Imagine coordinating an emergency medical evacuation in Sudan’s remote areas or delivering critical supplies to local communities. In such scenarios, having accurate information about Azaza Airport (GSU/HSGF) becomes indispensable. Despite its modest size, this airport plays a pivotal role in Sudan’s aviation network due to its strategic location and limited resources. This guide provides essential details to help you navigate and utilize Azaza Airport effectively.
Airport Overview
Azaza Airport, also identified by the codes GSU (IATA) and HSGF (ICAO), is a small but crucial facility serving local communities and surrounding regions in Sudan. While it lacks the scale of major international hubs, its contribution to connecting isolated areas and supporting regional development cannot be overstated.
Key Identification Codes
- IATA Code: GSU
- ICAO Code: HSGF
These codes are universally recognized in the global aviation system, essential for flight bookings, cargo logistics, and air traffic coordination.
Geographic Coordinates
The precise location of Azaza Airport is:
- Latitude: 14° 7' 58.80" N
- Longitude: 35° 19' 1.20" E
These coordinates are critical for pilots navigating to the airport, GPS-based route planning, and mapping the surrounding terrain.
Official Designations
The airport’s formal name, Azaza Airport , should be used in all official documentation, including flight plans, aviation reports, and communications. It is situated within the Republic of Sudan, subject to national aviation regulations and operational standards.
Operational Considerations
Given the airport’s limited infrastructure, travelers and logistics planners are advised to verify operational hours, available services (such as refueling or maintenance), and potential restrictions before scheduling flights. Direct coordination with local aviation authorities or airport management is recommended for real-time updates.
Azaza Airport remains a lifeline for Sudan’s remote regions, facilitating economic activity and critical transportation needs. By understanding its codes, location, and operational context, users can optimize its utility while ensuring safety and efficiency in air travel.