Delivery
Initial climb clearance: The initial climb clearance at Hanover is 4000ft on all published departure procedures. The altitude shall be entered as cleared altitude (CFL) in an appropriate list or tag.
PDC: The use of PDC (Pre Departure Clearance) is permitted in Hannover, but not mandatory. The code "EDDV" shall be used. Pilots are advised to enter the requested departure runway in the Optional Free Text field of the DCL dialogue.
When using startup times, keep in mind not giving “startup approved” in the PDC clearance.
SIDs
| SID | 27L | 27R | 09L | 09R |
|---|---|---|---|---|
| CEL Celle | 8F | 6S | 6Y | 9G |
| MULDO | 8F | 6S | 5Y | 6G |
| NIE NIENBURG | 7F | 9S | 1Y | 7G |
| POVEL | 3F | 3S | 2Y | 2H |
| VAXEV | 1F | 1S | 1Y | 1G |
| WRB WARBURG (*) | 8F | 3S | 3Y | 1G |
| WERRA | 3F | 3S | 3Y | 3G |
In Hannover all SIDs are designed without speed or level restrictions. Thus the phrase “via SID” shall not be used in Hannover.
(*) Note: For traffic with destination EDDF all WRB SIDs will end at TOLTA.
Runway Assignment
The departure runway mainly depends on the aircraft type and the pilots preference.
- Heavy aircraft (e.g. A332, B748, B763) shall depart from runway 09L/27R
- avoid crossing departures: northbound departures should depart from 09L/27R
- RWY Config 09: VAXEV departures should depart from runway 09L
- RWY Config 27: MULDO departures should depart from runway 27R
Delivery is responsible for an appropriate runway assignment, so each runway has an equal workload.
Low Visibility Operations (LVO)
At Hannover, the following runway configuration is to be used during LVO:
- Departures 09R/27L*, Arrivals 09L/27R
Departures may request runway 09L/27R for performance reasons. In this case, a larger arrival spacing shall be by Tower requested to accommodate the departing traffic in between.
* Note: Runway 09R/27L can only used for departing traffic if the RVR is not less than 350 m. If the RVR is below 350 m, runway 09L/27R shall be the only runway in use for both departing and arriving traffic.
Delays and Startup
Delay of traffic: In high traffic situations, it may be necessary for departing traffic to be held back. In addition, Delivery shall make arrangements to comply with restrictions imposed by other airports through notice on the ECFMP Discord, coordination, etc.
Startup: A startup shall be granted if no major traffic delays are expected. When allocating startups linked to times, the airport specific rate of 40 departures per hour can be used as a basis.
Specials
Vectored departures: The use of vectored departures requires prior coordination with the responsible radar station. An initial altitude to climb shall be provided.
IFR local flights: IFR local flights are coordinated with the responsible radar controller, who may instruct a different departure procedure, possibly vectored departures.
vSID Plugin Commands
The following plugin commands for vSID are available at EDDV:
| Command |
Explanation |
|
.vsid rule eddv low (disabled by default) |
When enabled, runway 09R/27L will be preferred for all medium and light aircraft (disregarding the standard runway assignment). |
|
.vsid area eddv gat |
This will clear all aircraft at the GA-Aprons according to the standard runway assignment (09L/27R will not be preferred anymore). |
Coordinator Delivery
Times of use: A Coordinator Delivery can be staffed when all other Ground stations are manned. The position shows its potential, especially during events.
Role and function: The Delivery Coordinator supervises the traffic flow at and in the vicinity of the aerodrome. His duties include:
- observing airport and surrounding and detect lacks of efficiency
- managing departure list, including SID assignment, flightplan check and squawk assignment
- Slot management (if needed)
- service for text pilots
- PDC service
- when controllers are busy coordination with adjacent stations
The main Delivery is responsible for all requests via voice on frequency.
For these duties, it is recommended to use some tools which are not included in the vanilla version of EuroScope. TopSky (included in the DFS_Pack) offers windows showing the current and predicted operations rate of specific airports or a specific sector.
Measures:
- MDI (minimum departure interval) for specific SIDs to relieve sectors and airports
- delays, e.g. for pushback clearance to prevent overload at holding points
- observing for potential conflicts at the ground
- checking tools for inbounds and coordinating MDIs or MIT (miles in trail) in consultation with radar stations
Always make the right level of restrictions. A restriction shall not lead to over- or underload of the airport and its controllers. Keep in mind, a measure only shows its effect after a certain time.