Camilo Daza Airport A Datadriven Travel Analysis

This article, from a data analyst's perspective, provides an in-depth analysis of the Camilo Daza International Airport (CUC/SKCC), including its code, geographical location, and related data. By understanding the information behind the airport code, readers can optimize their travel plans. Furthermore, it reveals the commercial value of airport data in areas such as route optimization, market forecasting, and risk management. This analysis aims to provide actionable insights for aviation professionals and travelers alike.
Camilo Daza Airport A Datadriven Travel Analysis

Imagine preparing to book a flight to Cúcuta, Colombia, only to find yourself bewildered by a jumble of airport codes. What exactly do these letter combinations like CUC and SKCC represent? This article examines Camilo Daza International Airport through an analytical lens, providing comprehensive information to streamline your travel planning.

Airport Codes: The Passport of Global Aviation

Every airport possesses unique identifiers that function like passports within the global air transportation system. These codes are established by two primary organizations with distinct purposes:

  • IATA Code: This three-letter designation (CUC for Camilo Daza) serves public-facing functions, appearing on tickets, baggage tags, and booking platforms.
  • ICAO Code: The four-letter identifier (SKCC) is primarily used by aviation professionals including pilots and air traffic controllers, containing geographical and regional information.

Camilo Daza International Airport: Key Specifications

Beyond codes, understanding fundamental airport characteristics is essential for effective trip planning. Critical data points include:

  • Official Name: Camilo Daza International Airport
  • Location: Cúcuta, Colombia
  • Elevation: 1,096 feet (334 meters) - a factor influencing aircraft performance
  • Geographic Coordinates: 7° 55' 39.25" N, 72° 30' 41.40" W

Strategic Location and Regional Significance

Situated near the Colombia-Venezuela border, Camilo Daza International Airport occupies a geopolitically important position. This location establishes the facility as a crucial hub for cross-border economic activity and cultural exchange, serving not only Cúcuta but also neighboring Venezuelan communities. The airport's geographical context informs analysis of passenger volumes, route networks, and potential expansion opportunities.

Data-Informed Travel Planning

Sophisticated itinerary development incorporates multiple data streams:

  • Flight Schedules: Reviewing operational timetables reveals carrier availability and frequency
  • Passenger Statistics: Analyzing traffic patterns identifies peak travel periods
  • Route Networks: Mapping connections facilitates efficient transit planning

Integrating these datasets enables travelers to optimize schedules and minimize disruptions.

Analytical Perspectives: The Hidden Value of Airport Codes

For data professionals, airport identifiers represent more than mere abbreviations—they constitute critical nodes within global transportation networks. Systematic analysis of these codes combined with operational metrics yields valuable business intelligence:

  • Route Optimization: Evaluating passenger loads and revenue performance enhances network efficiency
  • Market Forecasting: Historical trend analysis supports predictive capacity planning
  • Risk Assessment: Operational vulnerability evaluation informs contingency strategies

These analytical applications demonstrate how airport codes serve as gateways to strategic insights.

Conclusion: Navigating Air Travel with Confidence

Camilo Daza International Airport's identifiers (IATA: CUC, ICAO: SKCC) provide the foundation for efficient travel planning. Understanding these codes along with essential airport characteristics enables passengers to navigate air transportation systems effectively. From an analytical standpoint, these identifiers unlock sophisticated opportunities for operational optimization and strategic decision-making within the aviation industry.