. For departures out of RWY 08 at ETNW, Bremen Radar may create an increased arrival spacing to avoid conflicts between EDDV and ETNW traffic. 

When ETNW TWR or APP are offline, Bremen Radar is responsible for top-down service. VFR traffic already in contact with Hannover Tower may be delegated to Hannover Tower entirely after coordination. Bremen Radar will not activate the Wunstorf TWR AoRs unless otherwise coordinated with Hannover Tower. All traffic at ETNW is subject to an individual released from Hannover Tower (see ETNW TWR SOP).