When facing flight delays, what information do passengers typically seek first? While many check flight status updates, aviation professionals often turn to airport codes. These alphanumeric identifiers serve as fundamental markers in air travel, functioning like unique IDs that encapsulate geographic details and operational data. This article examines Indonesia's Muko Muko Airport (IATA: MPC, ICAO: WIPU) as a case study, analyzing its geographic coordinates, coding systems, and mapping resources to provide comprehensive reference material for aviation analytics, travel planning, and related applications.
Muko Muko Airport: Key Information Overview
Located in Indonesia, Muko Muko Airport occupies the geographic coordinates of latitude 2° 32' 30.70" S and longitude 101° 5' 16.79" E. The airport's essential identifiers include:
- Airport Name: Muko Muko Airport
- IATA Code: MPC
- ICAO Code: WIPU
- Country: Indonesia
- Latitude: 2° 32' 30.70" S
- Longitude: 101° 5' 16.79" E
These standardized identifiers facilitate critical aviation operations including flight tracking, data analysis, and Geographic Information System (GIS) applications. The IATA and ICAO codes enable rapid retrieval of flight information and airport operational status across global aviation systems.
Geographic Positioning and Mapping Resources
Geospatial analysis reveals Muko Muko Airport's integration within Indonesia's transportation network. The airport's mapping coordinates allow for:
- Accessibility Assessment: Evaluation of surrounding road networks for passenger and cargo transportation efficiency
- Environmental Analysis: Identification of adjacent residential zones, commercial districts, and protected areas
- Flight Path Optimization: Terrain-based route planning for enhanced aviation safety and operational efficiency
- Emergency Preparedness: Rapid location identification and resource coordination during crises
The Significance of Airport Coding Systems
Globally standardized by the International Air Transport Association (IATA) and International Civil Aviation Organization (ICAO), airport codes serve vital functions across aviation operations:
- IATA Code (MPC): Primarily utilized for passenger services including ticketing and baggage handling
- ICAO Code (WIPU): Essential for flight operations and air traffic control, with the "WI" prefix indicating Indonesian location
These coding systems enable numerous aviation functions including real-time flight monitoring, luggage tracking systems, traffic pattern analysis, and GIS-based spatial visualization.
Operational Profile Analysis
While specific operational data remains limited, Muko Muko Airport likely functions as a regional connector within Indonesia's domestic aviation network. Potential operational characteristics include:
- Predominantly domestic flight operations
- Connections to major Indonesian hubs including Jakarta and Surabaya
- Service by national carriers such as Garuda Indonesia and Lion Air
- Moderate passenger and cargo throughput volumes
Comprehensive data analysis would require collection of flight schedules, passenger statistics, and cargo metrics from relevant aviation authorities and airline operators.
Conclusion
This examination of Muko Muko Airport demonstrates the critical role of standardized aviation identifiers and geospatial data in modern air transport systems. The integration of airport codes, geographic coordinates, and mapping resources supports diverse applications ranging from flight operations to tourism development. As aviation technology advances, such foundational data will increasingly enable sophisticated analytics including predictive delay modeling, resource optimization, and enhanced passenger experience solutions.