Nepal's aviation sector faces unique operational challenges, particularly at high-altitude airports. Among these, Rumjatar Airport (RUM/VNRT), situated deep in the Himalayas at an elevation of 4,498 feet, serves as a critical case study for understanding the complexities of air transport in such environments. This article examines key data points to shed light on the airport's operational dynamics.
Geographical and Operational Significance
Located at coordinates 27° 18' 12.60" N latitude and 86° 33' 1.44" E longitude, Rumjatar Airport lies in eastern Nepal's mountainous region, near the Everest area. Its IATA code (RUM) and ICAO designation (VNRT) serve as essential identifiers for air traffic management and data tracking, positioning it as a strategic gateway to the Himalayas.
High-Altitude Flight Challenges
The airport's elevation significantly impacts aircraft performance. Thin air reduces engine thrust and necessitates longer takeoff distances, requiring stringent safety protocols. Rapid weather changes further compound operational uncertainties. Analyzing metrics like flight delay and cancellation rates offers insights into the airport's efficiency and safety under these demanding conditions.
Data-Driven Improvements
Detailed operational analysis can inform enhancements to high-altitude airport management. By studying patterns in weather disruptions, aircraft performance limitations, and logistical constraints, authorities can develop targeted solutions to improve reliability and passenger safety in Nepal's challenging aviation landscape.