Flight planning in Africa requires active verification at every stage of the operation.
Routes can cross multiple countries, FIRs, weather zones, airport environments and permit systems. A plan that looks complete at the first filing stage may still need adjustment before departure due to updated NOTAMs, changing weather, airport restrictions, permit validity windows, fuel availability, or alternate airport limitations.
For operators flying into, out of or across Africa, the key is not only to prepare a flight plan. It is to keep checking whether that plan is still operationally valid.
This guide explains four critical flight planning areas for Africa operations:
- NOTAM checks
- Weather review
- Alternate airport planning
- Permit verification
It also includes practical checklists operators can use before departure.
Why Flight Planning in Africa Requires Active Coordination
Flight planning follows international aviation standards, but local operating conditions vary significantly across Africa.
Some regions have major international hubs with strong infrastructure, published procedures, reliable handling and regular commercial operations. Other routes may involve remote airspace, limited airport services, reduced operating hours, seasonal weather challenges or more complex permit coordination.
This means operators should avoid making assumptions based only on chart data, database information or previous experience in other regions.
For Africa operations, good planning should confirm:
- Current NOTAMs
- Airspace restrictions
- Route availability
- Weather and convective activity
- Destination airport conditions
- Alternate airport suitability
- Fuel availability
- Ground handling readiness
- Permit validity
- Slot, parking or PPR requirements
- Crew, passenger or cargo support
- Contingency options if the route changes
The earlier these items are checked, the easier it is to resolve issues before they affect the schedule.
Part 1: NOTAM Checks in Africa
NOTAMs are essential for any flight plan, but they are especially important for multi-country operations in Africa.
A NOTAM may affect:
- Airspace availability
- Route restrictions
- Airport operating hours
- Runway availability
- Taxiway closures
- Lighting systems
- Navigation aids
- Instrument approaches
- Fuel availability
- Rescue and firefighting category
- Military activity
- Security-related restrictions
- Temporary airport procedures
For operators, the main risk is assuming that a NOTAM check done early in the planning cycle is enough. In practice, NOTAMs should be checked repeatedly until departure.
Why NOTAMs Need Rechecking
Africa routings may involve long sectors, multiple FIRs and airports with different levels of infrastructure. Conditions may change after the initial plan has been built.
Operators should pay special attention when a route crosses:
- Conflict-affected or security-sensitive regions
- Remote airspace
- Areas with active military or restricted activity
- Airports with limited operating hours
- Smaller aerodromes with limited published updates
- Routes requiring multiple overflight permits
- Airports where alternates are limited
A new NOTAM may require route amendments, fuel recalculations, permit amendments, alternate changes, or revised ground coordination.
NOTAM Check Protocol for Africa Operations
72 hours before departure
At this stage, the operator should carry out the first detailed NOTAM review.
Check:
- FIRs along the full route
- Destination airport
- Departure airport
- Planned technical stop airports
- Alternate airports
- Airspace restrictions
- Runway or taxiway closures
- Navigation aid outages
- Lighting restrictions
- Airport operating hours
- Published restrictions affecting the planned route
This early check helps identify major issues before the operation becomes time-sensitive.
24 hours before departure
Repeat the full NOTAM review.
Focus on:
- New route restrictions
- Updated airport operating conditions
- Active aerodrome NOTAMs
- Alternate airport changes
- Navigation aid availability
- Any restrictions affecting permit validity or flight plan routing
The 24-hour check is important because restrictions can appear after the original plan has already been prepared.
6 hours before departure
Complete a final operational NOTAM check.
Confirm:
- The route is still usable
- The destination airport remains suitable
- Alternates remain suitable
- No route-critical closure has been published
- Required approaches and navigation aids are still available
- Permit route and flight plan route still match
- Any change has been reviewed with dispatch, crew and operations
The closer to departure, the more practical the NOTAM check becomes. At this stage, the focus is not only awareness. It is decision-making.
Routes That May Require Extra NOTAM Attention
Some Africa routings require closer NOTAM monitoring because conditions can change more frequently.
This may apply to routes involving:
- Security-sensitive regions
- Temporary airspace restrictions
- Conflict-related route changes
- Military activity
- Areas with limited alternate options
- Remote airspace
- Airports with limited operating hours
- Seasonal weather constraints
- Airports where fuel, lighting or approach availability must be confirmed directly
Operators should verify current NOTAMs, airspace restrictions, published routing requirements and authority guidance before filing and again before departure.
The aim is not to automatically avoid these routes. The aim is to plan them with realistic monitoring and contingency options.
