A guide to remote weather stations at airports

Pilots and employees who work in aviation depend on accurate weather data to take advantage of potential wind conditions and minimize flight interruptions. Automatic weather stations give essential information regarding visibility, rainfall, and stormy weather. However, the information they provide might be restricted depending on where the station is located. A distant location’s data may be reduced, or it may be excluded from automatic reports, particularly in cases when it is impossible or costly to build and maintain a standard human facility. Read on to learn everything you need to know about remote weather stations – from their importance to their types.


What are weather stations?


Weather stations, also known as meteorological stations, are structures for weather monitoring and data collection, and they work in conjunction with spacecraft, wind buoys, atmospheric probes and radars to gather various types of weather data. However, weather reports are the most common — there are more than 40,000 certified weather stations across the world — and so serve as the primary facility among many others. They collect data at a particular location on a map and then transfer it to large data processing centres for analysis.


What is the importance of remote weather stations?


Localised meteorological data is essential for safe operations at any airport, whether it serves a rural population or provides services such as wildfire suppression, emergency medical transport or commercial tourism.


While windsocks have their function, they are woefully insufficient when flying back into the city after a day out. Wind direction, sight and other factors might all be drastically different from what they were at departure, and the pilot’s safety is dependent on his or her ability to recognise and understand those differences.


Of course, small enterprises often do not have large funds to spend on expensive weather equipment. Despite the fact that high-end AWOS technology is very beneficial, the expenses might be excessive.


Types of weather systems at airports


  • Digital Current Weather Information Systems (DCWIS)


In addition to measuring meteorological data automatically, the DCWIS system also derives additional parameters via programming and creates aviation weather reports. By delivering continuous, real-time news and data on airfield weather conditions, the system assists pilots, aviation employees and other airport users in safely taking off and landing aircraft. It is possible to utilise these weather forecasts to meet the needs of air traffic control, to construct pilot briefings and flight plans and provide data.


  • Airport Weather Observation Systems (AWOS)


Designed to monitor the weather conditions at airports, AWOS sensors and solutions have to meet or exceed the demanding criteria of the International Civil Aviation Organization. Because of their modular structure, it’s simple to modify and tweak an AWOS system to match any local standards and specifications. In addition to sensors that assess runway conditions, the systems may be configured to include sensors that detect other potentially hazardous weather phenomena like blizzard conditions, severe turbulence, and thunderstorms.


Contact Bayanat Engineering Group today


Ensure that you contact our knowledgeable and pleasant team at Bayanat Engineering Group for further information and assistance about remote weather stations. With a focus on air traffic management, we’re able to demonstrate the ability to deliver a broad variety of solutions to fulfill the demands of airport authorities.