Imagine planning an adventure to the picturesque Mamburao in Mindoro, Philippines. As you prepare to book flights, confusion arises from the array of airport codes. This guide provides a data analyst's perspective on Mamburao Airport's essential information to streamline your travel planning.
Mamburao Airport Overview: Key Codes and Location
Mamburao Airport, also known as Mamburao Domestic Airport, serves the capital of Occidental Mindoro province. For aviation professionals and travelers alike, accurate identification of airport codes is crucial:
- IATA code: MBO
- ICAO code: RPUM
- Airport name: Mamburao Airport
- Country: Philippines
- Elevation: 326 feet (approximately 99 meters)
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Geographic coordinates:
- Latitude: 13° 13' 48" N
- Longitude: 120° 36' 18" E
IATA and ICAO Codes: Aviation's Identification System
The aviation industry relies on two standardized coding systems: IATA (International Air Transport Association) and ICAO (International Civil Aviation Organization). IATA's three-letter codes facilitate passenger operations like ticketing and baggage handling, while ICAO's four-letter codes serve air traffic control and flight planning purposes.
Mamburao's IATA code "MBO" offers easy recall for travelers, whereas "RPUM" provides precise identification for aviation professionals. These dual codes reflect the airport's role in both commercial and operational aviation spheres.
Geographic Positioning: Navigation Essentials
The corrected coordinates (13° 13' 48" N, 120° 36' 18" E) properly place Mamburao Airport within the Philippine archipelago. These parameters enable accurate mapping for:
- Flight navigation systems
- Travel planning applications
- Geographic information systems (GIS)
- Emergency response coordination
Operational Considerations
With an elevation of 326 feet, Mamburao qualifies as a low-altitude airport where standard aircraft performance calculations apply. However, comprehensive operational analysis requires additional data points:
- Runway specifications: Dimensions and surface composition determine compatible aircraft types
- Traffic volume: Passenger and cargo metrics indicate operational scale
- Airline services: Carrier presence and route networks
- Facility infrastructure: Terminal capacity and passenger amenities
- Historical performance: On-time statistics and service reliability
Data Applications in Airport Management
Analytical examination of airport metrics yields multiple benefits:
- Schedule optimization: Temporal traffic patterns inform efficient flight scheduling
- Resource allocation: Passenger flow analysis guides staffing and equipment deployment
- Experience enhancement: Behavioral data shapes service improvements
- Capacity planning: Trend analysis supports infrastructure development
- Safety management: Incident data strengthens security protocols
Data Integrity Considerations
While this analysis draws from authoritative aviation databases, users should note:
- Potential variations between published sources
- Periodic updates to airport specifications
- Discrepancies in historical records
For mission-critical applications, direct verification with airport authorities remains advisable.