Practical NOTAM Planning Tips
Before departure, operators should:
- Pull NOTAMs for all FIRs on the route
- Check destination and alternate airport NOTAMs
- Review NOTAMs affecting technical stop airports
- Check for airspace closures or restrictions
- Confirm navigation aid and approach availability
- Check runway, lighting and operating hour restrictions
- Confirm NOTAM impact on permits and route validity
- Re-check after any schedule delay or route change
- Share relevant NOTAMs with crew and dispatch
- Keep the local handler or flight support provider updated
A good NOTAM process should not only collect information. It should identify which items can affect the operation.
Part 2: Weather Review in Africa
Africa includes a wide range of weather environments.
A single long-range flight may cross desert conditions, equatorial weather, coastal weather, highland terrain, tropical storms or seasonal rainfall areas.
This makes weather review an important part of flight planning in Africa.
Operators should consider:
- Convective activity
- Seasonal rain patterns
- Dust or sand conditions
- High temperatures and density altitude
- Coastal weather
- Highland terrain effects
- Low visibility
- Thunderstorm activity
- SIGMETs
- En-route deviation requirements
- Alternate weather suitability
Weather planning should be linked to fuel planning, route selection, alternate selection and crew briefing.
Key Weather Considerations for Africa Operations
Convective activity
Equatorial and tropical regions can experience strong convective activity, especially during wet-season periods.
Thunderstorms may affect:
- Route selection
- Fuel planning
- Deviation margins
- Alternate availability
- Arrival sequencing
- Holding requirements
- Ground handling timing
Convective weather can require significant route deviations. Operators should allow for weather avoidance and ensure contingency fuel planning is appropriate for the route and season.
Seasonal rainfall
In East Africa, seasonal rainfall can affect airport operations, visibility, runway conditions, approach planning and local ground logistics.
For Kenya, the long rains are commonly associated with March to May, while the short rains are commonly associated with October to December. Actual conditions vary by year and region, so operators should rely on current forecasts, METARs, TAFs, SIGMETs and operational reports rather than seasonal assumptions alone.
High terrain and altitude
Several African airports are located at higher elevations or near significant terrain.
This can affect:
- Aircraft performance
- Takeoff and landing calculations
- Approach planning
- Alternate selection
- Weather development
- Crew briefing requirements
Nairobi, Addis Ababa, and Johannesburg are examples of major aviation hubs where elevation and surrounding terrain should be considered in planning.
Desert and dust conditions
North African and Sahel routes may be affected by dust, sand, reduced visibility and high surface temperatures.
These conditions can affect:
- Approach visibility
- Alternate suitability
- Fuel planning
- Aircraft performance
- Ground operations
- Airframe and engine considerations
Where dust or visibility risk is present, operators should check the most current METARs, TAFs, SIGMETs and available satellite or regional weather products.
Weather Briefing Protocol for Africa Flights
48 to 72 hours before departure
At the early planning stage, review:
- Seasonal weather patterns
- Route weather risks
- SIGWX charts
- Area forecasts
- Known convective zones
- Destination weather trends
- Alternate weather trends
- Terrain and altitude considerations
This helps identify whether the planned route, timing and alternate strategy are realistic.
12 to 24 hours before departure
Review updated:
- METARs
- TAFs
- SIGMETs
- Satellite imagery, where available
- Significant weather charts
- Destination and alternate forecasts
- En-route weather risk
- Thunderstorm development
- Visibility restrictions
This check should inform final fuel planning, alternate confirmation and route suitability.
2 to 6 hours before departure
Conduct a final weather review.
Confirm:
- Destination weather remains acceptable
- Alternates remain suitable
- Active SIGMETs have been reviewed
- Any convective development has been considered
- Visibility and wind conditions remain within limits
- Weather deviation fuel has been considered
- The crew has received the latest briefing
This final check is especially important for flights affected by convective weather, seasonal rainfall or dust conditions.
Fuel Planning for Weather Deviations
Weather and fuel planning should be connected.
Convective weather, dust, holding, rerouting or diversion planning can all affect fuel requirements.
For Africa routings, operators should consider:
- Weather avoidance routing
- Longer tracks around convective cells
- Holding due to weather or traffic
- Alternate distance
- Fuel availability at destination and alternate
- Technical stop options
- Contingency fuel
- Any operational restrictions affecting fuel uplift
The goal is to avoid a situation in which the aircraft has a legal fuel plan but lacks a practical operating buffer for the conditions likely to be encountered on the route.
Part 3: Alternate Airport Planning in Africa
Alternate airport planning in Africa should go beyond distance and runway length.
An airport may appear suitable in a database but still requires additional checks before it can be used as an operational alternate.
Operators should verify whether the alternate can actually support the aircraft, crew, passengers and operation at the expected time of arrival.
Why Alternate Selection Needs Extra Attention
Alternate airports may differ significantly in:
- Operating hours
- Fuel availability
- Ground handling availability
- ATC availability
- Instrument approach capability
- Navigation aid serviceability
- Runway condition
- Rescue and firefighting category
- CIQ availability
- Passenger processing capability
- Cargo support
- Security support
- Aircraft size limitations
- Weather reliability
A good alternative should be both technically suitable and operationally usable.
