Saudi Arabia Aviation Weather Forecasting System Market Overview, 2031

In Saudi Arabia, meteorological services are overseen by the National Center for Meteorology, established in 2019, replacing the former General Authority of Meteorology and Environmental Protection, while civil aviation meteorology falls under the regulatory framework of the General Authority of Civil Aviation, which enforces compliance with ICAO Annex 3 and WMO standards through GACAR Part 179. The National Center for Meteorology was recently granted the first Air Navigation Meteorology Services Provider license in the Middle East, enabling it to deliver comprehensive services including METAR, TAF, en-route forecasts, and aerodrome warnings for new airports such as Red Sea International Airport. Aviation weather systems combine hardware such as radars, sensors, automated observation equipment, and ceilometers with software for forecasting, data processing, analytics, and dissemination, supported by numerical models like WRF. Surface and aerodrome sensors, remote sensing, and computational platforms are integrated to ensure continuous monitoring aligned with international quality standards and operational requirements. Growing air traffic, expansion of airport infrastructure, and extreme regional weather conditions including high temperatures, dust, and sandstorms drive demand for precise and reliable meteorological services, while regulatory mandates institutionalize these services across airports, airlines, and air traffic control. Advanced observation systems, remote sensors, and digital forecasting solutions facilitate real-time, high-resolution weather information, supporting route planning, operational safety, and scheduling, while coordination among the meteorological authority, aviation regulator, airport operators, and airlines ensures effective dissemination and integration into air navigation systems. Institutional licensing, adherence to quality management systems, and deployment of durable equipment address operational and climatic challenges, while partnerships with infrastructure developers highlight the ongoing integration of modern meteorological services within aviation operations.

According to the research report, "Saudi Arabia Aviation Weather Forecasting System Market Overview, 2031," published by Bonafide Research, the Saudi Arabia Aviation Weather Forecasting System Market is anticipated to grow at more than 11.5% CAGR from 2026 to 2031.In Saudi Arabia, the National Center for Meteorology (NCM) serves as the primary provider of aviation weather forecasting services, holding the official Air Navigation Meteorology Services Provider license from the General Authority of Civil Aviation since 2023. The organization offers a wide range of services for the aviation sector, including hourly aerodrome reports, terminal aerodrome forecasts, special weather bulletins, en-route and area forecasts, aerodrome warnings, and broader meteorological monitoring and support for airports. These services are delivered through subscription-based access on platforms like MeteoKSA, utilizing web portals, email alerts, and API integration to reach airports, air-traffic operators, airlines, and other sectors requiring precise weather data. Being a national, regulated, and certified provider, NCM complies with international standards set by ICAO and WMO via GACA regulations. Outsourcing weather services is increasingly preferred over in-house operations, with new infrastructure projects such as Red Sea International Airport contracting NCM for full-service weather management. Technological advancements, including automatic weather stations, satellite and radar inputs, and numerical weather prediction models, enhance forecasting accuracy and scalability. Expanding air traffic and new airport developments drive demand for professional services integrated with air navigation, while subscription or contract-based models provide predictable revenue streams. B2B and B2G channels dominate, and contracts typically cover both service delivery and operational compliance. High regulatory requirements, significant investment in observation and data infrastructure, and the need for credibility create barriers for new entrants, while substitutes from general public weather services lack aviation-grade precision, certification, and real-time updates. Pricing considerations favor outsourced certified services by reducing operational risks and eliminating the need for capital investment in meteorological systems, reinforcing the demand for licensed, reliable providers like NCM.

