This article details the ICAO code (SAVB) for El Bolsón Airport in Argentina and provides basic airport information, including the IATA code, geographic coordinates, and altitude. The article emphasizes the importance of the ICAO code in flight planning, navigation, and communication, offering a practical guide for pilots and aviation enthusiasts. It serves as a concise reference for locating and identifying the airport within aviation systems.
This article focuses on Santa Cruz Airport in Argentina, analyzing the significance of its ICAO code SAWU and providing a quick overview of key airport data, including the IATA code and geographical coordinates. It emphasizes the role of the ICAO code in precise navigation, data exchange, and global standardization. A Wikipedia link is provided for further exploration of the airport and related aviation information. This serves as a concise resource for understanding the airport's identification and relevant details.
From a data analyst's perspective, this article comprehensively analyzes key information about Junin Airport (JNI), Argentina. It includes the IATA/ICAO codes, geographical coordinates, and frequently asked questions. The aim is to provide practical reference for travelers and aviation professionals, assisting with itinerary planning and aviation data analysis. This resource offers valuable insights for understanding the specifics of Junin Airport and its role within the broader aviation network, offering a concise and informative overview.
Brigadier D.H.E. Ruiz Airport (CSZ, SAZC) is located in Argentina and serves as a crucial hub for national and international air travel. The airport's modern facilities significantly enhance the travel experience for passengers and contribute to the growth of the local economy and tourism industry. For more information, please refer to its Wikipedia page.
Cudworth Airport (CKS3) is a small airport located in Saskatchewan, Canada, featuring a 2,500-foot grass runway. Although it lacks an IATA code, its ICAO code, unique geographical position, and time zone make it an ideal takeoff and landing point for pilots. The airport provides basic NOTAM information and invites exploration of limitless flying possibilities.
This article provides a comprehensive overview of the main manuals and regulations in the field of air transport, including the Air Transport Information Data Exchange Standards (AIDX) and the Dangerous Goods Regulations (DGR). It aims to assist practitioners in efficiently accessing and adhering to the relevant standards to enhance safety and efficiency in shipping.
The Automated Manifest System (AMS) is a crucial electronic declaration tool used by U.S. Customs to ensure the secure transportation of international cargo. Through AMS, customs can efficiently manage information related to air and ocean shipments, enhancing both transport efficiency and security. Participants in the transaction should be aware of the distribution of AMS fees.
Haileke Airport (HDHE) is a small airport in Djibouti that, despite lacking METAR data, plays a significant role in regional air transportation. Currently, the airport's NOTAM information is in a simulated state and requires registration for real-time updates. In the future, Haileke Airport will face opportunities and challenges in its aviation services and development.
The Arnstadt-Alkersleben Airport (EDBA) is located in Wölfershausen, Germany, featuring a 2,854-foot runway. Despite its small size, the airport plays a significant role in the regional aviation services. It does not provide METAR weather data, which highlights its focus on convenience for the surrounding area. For more information, please visit its official website.
Aiome Airport, located in Papua New Guinea, serves as an ideal starting point for exploring the local culture and nature due to its unique geographical location and basic flight services. Although METAR data is not available, travelers can obtain the latest aviation information through NOTAM, making it an important gateway to the South Pacific.