Alternate Airport Assessment Checklist
Before accepting an alternate, confirm:
- Airport operating hours
- Runway length and pavement suitability
- Aircraft performance suitability
- Jet A-1 availability
- Fuel uplift quantity and timing
- Ground handling availability
- ATC availability
- Approach availability
- Navigation aid status
- Current NOTAMs
- Weather minima
- Rescue and firefighting category
- CIQ capability, where needed
- Passenger support capability
- Cargo support capability, where applicable
- Crew support and transport
- Security requirements
- Medical or emergency support, where relevant
- Any prior permission, slot, parking or PPR requirement
Published aerodrome data is useful, but it may not reflect real-time fuel availability, bowser readiness, uplift volume, staffing, operating hours or temporary restrictions.
Operators should confirm directly with the handler, fuel supplier, airport or flight support provider before relying on an airport as an alternate.
Major Regional Airports as Potential Alternates
Major regional airports may offer stronger infrastructure, more regular handling, better fuel availability and longer operating hours than smaller aerodromes.
However, they should still be verified on a case-by-case basis.
Potential alternate planning may involve airports such as:
- Nairobi Jomo Kenyatta International Airport
- Wilson Airport, where suitable for the aircraft and operation
- Moi International Airport, Mombasa
- Entebbe International Airport
- Addis Ababa Bole International Airport
- Johannesburg O.R. Tambo International Airport
- Cape Town International Airport
- Accra Kotoka International Airport
- Abidjan Félix-Houphouët-Boigny International Airport
- Cairo International Airport
- Tunis-Carthage International Airport
These airports may be useful for regional planning, but operators must still verify current NOTAMs, operating hours, fuel availability, handling capabilities, CIQ requirements, approach availability, and airport restrictions before filing.
Smaller or Remote Alternates
Smaller regional airports may be suitable for some operations, but they require more direct confirmation.
Before relying on a smaller or remote alternate, check:
- Is the airport open at the expected time?
- Is fuel available in the required quantity?
- Is there a handler or ground contact available?
- Are runway and taxiway conditions suitable?
- Is lighting available for night operations?
- Is an instrument approach available and serviceable?
- Is CIQ available if passengers or crew need to enter?
- Can the airport support the aircraft type?
- Is there a diversion recovery plan?
For remote routes, operators should also consider what happens after the diversion. A safe landing is only part of the plan. The aircraft, crew, passengers and cargo must also be supported after arrival.
Part 4: Permit Verification Before Departure
Permit approval should be checked again before departure.
A permit may have been issued correctly, but the operation may have changed after approval.
This can happen when:
- Departure time changes
- Route changes
- Aircraft registration changes
- Flight number or call sign changes
- Destination or technical stop changes
- Passenger or cargo details change
- Airspace restrictions are published
- Slot timing changes
- The permit validity window is misunderstood
The pre-departure check ensures that the approved permit still matches the operation being flown.
Pre-Departure Permit Verification Checklist
Before departure, confirm:
- Permit approval has been received
- Permit copy or approval reference is available to operations and crew
- Aircraft registration matches the permit
- Operator name matches
- Route matches the filed flight plan
- Date and validity period are correct
- Destination and technical stop airports are correct
- Entry and exit points are correct, where applicable
- The flight purpose is correct
- Passenger or cargo details are aligned, where required
- All overflight countries are covered
- Landing approval is confirmed, where required
- Diplomatic or special approvals are confirmed, where applicable
- No new NOTAM has affected the approved route
- Permit amendments have been completed for any changes
- The handler or flight support provider has confirmed the validity
Do not assume that a permit is valid simply because it was received. Check that it still matches the final operation.
If a Permit Issue Is Found Before Departure
If a permit issue is identified before departure, operators should pause and resolve it before operating.
Possible solutions may include:
- Permit amendment
- Route revision
- Updated flight plan
- Revised departure time
- New overflight permit request
- New landing permit request
- Handler follow-up
- Authority clarification
- Delay until approval is confirmed
Operating without valid permission may lead to operational disruption, rerouting, denial of entry, fines, aircraft detention, or other enforcement actions, depending on the country and circumstances.
The earlier the issue is found, the more options the operator has.
Integrating NOTAMs, Weather, Alternates and Permits
The strongest flight plans treat NOTAMs, weather, alternates and permits as connected items.
A NOTAM can change routing.
A route change can affect permits.
A weather deviation can affect fuel planning.
Fuel planning can affect technical stop requirements.
A technical stop can require landing approval, handling and fuel coordination.
An alternate change can affect CIQ, fuel and ground support.
This is why flight planning for Africa should be managed as a live operational process, not a one-time filing task.
