Full formDefence & Police
CWXstands forContinuous Wave X-band
Full Form of CWX
What is CWX?
Continuous Wave X-band (CWX) is a radar technology that uses continuous electromagnetic wave transmission at X-band frequencies (8–12 GHz). Unlike pulsed radars, CWX emits a constant signal, enabling precise velocity measurement of moving targets via the Doppler effect. In India, CWX radar systems are employed by the Defence Research and Development Organisation (DRDO) and the Indian Air Force for air defense, missile tracking, and ground surveillance. They are also used in naval applications such as fire-control radars on warships. The technology is valued for its ability to detect low-observable targets and operate effectively in clutter-heavy environments. CWX radars are deployed at strategic locations along India’s borders and on platforms like the Tejas light combat aircraft. The Indian Space Research Organisation (ISRO) occasionally uses CWX-based systems for launch vehicle tracking during the initial flight phase. For students preparing for defence services or engineering entrance exams, understanding CWX principles is crucial, as questions often appear on radar fundamentals and their applications in modern warfare. The term is frequently encountered in technical manuals, training modules, and defence procurement tenders.
CWX का फुल फॉर्म
सतत तरंग एक्स-बैंड
Example
The DRDO successfully tested a new CWX radar at the Integrated Test Range in Chandipur, demonstrating enhanced target lock capabilities.
CWX — frequently asked questions
What is the full form of CWX?
The full form of CWX is Continuous Wave X-band, a radar technology that emits a continuous electromagnetic wave at X-band frequencies for detecting and tracking moving targets.
How is CWX used in Indian defence?
In Indian defence, CWX radars are deployed by DRDO and the Indian Air Force for missile tracking, air defence, and ground surveillance, including on platforms like the Tejas aircraft and naval warships.
What is the frequency range of CWX radar?
CWX radar operates in the X-band frequency range of 8 to 12 GHz, which allows high-resolution target detection and accurate velocity measurement.