(a) Integrated Electronic Warfare
Programme, Samyukta: It is a joint
programme of DRDO and Indian Army. This
programme is software and integration
intensive and meant for indigenous
development of an integrated EW system
covering 1.5 MHz – 40 GHz. It has
communication (Com) and Noncommunication
(Non-com) segments. The
system comprises vehicles having the
capabilities for surveillance, interception,
monitoring, analysis and jamming of all
communication and radar signals.
Com Segment: Core system has been
successfully demonstrated to the Indian
Army who placed order on Bharat Electronics
Limited for production of three Com Control
Center (CC) blocks at a total cost of Rs 425
crore. Two Comunication Control Center
blocks had been productionised and
delivered to the users after successful
demonstration and user trials.
Non-com Segment: Core system
demonstration consisting of Control Center
(Non-com) Electronic Support Measures,
Electronic Counter Measures-low and high
frequency entities have been successfully
demonstrated to the Indian Army. As a
result, the Army has placed an order on
Bharat Electronics Limited for production of
two Non-com Control Center blocks at a
cost of Rs. 430 crore.
(b) Electronic Warfare (EW) Programme,
Sangraha: It is an integrated EW system
for Indian Navy consisting of five EW
systems for the different platforms - Kite for
Kamov and Chetak helicopters, Eagle for
Dornier aircraft and Advance Light
Helicopter (ALH), Homi for TU -142 aircraft,
Porpoise for EKM submarines, and Ellora
for frigates.
(c) Sujav: It is a compact communication
electronic warfare suit. The system has got
direction finding, search and monitoring
capabilities covering 30-1000 MHz and
jamming in 30-500 MHz frequency range.
The system was deployed in J&K by Army
and Rajasthan sectors achieving
satisfactory performance. Indian Navy has
also placed order for the production of 8
such system (called Drishti) for off shore
and on shore applications. Indian Army has
placed order for 7 Sujav clusters consisting
of three Electronic Support Measure (ESM)
and one Electronic Counter Measure (ECM)
station. One Sujav clusters system has
been successfully evaluated in North East
and Jammu region.
(d) Low Level Light Weight Radar, Bharani:
This is a battery powered compact radar
which provides 2D surveillance solution for
Army Air Defence weapon systems, mainly
in mountainous terrain against hostile aerial
targets, like Unmanned Aerial Vehicles
(UAVs), Remotely Piloted Vehicles (RPVs),
helicopters and fixed wing aircraft flying at
low and medium altitudes. The radar can
be transported by vehicles, mules or group
of men. It acts as an early warning system
to air defence weapon system. The system
is undergoing user evaluation.
(e) Weapon Locating Radar (WLR): Weapon
Locating Radar is developed based on the
proven Rajendra radar technology. Its primary roles are location of enemy guns,
mortars and rocket launchers and own fire
direction. The system is developed as a joint
collaboration between DRDO and Bharat
Electronics Limited. Its sub-systems have
been fabricated by BEL based on the design
of DRDO and delivered for integration to
DRDO. The system is undergoing user
assisted trials.
(f) Three- D Surveillance Radar System,
Revathi: It is medium range 3Dsurveillance
radar to be fitted in ASW
Corvette class of ships to detect air and sea
surface targets. The radar is based on
proven 3 Dimensional-Central Acquisition
Radar (3D-CAR) technologies. Basic
objective is to realise a production ready 3-
dimensional radar meeting Naval
requirements. The system is realized
through tri-partite agreement involving
Bharat Electronics Limited as the production
agency, Larsen & Toubro for antenna
stabilisation and other mechanical subsystems
and DRDO as designer and
system integrator.
(g) Multifunction Phased Array Radar,
Rajendra: It has been developed to provide
detection and tracking of multiple aircraft
targets, tracks and provides command
guidance of Akash missiles. Three versions
of the radars have been developed.
Rajendra-I is mounted on modified BMP
vehicle with fixed antenna, Rajendra-II on
the modified BMP vehicle with slewable
antenna while Rajendra-III on T-72 vehicle.
(h) Combat Net Radio for Armoured
Fighting Vehicle (AFV): Army had placed
order for 500 radios and these have been
delivered by Bharat Electronics in May/
June 2006 at an approximate cost of Rs.
34.0 crore.
Command Information Decision Support
System (CIDSS), Samvahak: It is a Corps
to Battalion level decision support system
to collect, collate, process and disseminate
information between commanders of
various formations. The project has been
successfully completed on December 31,
2006.Technology has been transferred to
Bharat Electronics Limited which is porting
the system on the designated
Army Formations.
(j) Samrat: It is a technology
development project for the
design and development of
indigenous communication
EW receivers for search,
monitoring, direction finding
(single and multi-channel), analysis and
decoding in the High Frequency, Very High
Frequency and Ultra High Frequency ranges
along with associated system control and FLI
GENERIC software. Technology has been
developed for compact low noise, high
dynamic range HF (0.5-30 MHz) and V/UHF
(20-3000 MHz) search-cum-monitoring
receivers for COMINT. State-of-the-art
Narrow Band Signal Classifier, Demodulator
and Decoder Sub-system have been
successfully developed.
(k) Portable Non Lethal
Dazzlers (PNLD): Two
versions of PNLDs are
suitable for counter
insurgency operations.
These two versions have
maximum operation ranges
from 50m for hand held and
500m for weapon mounted
systems. Both the variants
have an integrated low power
red laser beam for aiming in
twilight and dark conditions.
Weapon mounted variant has
an integrated day sight also. All the variants
are completely non-lethal and produce
randomly flickering green laser output to
cause a temporary dazzling effect and have
an inbuilt safety interlock to prevent misuse.[/quote]
Other interesting stuff:
NBC Recce Vehicle: The NBC Recce
vehicle, based on BMP-II, has been
developed for conducting survey of
radiological and chemical contaminated
areas. The equipment has been approved
for induction into Services. Army has placed
an order for eight vehicles.
(j) Propelled Mine Burrier: The project was
taken up to develop a Self Propelled Burrier
on high mobility carrier vehicle for laying/
burying indigenous influence mine Adrushy
Mk-I, Adrushy Mk-II, NDMK-I & HPD F2 anti
tank mines. Engineered prototype of the
system has been realized which can lay four
types of anti tank mines.
(k) Automated Mobile Platform for
Multipurpose Payload: The project entails
development of a remote control vehicle
capable of being driven over a range of
500m line-of-sight both in cross-country and
urban environment. Developing Remotely
Operated Vehicle (ROV) with stair climbing
capability, six degree of freedom
manipulator arms actuated by slewing ring
bearing and remote operation of payloads
integrated on ROV has been completed
successfully. Two prototypes have been
realized. Project has been successfully
completed after technical trials.
(l) Modular Bridge, Sakav: This project
envisages development of a mechanically
launched single span modular bridging
system based on TATRA vehicle for
deployment in all terrains. The span of the
Bridge ranges from 14m to 46m. 20m
system has been realized and design
verification trials conducted. 46m Bridge
superstructure has also been realized and
testing under simulated load condition
completed.
(m) Counter Mine Flail on T-72 Tank: This
project envisages to develop flail system on
T-72 Tank Chassis to breach a mine field
and create a vehicle safe lane of 4m width.
First system on Tank based simulator has
been realized and technical trials have been
completed successfully.
Multi Barrel Rocket System (MBRS),
Pinaka: The system comprises launcher,
loader-cum-replenishment vehicle and
command post with fire control computer
mounted on Kolos Tatra 8 X 8 (high mobility
vehicle). The system is
characterized by “Shoot and
Scootâ€