Consolidated Africa Flight Planning Timeline
10 to 14 days before departure
For new, complex or multi-country operations:
- Review route structure
- Identify overflight countries
- Identify destination and technical stop airports
- Begin permit coordination
- Check whether special approvals may apply
- Review seasonal weather risks
- Identify potential alternates
- Pre-check fuel availability at destination and technical stops
- Confirm documentation requirements
72 hours before departure
- Pull NOTAMs for the route, destination and alternates
- Review SIGWX and area forecasts
- Confirm permit requests are submitted or in progress
- Confirm flight plan routing remains valid
- Check airport restrictions
- Confirm ground handling requirements
- Check fuel uplift requirements
24 hours before departure
- Repeat full NOTAM review
- Review the latest METARs and TAFs
- Check SIGMETs
- Confirm permit approval status
- Re-check alternate airport suitability
- Confirm fuel supplier and handler readiness
- Confirm slot, parking or PPR status where required
- Update crew briefing pack
6 hours before departure
- Conduct final NOTAM check
- Conduct final weather check
- Confirm no route-critical changes
- Verify permit details against the final operation
- Confirm destination and alternate readiness
- Confirm fuel and handling timing
- Confirm crew and passenger support
- Confirm cargo support, where applicable
At departure
- Confirm flight plan acceptance
- Confirm permits are available to crew and operations
- Confirm the handler is ready at the destination
- Confirm fuel and ground arrangements
- Confirm any last-minute operational changes have been communicated
Operator Checklist: Africa Flight Planning
Use this checklist before operating into, out of or across Africa:
- Confirm full routing
- Identify all FIRs and countries crossed
- Check overflight permit requirements
- Check landing permit requirements
- Confirm technical stop approvals
- Pull NOTAMs for route, destination and alternates
- Review weather and SIGMETs
- Confirm seasonal weather risks
- Check destination airport suitability
- Confirm alternate airport suitability
- Confirm fuel availability at destination
- Confirm fuel availability at alternates, where required
- Confirm ground handling
- Confirm airport operating hours
- Confirm slot, parking or PPR requirements
- Check CIQ requirements
- Confirm cargo documentation, where applicable
- Confirm dangerous goods documents, where applicable
- Verify permit validity before departure
- Confirm the flight plan matches the permits
- Prepare contingency routing
- Brief crew and operations team
Frequently Asked Questions
Why is flight planning in Africa different from other regions?
African flight planning can involve multiple countries, different authority processes, varying airport infrastructure, seasonal weather, permit requirements, and long-range routing considerations. Operators should verify each part of the plan before departure.
How often should NOTAMs be checked before a flight to Africa?
NOTAMs should be checked at initial planning, again 24 hours before departure and again close to departure. They should also be rechecked after any schedule delay, route change or airport change.
What weather risks should operators watch in Africa?
Operators should monitor convective activity, seasonal rainfall, dust or sand conditions, high temperatures, terrain effects, SIGMETs and destination or alternate weather changes.
How do I confirm whether an African airport is suitable as an alternate?
Check operating hours, fuel availability, runway suitability, approach availability, NOTAMs, ATC, ground handling, CIQ, rescue and firefighting category, weather and aircraft performance requirements.
Can published airport data be enough for alternate planning?
Published data is useful, but it may not show real-time fuel availability, staffing, bowser readiness, operating restrictions or temporary airport limitations. Operators should confirm directly before relying on an alternate.
What happens if a permit is valid but the route changes?
If the route changes after permit approval, operators should check whether the permit still covers the revised route. A permit amendment or new overflight approval may be required.
Does a technical stop require a landing permit?
In many cases, a technical stop may require landing approval because the aircraft is touching down, even if passengers do not disembark. Requirements should be checked by country and airport.
Can AAES support flight planning across multiple African countries?
Yes. AAES supports flight planning, permit coordination, dispatch, Jet A-1 fuel coordination, ground handling, technical stops, cargo support and operational coordination for Kenya and wider Africa operations.
How AAES Supports Flight Planning in Africa
AAES helps operators manage the operational details that affect flight planning across Kenya and Africa.
Our support includes:
- Route planning coordination
- NOTAM review support
- Weather and operational briefing support
- Overflight permit coordination
- Landing permit coordination
- Technical stop coordination
- Flight dispatch support
- Jet A-1 fuel coordination
- Ground handling coordination
- Slot, parking and PPR coordination
- Alternate airport support
- Cargo and dangerous goods coordination support
- Medevac and humanitarian flight support
- 24/7 operational follow-up
For operators flying across Africa, AAES helps connect the key planning items so permits, routing, fuel, alternates and ground support are aligned before departure.
Need 24/7 Flight Planning Support in Kenya or Across Africa?
AAES supports permits, flight planning, dispatch, Jet A-1 fuel coordination, ground handling, cargo support and concierge services.
Email: sales@aaes.aero
Phone: +254 725 284 509