In Saudi Arabia, observational capability relies on extensive ground-based systems and radar infrastructure, with the National Center for Meteorology activating a weather radar in Madinah to monitor cloud movements, rainfall, and thunderstorms, while deploying automatic and manned stations across key areas including holy sites to support aviation and public weather services. Airports benefit from radars and automated observation units, such as those maintained under agreements with Red Sea International Airport, enabling frequent weather bulletins, surface observations, and runway-specific data. Digital platforms like MeteoKSA integrate sensor and radar inputs with numerical weather models, offering forecasts, real-time updates, maps, and alerts, while the Anwaa mobile application provides interactive maps, notifications, and multilingual support. Aviation operators receive METAR, SPECI, terminal and area forecasts, and customized alerts, with satellite and ground observations enhancing temporal resolution for both routine and specialized operations. Regular aerodrome reports, terminal forecasts, and en-route updates form part of service delivery, with increased monitoring during large events producing frequent bulletins, complemented by an early-warning system using color-coded alerts for hazards such as dust storms, rain, wind, fog, or extreme temperatures. Expanded radar networks and station coverage improve spatial resolution, while digitized data delivery and integration with nowcasting capabilities enable timely warnings of sudden weather events critical for aviation safety. Multi-year contracts for hardware operation and maintenance, along with data processing and service provision, reflect institutionalized, standardized models, while use of broader meteorological datasets, including high-resolution precipitation products, links operational forecasting with climate research, water resource management, and disaster preparedness.

Forecasting services in Saudi Arabia are organized across different time horizons, combining real-time data, numerical weather prediction models, and specialized meteorological products to meet aviation and general weather needs. Short-term forecasts, spanning from the present to around ten days, are delivered through platforms such as MeteoKSA, offering location-specific updates on temperature, wind, precipitation, humidity, and warnings, along with current observations and immediate weather bulletins like METAR and SPECI. Sudden severe weather events such as thunderstorms, heavy rain, or dust storms trigger rapid short-lead warnings, which recently included nationwide alerts impacting regions such as Jazan, Asir, and Makkah, supporting flight operations, runway safety, and contingency measures. Medium-term forecasts extend several days ahead, with services including Terminal Aerodrome Forecasts providing predictions over 24-30 hour periods to assist airlines and airports in scheduling, resource management, and anticipating disruptions, while also covering en-route and area forecasts for planning around evolving weather systems. Longer-term climate and seasonal outlooks inform strategic considerations for airport infrastructure, resource allocation, and risk preparation, influencing operations across aviation, agriculture, energy, and water management. Recent developments include an upgraded early-warning system using color-coded alerts for rain, wind, heat, and dust hazards, intensified monitoring during high-density events such as the Hajj season through automated and manned stations, and broader digital access via MeteoKSA and the Anwaa app, offering integrated forecasts, alerts, and climatological data. These enhancements strengthen operational reliability, flight planning, runway management, and infrastructure preparedness, supporting both short-term operational decisions and long-term planning across Saudi airports and aviation networks.
In Saudi Arabia, aviation stakeholders rely on the National Center for Meteorology (NCM) for comprehensive weather support, following its 2023 certification as an Air Navigation Meteorology Services Provider by the General Authority of Civil Aviation. Commercial airlines and airport operators receive a full range of meteorological products, including hourly aerodrome observations, special bulletins, terminal forecasts, en-route and area forecasts, aerodrome warnings, and upper-air reports. Recent partnerships with airports such as Red Sea International Airport involve managing and maintaining all meteorological equipment and delivering complete aviation-weather services, supporting flight planning, minimizing delays, and enhancing operational safety. Military aviation benefits from similar data provision, including surface observations, upper-air measurements, visibility, cloud height, wind, and runway visual range, ensuring reliable support for flights using shared airspace or military bases. Smaller operators, private flights, flight schools, and charter services access forecasts and real-time updates through NCM’s portal MeteoKSA, which offers ten-day forecasts, dynamic maps, alerts, and integration of reports into flight planning. Standardized, regulated meteorological information promotes interoperability across civil, military, and general aviation while digital platforms and API access increase availability for smaller operators. Climatic variability such as dust storms, thunderstorms, and heavy rainfall is addressed through timely warnings, including the recent color-coded system launched by NCM, combining upper-air data, real-time surface observations, and digital dissemination to support both tactical decisions and operational planning across all segments.

Considered in this report
• Historic year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031



Aspects covered in this report
• Saudi Arabia Aviation Weather Forecasting System Market with its value and forecast along with its segments
• Aviation Weather Forecasting System Market analysis
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Product Type
• Hardware
• Software
• Services

By Forecast Type
• Short-Term Forecasting
• Medium-Term Forecasting
• Long-Term Forecasting

By End-User
• Commercial Aviation
• Military Aviation
• General Aviation