Mission-critical electronic systems designed for defence applications, delivering reliable cable harnesses, precision interconnects and high-performance electronic assemblies for airborne, land and naval platforms.
NIBE Defence & Aerospace Limited manufactures high-quality cable harnesses, supporting mission-critical defence programs. Built to stringent military standards, these cable harnesses ensure reliable electrical connectivity, durability and superior operational performance.
Rugged military computing and networking systems engineered for mobile shelters, command centres and mission-critical defence applications.
The IMS MK-III Ruggedized Panel PC is a powerful computer built for demanding military environments. It delivers reliable processing performance and advanced graphics while supporting multiple rugged input/output interfaces.
Designed using SwAP technology for military shelter vehicles, ships and submarines, providing an efficient command & control workstation.
High-performance managed Gigabit Ethernet Switch providing secure LAN connectivity for rugged defence applications.
NIBE Defence & Aerospace Limited designs and manufactures the four core electronic units of the Modular Bridge Project, delivering reliable power distribution, control and sensing capability for mobile bridging systems.
NIBE Defence & Aerospace Limited manufactures rugged interconnect harnesses built around military-grade circular connectors, supporting data, power and RF connectivity across defence platforms.
IMS or Integrated Mobile Shelter (IMS MK III) is a shelter-based project where all the equipment is mounted in the shelter. The project is being implemented by ASL DRDO.
46 meter Modular Bridge is indigenously designed and manufactured by DRDO and L&T.
CIWS or a Close-in Weapon System is a point defence weapon system for detecting and destroying short-range incoming missiles and aircrafts.
Electronics Testing Facility at Shirdi being established across a 5 lakh sq. ft. Area
Comprehensive electromagnetic compatibility testing for defence electronics, embedded systems, avionics, communication equipment, and mission-critical platforms.
Qualification testing under real-world environmental and mechanical conditions for defence and aerospace systems.
Shirdi Plant from the Satellite
The planned constellation of more than 15 satellites in inclined orbit provides continuous coverage of sovereign areas of interest. Delivering imagery with up to 35 cm resolution, the system enables precise identification of terrain, assets, and infrastructure changes. These capabilities support defence surveillance, border monitoring, urban planning, agriculture, disaster management, and advanced geospatial intelligence.
A constellation of 6+ Synthetic Aperture Radar (SAR) satellites provides all-weather, day-and-night imaging capabilities. Combining ultra-high resolution with wide-area coverage, the system enables persistent surveillance of borders, maritime regions, critical infrastructure, and adversary activity. With sub-0.5 metre resolution, it can detect ships, illegal fishing, dark vessels, and oil spills even during heavy cloud cover or nighttime operations.
The RF/SIGINT constellation comprises planned clusters of three satellites, covering frequencies from 30 MHz to 18 GHz. Supporting VHF, UHF, L, S, C, X, and Ku bands, the system captures the majority of man-made radio frequency emissions. It is designed for Electronic Intelligence (ELINT), Communications Intelligence (COMINT), and Signals Intelligence (SIGINT) missions across land, naval, and airborne operational environments.