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RFP of the Project "Development of High Purity Silicon Carbide Source Powder for the Bulk Growth of Silicon Carbide Single Crystals" with Tender_ID - 2025_DRDO_726418_2 to be executed under TDF scheme, has been published on Defence eProcurement Portal (Defproc) on 26th September.
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https://defproc.gov.in/nicgep/app?component=%24DirectLink_0&page=FrontEndAdvancedSearchResult&service=direct&session=T&sp=Sh52SN737VJd7mC%2BCuh%2FXig%3D%3D
RFP of the Project "In-Orbit Robotics for Space Applications" with ID 2025_DRDO_728435_1 to be executed under TDF scheme, has been published on Defence eProcurement Portal (Defproc). The last date of RFP bid submission 06th Oct 2025. The link of the same is given below.
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A state-of-the-art embedded micro controller based CPSS with built-in security features has been indigenously designed and developed by DIPR & ADE against the sanctioned project of IAF. The system is used to evaluate the candidates’ psychomotor skills Information processing skills (speed and accuracy), coordination, visualization, time-sharing along with cognitive information processing skills. By subjecting large number of candidates simultaneously to perform concurrent multiple tasks. The system consisting of 20 Nos. of Psychomotor systems and 100 Nos.
3D Surveillance Radar for Indian Navy is a ship borne Radar. The radar has digital receiver, programmable signal processor providing high resolution, accuracy, response and information availability. The radar can auto track upto 150 targets including tracking with IFF (Mk XI) association. There are three Antenna Rotation Rates (ARR) of 6, 12, 24 RPMs. The radar has ECCM features.
3D Low Level Light Weight Radar (LLLWR) is a multi-beam ground based 3D Surveillance Radar for deployment in diverse terrains like plains, deserts, mountain tops and high altitude regions. This radar detects and tracks heterogeneous air targets, including helicopters, fighters and UAVs at low and medium altitudes. The quadripod-mounted radar is built to operate in networked or stand-alone mode to support joint or independent operations.