About a fortnight after Indian air defence networks performed an important position in neutralising Pakistani drones and missiles throughout ‘Operation Sindoor’, the Army has outlined its operational philosophy for the deployment of ground-based Counter-Unmanned Aerial Systems (C-UAS) to cope with such threats.
“A ground-based C-UAS is designed to detect, track and neutralise hostile drones in real time and it ensures protection against aerial threats during tactical operations and critical infrastructure defence. Equipped with advanced sensors and mitigation technology, this system enhances battlefield survivability and operational security,” a request for info (RFI) issued by the Ministry of Defence on Wednesday for procurement of such tools states.
Elaborating upon the operational philosophy, the RFI states {that a} ground-based C-UAS is a sophisticated, built-in defence answer designed to detect, monitor, establish and neutralise hostile drones working inside a chosen airspace.
Utilising a mix of radar, radio-frequency detection, electro-optical and infrared sensors and synthetic intelligence, the system can classify targets as pleasant, adversary or unidentified whereas displaying them on a handheld operator display with distinct color codes.
Once a non-friendly drone is recognized, the C-UAS can interact by way of soft-kill, that’s radio frequency jamming or spoofing as much as 3 km, or a hard-kill measures, that’s the usage of remote-controlled weapons, lasers, projectiles or swarm drones which bodily destroy the platform, as much as 5 kilometres.
The remote-controlled weapons guarantee exact goal elimination, whereas autonomous swarm drones can conduct high-speed interceptions carrying detachable explosive payloads.
A menace library shops as much as 1,000 drone profiles permitting steady software program upgrades for evolving threats. Fully operable by a single person from a floor management station, the system helps simultaneous engagement of a number of targets with an intuitive handbook override operate for operational flexibility, the RFI states.
The Army desires U-CAS which might be capable of detect radio frequencies within the bandwidth of 100-8,000 megahertz, with the flexibility to detect micro, mini and small drones at a distance of not less than 3 km, 5 km and eight km, respectively, by utilizing radar and radio frequency, and at a distance of 1,200 metres to three,000 metres utilizing electro-optical and infrared sensors. These programs ought to have the ability to monitor 25 targets concurrently.
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