DRDO and PSU's

Advanced Multifunction AESA Radar (AMAR) is a state-of-the-art, cutting-edge, ground-based radar system designed for Fire Control and Surveillance operations. This fully software-defined X-band radar integrates GaN amplifiers with an advanced-array antenna design, enhanced by sophisticated digital processing, to provide precise tracking, superior clutter rejection, efficient multipath handling, and exceptional situational awareness. Its operational versatility ensuring reliable performance challenging in combat conditions.

Designed for mobile, on-the-move deployment, the AMAR offers minimal size, weight, and power consumption. Additionally, it can be configured for Counter Unmanned Aircraft System (C-UAS) as well as Counter Rocket, Artillery, and Mortar (C-RAM) operations through optimized software-defined.

Next Generation, Advanced Active Electronically Scanned Array (AESA) Antenna

X-Band Direct Sampling with Zero-IF Technology

High Resolution, Accurate Threat Detection and Classification with Advanced DSP for Clutter Handling

Electronic Counter-Countermeasures (ECCM) Capabilities

Optimized Size, Weight, and Power (SWaP)

Provides a comprehensive Air Situational Picture (ASP) in static and on-the-move platforms

Exceptional performance in detecting targets of various signatures

Multi-mission capability – Fire Control, Surveillance, C-RAM and C-UAS

Software-defined, automated operation powered by advanced signal processing algorithms

Superior SWaP-C efficiency, offering exceptional affordability

Enhanced fire-control tracking accuracy with advanced antenna topology
Specifications

Frequency : X-Band (9-10GHz)
Coverage : Elevation 60°

Azimuth: 360° with Single panel rotation or 4 Panel configuration
Interface : Ethernet, RoTM

Power : Powered by On-vehicle Diesel generator

Weight : 3T

Range : 120 kmz.
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You know what? CG should set up a PSU whose only goal is to productionize all these R&D, and reap the profits. Create a new version or PSU or something which exempts it from many of the nonsense plaguing current ones. Something like China's CETC should be the endgoal.


These guys make everything from survaillance electronics, radars, x-rays, power electronics etc. All from decades of R&D from their various subsidiaries and linked-universities. There is no reason why something like this can't be replicated by the government, considering these DRDO labs are the only ones doing any real R&D work in this country. Why should they do the hard work and then it away to our rent seeking private sector? If PSUs had the ability to mass manufacture these things, maybe then only would our private dhandos actually bother to do real research
One big issue with what you're suggesting is marketing these products out here. In China all the CCP has to do is issue a circular asking all public & private bodies to include it in their list of choices while issuing a tender & in any case their products will be subsidised to a large extent. That's how these companies build mass & then go international . Now compare that to the system in place here .

Licensing out such prototypes post certification for royalties or one time payment or a synthesis of both is the best way forward. The last thing we need is another dead weight DPSU. Aren't the former OFBs enough ?
 
What is the meaning of this 18 sec flight time? this is the first time I am seeing a metric like this for an ATGM.
Range is subsonic (let's say 250m/s) and time is 18sec; so you can estimate the "straight line" range to be around 0.250x18 = 4.5km.

It's just one way of expressing, especially in case of ATGMs with variable trajectory
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