Automated Weather Observing System (AWOS) Market

Automated Weather Observing System (AWOS) Market Outlook (2023 to 2033)

The global automated weather observing system (AWOS) market has reached a valuation of US$ 420 million in 2023 and is expected to climb to a size of US$ 700 million by 2033, expanding at a CAGR of 5.2% from 2023 to 2033.

Automated weather observing systems offer pilots pre-flight weather briefings and in-flight weather briefings from the Air Force, as well as real-time resource security services for military sites. An increase in spending on the military and defense budgets is boosting market growth.

An automated weather observing system is an airport weather system with complete configuration capabilities that offers continuous, real-time data and reports on airport weather conditions. Aviation service companies often run, manage, and control AWOS stations.

Expanding airport operations, a rising emphasis on safe and effective airport operations, and evolving laws are anticipated to boost the global market for automated weather observing systems. Airports rely on precise weather observation, lightning detection, weather radar, surface sensors, and display system solutions for safe and effective operations.

Automated weather observing systems are gaining the attention of most airport authorities to determine correct weather conditions while planning take-offs or scheduling several flights. Furthermore, the array of advantages offered by automated weather observing system configuration and the re-alignment of strategies by key players are some of the factors boosting the market growth.

Over the past decade, the world has witnessed significant instances of airline crashes due to adverse weather conditions. The airport authorities are continuously striving towards the deployment of reliable automated weather observing systems.

Several airport authorities are becoming interested in automated weather observing systems to accurately predict the weather while scheduling many fleets or arranging takeoffs. As specified by the International Civil Aviation Organization, the technology gives pilots and airport traffic controllers continuous, real-time weather reports.

Airports use automated weather observing systems to run their fleets more effectively and reduce accident risk. A wide range of prospects for automated weather observing systems will be anticipated over the coming years as global airplane traffic continues to increase.

Each year, more people choose to fly by plane. This is due to an increase in individuals who can afford to travel, globalization, and disposable income. To accommodate the growing demand for air travel, airport authorities are investing in infrastructure development. An increase in airports is boosting the demand for automated weather observing systems.

Report Attributes	Details
Market Size in 2023	US$ 420 Million
Projected Market Value (2033)	US$ 700 Million
Global Market Growth Rate (2023 to 2033)	5.2% CAGR
Market Share of Portable AWOS (2023)	60%
Key Companies Profiled	All Weather Inc. Vaisala Inc. Degreane Horizon Sutron Optical Scientific Inc. Mesotech International, Inc. Saab AB Delairco Japan

What are the Key Elements Boosting Global Demand for Automated Weather Observing Systems?

“Technological Advancements in Automated Weather Observing Systems”

Governments from many different countries are making significant investments in this sector, ensuring market expansion for automated weather observing systems. To deliver weather reports with more accuracy, important players are investing in AI-based solutions.

The industry is being driven by technological advancements in automated weather observing systems. The development of this business is anticipated to be accelerated by new technologies, including the Internet of Things, big data analytics, artificial intelligence, and next-generation meteorological systems.

• The Finnish monitoring and forecasting firm Foreca Oy sold its professional business-to-business weather services to Vaisala. With this acquisition, Vaisala is advancing the creation of even more potent modeling and decision-support solutions for its clients, whose business operations are heavily influenced by the weather.

New developments in automated weather observing systems are supporting market growth. It includes numerous approaches, instruments, and solutions for analyzing atmospheric data and giving localized weather forecasts in the future.

No choice can be made in the aviation sector without taking into account the often-changing weather and environment. To guarantee passengers' safety during flights, automated weather observing systems effectively handle harsh weather conditions.

“Rapid Integration of Electronic and Digital Weather Monitoring Systems”

Flight delays and excessive expenses can be avoided with the use of precise weather solutions for the aviation sector. The safe and effective operation of airplanes can be aided by timely and accurate meteorological data. Aircraft can be seriously harmed by ice, lightning, and strong winds.

For the aviation business especially, several market participants offer efficient weather observing solutions. Several airports are implementing electronic and digital weather monitoring systems at their runways and airports to perform safer operations, which also contributes to the expansion of the global market.

Market expansion is anticipated to be aided by global climate change patterns, unpredictable storms, and rainfall at unexpected times. Better visuals and visual representations for an aircraft weather forecasting report are provided by AI-based software development. The industry is expanding because of the development of electronic and digital methods.

How is Growth in the Sales of Automated Weather Observing Systems Getting Affected?

“Lack of Effective Automation and High Chances of Inaccuracies Due to Unpredictable Climatic Conditions”

Weather conditions regularly fluctuate, prompting forecast models to make weather predictions based on the atmosphere and oceans today. Humidity, temperature, air pressure, wind speed, wind direction, and cloud cover are all taken into account in a weather prediction. Together with geographic location, proximity to water sources, urban buildings, latitude, and elevation, weather forecasting models also consider these variables.

