Aircraft movement coordination in Africa involves managing how aircraft arrive, park, move around the airport, complete ground operations and depart safely and efficiently.
An aircraft does not operate independently once it reaches an airport. Its movement involves the airport operator, airline, air traffic control, ground handlers, ramp teams and other service providers. If these parties are working with different information, a delay affecting one aircraft can quickly create problems for other flights.
Airport Collaborative Decision Making, or A-CDM, is increasingly used as a framework for improving this coordination by allowing airport partners to share accurate and timely operational information. ACI Africa has also been conducting A-CDM awareness and readiness activities with African airports, including a workshop in Accra in August 2026. (LinkedIn)
Coordinating Aircraft Arrivals
Aircraft movement coordination starts before an aircraft reaches the airport.
Airport operations teams need information about expected arrival times, aircraft type, assigned stand, passenger requirements and any operational restrictions that could affect the arrival.
Accurate arrival information allows teams to prepare the required stand, ground equipment, baggage personnel, passenger services and other resources before the aircraft lands.
If an arrival time changes, the information needs to reach the relevant teams quickly. Otherwise, equipment or personnel may be sent to the wrong stand or arrive too late.
Aircraft Stand and Gate Coordination
Stand allocation is a major part of aircraft movement coordination.
Airports need to determine where each aircraft will park while considering aircraft size, stand availability, passenger boarding arrangements, ground equipment and other operational requirements.
At busy African airports, poor stand planning can create unnecessary aircraft movements or force arriving aircraft to wait for a suitable position.
A coordinated system allows airport operators and other stakeholders to see upcoming movements and make adjustments when schedules change.
Managing Aircraft Turnaround
Once an aircraft reaches its stand, the turnaround process begins.
Several activities may happen at the same time, including:
- Passenger disembarkation
- Baggage unloading
- Cargo handling
- Aircraft cleaning
- Catering
- Refuelling
- Maintenance checks
- Baggage loading
- Passenger boarding
The challenge is making sure these activities happen in the correct sequence without one team unnecessarily waiting for another.
A-CDM specifically focuses on aircraft turnaround and pre-departure processes, using operational milestones to track progress and update expected departure information. (EUROCONTROL)
Ground Handling Coordination
Ground handlers play an important role in aircraft movement.
They coordinate activities such as baggage handling, aircraft servicing, passenger support, equipment positioning and pushback preparation.
For example, an aircraft may be technically ready for departure but still unable to leave because baggage loading has not been completed or the required pushback equipment is unavailable.
Good coordination means these issues are identified early rather than discovered when the aircraft is already supposed to depart.
Pushback and Taxi Coordination
Aircraft movement continues after the turnaround is completed.
The aircraft operator, ground handling team and air traffic control need to coordinate the transition from the parking stand to taxiing and departure.
In A-CDM environments, information such as Target Off-Block Time and Target Start-up Approval Time helps coordinate when an aircraft should leave its stand and begin its departure sequence. (IATA)
This type of coordination can reduce unnecessary waiting and help make better use of taxiways, stands and runway capacity.
Real-Time Information Sharing
Aircraft movement becomes more difficult when stakeholders are working with outdated information.
An airline may know that an aircraft is delayed, while a ground team is still preparing according to the original schedule. Similarly, an airport may allocate a stand based on an expected arrival time that has already changed.
Real-time information sharing creates a common operational picture.
A-CDM brings together airport operators, aircraft operators, ground handlers and air navigation service providers so that decisions can be made using shared operational information. (IATA)
Managing Delays and Disruptions
Aircraft movement coordination becomes particularly important when normal operations are disrupted.
Problems can result from weather, technical issues, late inbound aircraft, unavailable equipment, passenger delays, congestion or other operational events.
Rather than treating each delay independently, airport teams can assess how one disruption will affect subsequent flights.
For example, if an aircraft arriving in Lagos is significantly delayed, the airport and airline can assess the effect on its assigned stand, connecting passengers, ground handling resources and later departure before the aircraft arrives.
Aircraft Movement at Busy African Airports
Major African aviation hubs face additional coordination challenges because several airlines and service providers may be operating simultaneously.
Airports such as Lagos, Addis Ababa, Nairobi, Johannesburg, Cairo and Casablanca handle substantial passenger and aircraft activity, making efficient use of stands, taxiways, gates and ground resources important.
The challenge is not simply increasing infrastructure. Airports also need to make effective use of the infrastructure they already have.
ACI Africa’s A-CDM programme highlights the importance of collaboration between airport operators, airlines, air navigation service providers and ground handlers in improving operational predictability and identifying capacity gaps. (LinkedIn)
Technology for Aircraft Movement Coordination
Technology can make aircraft movement easier to monitor and coordinate.
Airport operations systems can bring together information about flight schedules, aircraft positions, stand allocation, turnaround milestones and departure readiness.
Other technologies can support:
- Aircraft and vehicle tracking
- Digital stand management
- Ground equipment tracking
- Automated operational alerts
- Turnaround monitoring
- Real-time flight information
- Resource allocation
The most useful technology is not necessarily the most complicated. It should give operational teams accurate information quickly enough to make practical decisions.
Improving Coordination Between Airport Teams
Technology cannot solve coordination problems if organisations continue to operate in isolation.
Airlines, airport operators, ground handlers and air traffic control need clear responsibilities and communication procedures.
IATA and EUROCONTROL’s A-CDM guidance both place emphasis on clearly defined responsibilities and shared information between these operational partners. (IATA)
Regular operational meetings, standard procedures and clearly defined escalation processes can help teams respond faster when something goes wrong.
How Travo.ng Can Support Airport Travel and Logistics
Travo.ng does not operate aircraft movement control, air traffic control or specialist ground handling services. Its role can support the wider travel and transportation requirements surrounding airport operations.
For example, an aviation company sending engineers or operational personnel to Lagos, Abuja, Nairobi or another African destination may need flights, airport transfers, hotel reservations and vehicle hire coordinated around the team’s schedule.
Travo.ng can also support relevant delivery and transportation logistics where applicable. A project team working around an airport may need transportation between the airport, hotel, warehouse and work location, while businesses may need travel arrangements coordinated for personnel moving between different cities.
This allows Travo.ng to support the wider movement of people and logistics around aviation operations while specialist airport teams remain responsible for aircraft movement and ground control.
Building Better Aircraft Movement Coordination in Africa
Efficient aircraft movement coordination depends on having the right information at the right time and making sure every relevant team acts on it.
African airports can improve coordination by strengthening communication between airlines, airport operators, air traffic control and ground handlers, while gradually introducing digital systems that provide a shared operational picture.
Better stand planning, turnaround monitoring, equipment availability and departure coordination can help reduce avoidable delays and improve the use of existing airport capacity.
As African aviation networks continue to expand, coordinated aircraft movement will become increasingly important for keeping airport operations predictable, efficient and resilient.
