Imagine being an international flight dispatcher needing to quickly locate Peru's Francisco Carle Airport amidst vast aviation data. Airport codes serve as unique identifiers - the "passports" of global air travel networks. But what exactly is this airport's identification number? This article provides an analytical perspective on Francisco Carle Airport's coding system and essential operational data.
The Critical Role of Airport Codes in Global Aviation
Airport codes, established by the International Air Transport Association (IATA) and the International Civil Aviation Organization (ICAO), serve as universal identifiers for airports worldwide. IATA codes consist of three letters and are primarily used for passenger-facing operations, while four-letter ICAO codes facilitate air traffic control and flight planning. Understanding these codes forms the foundation for flight bookings, cargo logistics, and all aviation-related activities.
Francisco Carle Airport Code Breakdown
Current data indicates Francisco Carle Airport operates with the IATA code JAU and ICAO code SPJJ . Travelers would use JAU when booking tickets or checking flight information, while pilots and air traffic controllers rely on SPJJ for precise navigation and communication.
Comprehensive Airport Data Analysis
Beyond identification codes, these operational parameters are crucial for aviation decision-making:
- Official Name: Francisco Carle Airport (exact naming prevents confusion in international operations)
- Country: Peru (determines applicable aviation regulations and airspace jurisdiction)
- Elevation: 1,180 feet (a critical factor affecting aircraft performance calculations)
- Geographic Coordinates: Latitude 11° 46' 59.16" S, Longitude 75° 28' 24.23" W (the foundation for navigation systems and digital mapping)
Data Verification and Sources
The information presented originates from publicly available airport databases and verified aviation references. As with all operational data, cross-referencing with official sources such as Aeronautical Information Publications (AIP) or certified aviation data providers remains essential. Regular updates are necessary as runway modifications, terminal expansions, or regulatory changes may affect airport specifications.
Practical Applications of Airport Codes
These standardized identifiers facilitate numerous aviation functions:
- Flight Reservations: Simplifies destination selection in booking systems
- Baggage Handling: Enables efficient luggage routing through automated systems
- Flight Planning: Serves as waypoints in navigation charts and ATC communications
- Aviation Analytics: Provides the basis for traffic pattern studies and capacity planning
- Air Cargo Operations: Ensures accurate documentation for international shipments
Operational Context and Infrastructure
Understanding an airport's operational environment enhances decision-making. Factors such as proximity to urban centers, ground transportation links, and available services contribute to passenger experience. For airlines, data points including runway specifications, operating hours, and apron capacity influence scheduling and fleet deployment strategies.
Mastering airport identification systems and supporting data enables informed aviation decisions. In an industry where precision matters, accurate information translates to operational efficiency, cost management, and enhanced service quality. This analytical approach to airport data supports the aviation sector's continuous evolution toward data-driven excellence.