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When an item enters the radar’s radius, radio waves are used to measure its spread, angle, and speed. Radar is an electromagnetic technology. A transmitter produces an electromagnetic signal, which is then sent into space via an antenna as radar. It predicts and locates different kinds of vehicles, including weather, aeroplanes, missiles, and spacecraft.
Radar systems are frequently used in industrial applications like speed monitoring, object recognition and tracking, area and distance monitoring, and collision avoidance with stationary and moving objects due to their greater robustness in measuring distances, velocities, and angles than optical or ultrasound systems.
Initially intended for military and defence use, radar. Current radar systems, however, are largely employed for air traffic control, radar astronomy, weather creation, and meteorological monitoring when new technologies and advances are introduced. Additionally, it is utilised in air defence, anti-missile, and anti-collision systems for aircraft.
The Global L Band Radar market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
Airborne, Ground-Based, Naval, and Space-Based are the market segments. The land radar sector is anticipated to rule the market due to transnational wars, an increase in terrorism, and geopolitical concerns among numerous countries.
The growth is related to growing purchases of fighter aircraft from Asian nations as well as rising demand for unmanned aerial vehicle radar. Since it is used to detect and track the position of vessels, which facilitates a ship’s safe transit from one area to another, the naval sector will grow greatly.
