Florida Airport Key Facts and ICAO Code Explained

This article provides an in-depth analysis of La Florida Airport in Chile, focusing on its ICAO code (SCSE). From a data analyst's perspective, it overviews crucial information such as the airport's IATA code, geographical coordinates, and country. Furthermore, the article explores the application of ICAO codes in flight planning and air traffic control, emphasizing the importance of data validation and updates for accuracy. It highlights the role of reliable aviation data in ensuring safe and efficient air travel operations.
Florida Airport Key Facts and ICAO Code Explained

Imagine needing to urgently dispatch a medical evacuation flight to northern Chile. Time is of the essence, and you must input the correct airport code without error. A mistake could lead to catastrophic delays. What, then, is the correct ICAO code for La Florida Airport? This analysis examines the airport's critical identification data from an aviation professional's perspective.

The Essential Identifier: SCSE

The International Civil Aviation Organization (ICAO) assigns unique four-letter codes to airports worldwide. For La Florida Airport, this code is SCSE . These standardized identifiers serve vital functions in air traffic control, flight planning, and aviation communications, distinguishing them from the three-letter IATA codes used primarily for passenger services.

Comprehensive Airport Data Profile

  • IATA Code: LSC (used for passenger operations)
  • Official Name: La Florida Airport
  • Country: Chile
  • Geographic Coordinates: 29° 54' 58.32" S, 71° 11' 58.20" W

Geographic and Operational Context

Located in Chile's Coquimbo Region near the urban center of La Serena, the airport serves a region renowned for coastal landscapes, astronomical observatories, and wine production. Its strategic position makes it a crucial transportation hub connecting the area to domestic and international destinations.

Precision navigation requires understanding the airport's geographic context, including terrain features and meteorological patterns that might affect operations, such as wind shear or visibility limitations.

Operational Infrastructure

While specific facility details weren't provided in source materials, aviation professionals typically consult national aviation authorities or specialized databases for critical operational parameters. These include:

  • Runway dimensions and specifications
  • Apron capacity and aircraft handling capabilities
  • Navigation and landing systems
  • Traffic volume statistics

The Vital Role of ICAO Codes

These standardized identifiers facilitate essential aviation functions:

  • Flight Planning: Pilots reference ICAO codes for departure/destination points
  • Air Traffic Control: Controllers use them to identify aircraft and airports
  • Meteorological Services: Weather reports specify conditions at coded locations

Data Integrity Considerations

Aviation professionals must recognize that airport specifications evolve. Regular verification through ICAO publications, national aviation authorities, and certified databases ensures operational safety and compliance with current standards.