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DRDO develops 6 more location radar weapons SWATHI, to be procured by Indian Army soon

DRDO develops 6 more location radar weapons SWATHI, to be procured by Indian Army soon

The Defence Research and Development Organisation (DRDO) developed six more finding radars Swathi weapons. Meanwhile, these highly effective weapons will be procured by the Indian Army soon. This is a strong weapon that may simply distinguish between pals and foes. It’s 400 crore initiatives taken up by the Ministry of Defence and it’ll improve the capabiity of the Indian Army. 

Here are some options of Weapon Location Radar (WLR) – SWATHI

  1. Detection of launch level of enemy Shells, Mortars and Rockets
  2. Guide personal artillery fireplace at enemy targets to obtain fireplace supremacy within the battlefield
  3. Tracks from launch to impression level of all kinds of targets
  4. Self-sufficient with personal north discovering system and GPS to discover personal location
  5. Slewable Phased Array Antenna
  6. Communication with increased echelons
  7. Low encamp and decamp time
  8. Weapon finding in excessive density fireplace atmosphere
  9. Programmable state-of-the-art {hardware} primarily based processing

This weapon is designed and developed by Electronics and Radar Development Establishment (LRDE), Bengaluru. SWATHI-Weapon Location Radar was handed over to Indian Army in March 2017. Swathi Weapon Location Radar (WLR) is indigenously developed, coherent, electronically scanned phased array radar. The radar mechanically locates hostile artillery, mortars and rocket launchers and tracks pleasant fireplace to find the impression level to subject needed corrections.

The radar is designed to detect projectiles with small cross part throughout the battle area horizon, and has the potential to deal with simultaneous fireplace from weapons deployed at a number of places. WLR has two roles to carry out: Weapon Location Mode for Enemy Artillery and Direction of Own Artillery Fire (DOOAF) Mode. The key applied sciences embrace Gun Launch Point Computation, Digital Pulse Compression, Digital Receiver with Waveform Programming, UML primarily based Software Development and environment friendly thermal administration utilizing Compact Light Weight Intelligent Cooling Systems.

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