Weather Radar Market Size, Share, Growth Analysis, By Platform (Airborne, Land-Based), By Component (Transmitter, Antenna), By Frequency Band (C-Band, S-Band), By Application (Meteorology & Hydrology, Aviation Industry), By Region - Industry Forecast 2024-2031

Weather Radar Market Driver

• The tremendous turbulence that is created during the flight has been causing injuries to passengers and staff in recent years. There have been other occurrences as well, such as the reported aircraft damage from hailstorms. To ensure a comfortable and secure flight, it has become essential to identify and avoid extreme weather conditions. The deterioration of infrastructure and human life has also been brought on by climate change. Radar's growing use in weather analysis is anticipated to accelerate market growth. For instance, Australia has 60 land-based weather information radars and is focused on adding more radar systems because the continent is vulnerable to severe climatic changes and thunderstorms.
• In order to alert the pilot, aircrew, and passengers about the weather conditions and help them avoid entering severe weather, airborne weather data radars are built inside aircraft. As a radar system is important in the construction of every new aircraft, increased aircraft deliveries are anticipated to fuel market expansion. The fast-growing demand for air transportation as a result of various emerging nations' economies improving is the cause of the increase in aircraft deliveries. High demand for new aircraft has resulted from airlines' decision to increase their fleet in response to the increase in air travel. Airborne weather radar demand has increased as a result of the growing need for new aircraft.

Weather Radar Market Restraint

• A beam that is reflected from the water droplets in the atmosphere by the weather radar is used to analyze the weather. It only detects the presence of liquid, which is a significant flaw. The reflectivity, for instance, is not inversely proportionate to the degree of risk since the intensity of water droplets in a thunderstorm diminishes with altitude. As a result, people have switched to other technologies since the radar readings utilized for weather monitoring are inaccurate. These shortcomings are expected to hinder market growth for weather radar throughout the projected period.
• Radar cannot detect ice crystals, dry hail, dry snow, clear sky eddy, sandstorms, or lightning, but it can detect rain, moist hail, moist eddy, and wind shear. These all have the potential to end badly for an airplane. Therefore, in order to get beyond these constraints, manufacturers are putting their efforts into creating substitute radar technologies like B. A wind profiler that works in all weather conditions. This market's expansion is anticipated to be constrained by rising demand for the introduction of substitute technologies that can deliver more precise meteorological data and thus usage of substitute solutions may limit the growth of the market.