(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
DEVELOPMENT OF INDIGENOUS FUEL-COOLED HYDRAULIC OIL COOLER FOR FIGHTER AIRCRAFT
Stage
FEASIBILITIES
Overview
The project aims to design and develop an indigenous Fuel-Cooled Hydraulic Oil Cooler (FCHOC) for fighter aircraft, replacing imports with a domestic solution that meets aerospace standards to ensure thermal efficiency, reliability, and 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
DEVELOPMENT OF PLATINUM-RHODIUM CATALYTIC IGNITORS IN AFTERBURNER ASSEMBLY OF FIGHTER AIRCRAFT
Stage
FEASIBILITIES
Overview
The project aims to design and develop indigenous platinum-rhodium catalytic ignitors for fighter aircraft afterburner assemblies, replacing imports with domestic solutions that meet aerospace standards, ensuring safety, reliability, and performance.
(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 project aims to design and develop an indigenous reusable High-Speed Expendable Aerial Target (HEAT) to simulate fighter aircraft profiles, supporting weapon testing, radar tracking, and engagement training for IAF and SAGW 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
AI Enabled 2-Axes Jitter Compensator with Fast Steering Mirror (FSM)
Stage
FEASIBILITIES
Overview
AI-enabled 2-Axes Jitter Compensator with FSM ensures high pointing accuracy via jitter sensing and compensation in Electro-Optic Systems, enhancing high-resolution imaging, line-of-sight stabilization, and robustness against turbulence.
(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
Development of AI Enabled Multi Target Detection & Tracking Module Through IR Video
Stage
FEASIBILITIES
Overview
An AI-enabled module for processes IR video for over 250 targets simultaneously. It handles both extended and point targets with low contrast , using AI/ML algorithms to support military applications and indigenize imported technology.
Keyword
IR Video (Infra-Red Video),AI
Unique ID
Primary Focus Area
Electronics and Communication Engineering
Application Start Date
2025-09-03
Application Last Date
2025-09-22
till 17:00
Relevant Documents
Development of Multi-Function Smart BLDC Motor Controller for Electro Optical Tracking System.
(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
Development of Multi-Function Smart BLDC Motor Controller for Electro Optical Tracking System.
Stage
FEASIBILITIES
Overview
The project focuses on indigenously developing a multi-function smart BLDC motor controller for Electro-Optical Tracking Systems (EOTS), enabling gimbal actuation with compact hardware, advanced algorithms, IDE, and improved reliability in small SWaP
Keyword
BLDC motor controller
Unique ID
Primary Focus Area
Electronics and Communication Engineering
Application Start Date
2025-09-03
Application Last Date
2025-09-22
till 17:00
Relevant Documents
DEVELOPMENT OF TERMINALLY GUIDED SUB-MUNITION (TGSM) WARHEAD
(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
DEVELOPMENT OF TERMINALLY GUIDED SUB-MUNITION (TGSM) WARHEAD
Stage
FEASIBILITIES
Overview
Design and develop an indigenous Terminally Guided Sub-Munition (TGSM) warhead system for rockets to precisely engage moving or high-value targets during terminal flight, enhancing accuracy, lethality, and operational flexibility.
Keyword
Terminally Guided Sub-Munition, Guidance and Control Systems,Target Identification
Unique ID
Primary Focus Area
Aerospace & Avionics Engineering, Armament and Combat Engineering, Electrical Engineering, Electronics and Communication Engineering, Mechanical Engineering
(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
DEVELOPMENT OF ELECTROMAGNETIC PULSE WARHEAD
Stage
FEASIBILITIES
Overview
Design and develop an indigenous EMP rocket warhead to disable enemy electronics, communication networks, and sensors using high-intensity electromagnetic radiation, without causing physical damage or loss of life.
Keyword
Electromagnetic Pulse (EMP),Electronic System Disruption,Effect Simulation,Electronic Warfare
Unique ID
Primary Focus Area
Armament and Combat Engineering, Electronics and Communication Engineering
(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
Air Breathing Space based propulsion for VLEO
Stage
FEASIBILITIES
Overview
Develop an airbreathing electric propulsion for VLEO (less than 250 km) that collects residual atmosphere as propellant, ionizes and accelerates for continuous thrust to sustain orbit. Use AO-compatible materials, closed-loop control, limited redundancy.
Keyword
Electric Propulsion
Unique ID
Primary Focus Area
Electrical Engineering, Electronics and Communication Engineering
Application Start Date
2025-09-18
Application Last Date
2025-10-03
Relevant Documents
Indigenous Development and Certification of Ti-6Al-4V Alloy using Blended Indigenous Titanium Sponge Grade-1, Grade-2, and Grade-3 for Defense Applications
(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
Indigenous Development and Certification of Ti-6Al-4V Alloy using Blended Indigenous Titanium Sponge Grade-1, Grade-2, and Grade-3 for Defense Applications
Stage
FEASIBILITIES
Overview
Ti-6Al-4V, a key alpha-beta titanium alloy, offers high strength-to-weight ratio, corrosion resistance, and service up to 300 degree Calcius. India relies on imports. using indigenous sponge can cut costs, reduce vulnerability, and boost defense self-reliance.
Keyword
Titanium Alloy, Titatium Sponge, VAR Process EBCHR Process
