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Request Now !Continuous Wave (CW) Radar System is a form of electromagnetic system that evaluates phase difference when a known stable frequency continuous wave radio energy is transmitted and then received from reflecting objects. CW radar systems are used at both ends of range spectrum for detection and classification of people based on different characteristics and Doppler signatures produced by body components including torso, arms, and legs while in motion. The results offer a wide range of security and perimeter protection applications as they are of low cost and can measure target velocity using Doppler shift.Â
CW radar systems are deployed in the automotive sector in passenger cars, transport vehicles to assist in lane changing, in-cruise control, delivering collision warning as it can measure relative velocity and transmits low power without interfering in other wireless devices. In addition, these are used in the aviation sector to detect obstacles, provide accurate altitude details by digital signal processing as they are capable of extracting information from high noise levels that causes random variations in signals generated by electronic components. Implementation of safety regulations and deployment of lightweight in aerial vehicles implies that the continuous wave radar market share would undergo steady growth in the coming years.
Rise in adoption of CW-radar systems in unmanned vehicles, anti-missile systems for object recognition and tracking, collision avoidance with static or moving objects owing to increasing security-related issues is the major factor that fuels the continuous wave radar market growth. However, limitations in detecting targets crossing beam at right angles and adverse climatic conditions result in malfunctioning of continuous radar systems that hinder the CW radar systems market growth.
Contrarily, use of advanced radar systems in meteorological monitoring and forecasting weather information further boosts the continuous wave radar market revenue. Ongoing technological advancements in radar technology, owing to increase in awareness to provide safety and security and huge investments by governments in R&D are expected to present new pathways to the continuous wave radar industry.
Leading key continuous wave radar market players adopt necessary methods to improve precision and advanced operational performance capabilities of reconnaissance, attack, and security to the global customer community.
In June 2020, Longbow LLC, a joint venture between Northrop Grumman and Lockheed Martin, launched 500th APG-78 LONGBOW Fire Control Radar for AH-64 Apache helicopter. APG-78 LONGBOW FCR offers automatic target detection, location, classification, and prioritization, which enables rapid, multi-target engagement in harsh weather conditions in various terrain types, and battlefield obscurants. It is incorporated with Version6 FCR software that provides new operational capabilities such as maritime, single target track, and 360-degree surveillance mode along with extended detection range capability against land, air, and sea targets. The Apache Fire Control radar system includes electro-optical sensors and radar technologies that provide aircrews enhanced situational awareness with high performance and survivability.
CW-radar systems are used in military and defense purposes for air traffic control, radar astronomy, detection of spacecraft, aircraft missiles as well as measures distance and velocities with high precision over optical or ultrasound systems. In addition, these devices are used in advanced driver assistance systems, adaptive cruise control, and lane-keeping and parking aid systems in smart vehicles in the automotive sector.
In April 2020, Lockheed martin, a global security and aerospace company, introduced the first Q-53 Radar equipped with Gallium Nitride, which enable security forces to upgrade and enhance system’s capabilities to meet changing mission needs. Q-53 protects troops in combat by detecting, classifying, and tracking location of enemy indirect fire in 90 or 3600 modes. GaN transmitter-receiver modules provide additional power, reliability to radar including extended range and multi-mission that enables simultaneous counterfire target acquisition and air surveillance. These solid-state radar systems can operate in harsh environments as well as are available in highly mobile configurations. Â
Covid-19 Scenario Analysis -
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Continuous Wave Radar Market Report Highlights
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Key Market Players | Lockheed Martin Corp., Rockwell Collins, BAE Systems, Honeywell International, General Dimension, Reutech Radar Systems, Thales Group, Northrop Grumman, Raytheon Corp., SAAB AB. |
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