Weather conditions can be dynamic and sensitive owing to many variables, yet reliable forecasts can be achieved based on a thorough understanding of the beginning circumstances of a weather forecasting numerical model. Because weather forecast models are inherently nonlinear, the forecasting process gets complicated. The procedure is further complicated by the appropriate integration and analysis of a vast amount of data.

There are effective ways to research long-term weather trends, but no reliable ways to investigate short-term weather patterns. The entire weather forecasting process involves several functions that must be assessed to arrive at an accurate analysis; hence, this is predicted to hinder market growth. Market expansion is hampered by a lack of effective automation and high chances of inaccuracies due to unpredictable climatic conditions.

Why is North America Dominating the Global Market for Automated Weather Observing Systems?

“Rapid Increase in Number of New Airports”

• North America is the most lucrative regional AWOS market and currently holds 50% market share.

High awareness of safe aviation operations, an increase in new airports, the introduction of new automated weather observing systems, and the presence of prominent companies are driving market growth in the region. Robust airport infrastructure is supporting the North American automated weather observing system market expansion.

Country-wise Insights

Why are We Seeing Several AWOS Producers Investing in the United States?

“Substantial Rise in Passenger and Cargo Air Traffic”

The market in the United States is anticipated to rise over the forecast period due to a rise in passenger and cargo air traffic. Surging adoption of new technologies and utilization of cutting-edge equipment such as AI-based automated weather observing systems are driving market expansion.

What is the Market Outlook for Automated Weather Observing Systems in Germany?

“Huge Demand for Standalone Automated Weather Observing Systems”

An increase in spending on infrastructure development by key market players is expected to fuel market growth in Germany over the coming years. Market growth is driven by increased government investments in the development of air traffic control systems and huge demand for standalone automated weather observing systems.

How are Sales of Automated Weather Observing Systems Being Fueled in Japan?

“Rapid Deployment of Automated Weather Observing Systems at Commercial Airports”

The market in Japan is predicted to develop significantly over the projection period. Market growth is attributed to the growing usage of meteorological equipment at airports to receive weather-related information in remote locations. The market is expanding as a result of the rapid deployment of automated weather observing systems in commercial airports.

Category-wise Insights

What Makes Portable Automated Weather Observing Systems More Popular?

“Portable AWOS Preferred Due of Their Ability to Deliver Precise Readings”

By system type, the market is classified into standalone AWOS and portable AWOS.

• Portable automated weather observing systems account for 60% share of the global market.

Portable automated weather observing systems may be moved from one location to another without an external power supply. They are gaining popularity as a result of their ability to deliver precise readings even in locations with weak electrical connections and fluctuating voltage. The creation of compact, battery-powered gadgets that can assess temperature, humidity, and air quality even in remote places is a result of technological advancements.

Why is AWOS Widely Deployed at Military & Defense Airports?

“Increasing Need for Meteorological Data at Military Airports”

Based on deployment location, the market is segmented into military & defense airports, commercial service airports, cargo service airports, and heliports.

In military and defense airports, automated weather observing systems are deployed by airport operators because they offer accurate data on a variety of aviation characteristics, such as temperature and humidity, that aid in better operational decisions.

Continuous weather reports are necessary for military operations to be successful. Battlefield commanders require meteorological data from the past, present, and future, which is driving up demand for automated weather observing systems.

Competitive Landscape

Leading companies are focusing on partnerships, quality control, product standards, collaborations, and supply chain management to strengthen their hold within the market. Top manufacturers of automated weather observing systems are investing heavily in R&D operations for the introduction of advanced devices while following safety regulations.

Key market players are focusing on establishing long-term contracts with government and military organizations. According to pricing trends, vendors are also emphasizing price reductions to curb the high cost of automated weather observing systems.

For instance,

• OSI announced lower-cost AWOS AV as an alternative to FAA AWOS. These new OSI AWOS will meet the requirement of IFR (instrument flight rules) and GPS (global positioning system) approaches.
• In 2020, the India Meteorological Department (IMD) deployed integrated automated weather observing systems at 18 airports with more than 500 weekly flights.
• In 2022, the FAA stated that it has started installing new automated weather observing systems throughout Alaska to deliver continuous, real-time, and accurate weather data in remote Alaskan locations.

Key Segments of AWOS Industry Research

• By Configuration :

  • AWOS-A
  • AWOS-AV
  • AWOS-1
  • AWOS-2
  • AWOS-3
  • AWOS-3P
  • AWOS-3P/T
  • AWOS-4

• By System Type :

  • Standalone AWOS
  • Portable AWOS

• By Procurement Model :

  • Tender/Bidding
  • Direct Procurement

• By Deployment Location :

  • Military & Defense Airports
  • Commercial Service Airports
    • Non-Primary
    • Primary
  • Cargo Service Airports
  • Heliports

• By Region :

  • North America
  • Europe
  • Asia Pacific
  • Latin America
  • Middle East & Africa