(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)
Project Name
Design and Development of AC Compressor for Ship
Stage
FEASIBILITIES
Overview
This RFI aims to design and develop an indigenous marine-grade AC compressor for ships to ensure effective cooling, maintain comfort, protect sensitive electronics, and enhance self-reliance through reliable, corrosion-resistant systems.
(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)
Project Name
Design and Development of Heat Exchanger (Main Engine & Gear Box)
Stage
FEASIBILITIES
Overview
This RFI focuses on the design and development of an indigenous heat exchanger for ship engines and gearboxes, ensuring efficient cooling, corrosion resistance, and reliability in harsh marine environments to enhance self-reliance.
(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)
Project Name
Design and Development of Air Starting Motor for Ship
Stage
FEASIBILITIES
Overview
This RFI seeks the design and development of an indigenous air starting motor for marine diesel engines, ensuring high torque, reliability, and performance under harsh maritime conditions to enhance self-reliance and reduce import dependency.
(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)
Project Name
Design and Development of Fast Steering Mirror for Platform
Stage
FEASIBILITIES
Overview
The project aims to design and develop compact, high-precision Fast Steering Mirrors using piezoelectric actuators for real-time laser beam stabilization, featuring flexure-based structures, low-latency control, and integrated feedback sensing.
(This RFI serves as a preliminary step to gauge industry capabilities and gather insights. Please note, it does not imply any assurance of a future RFP or project by DTDF.)
The document outlines the design of wideband shared aperture phased array antennas (1–6 GHz and 5–18 GHz) integrating radar, EW, and communication systems into a single aperture to enhance performance and reduce RCS on military platforms.
Keyword
Phased Array Antenna, Electronic Warfare, Wideband Communication
