ELECTRO OPTICS FIRE CONTROL SYSTEM
The Electro Optical Fire Control System (EOFCS) is a compact, 2 axes stabilized, high performance system for control of short and medium range naval gun mounts.
SALIENT FEATURES
- High Pointing and Tracking Accuracy
- 2 axes Gyro Stabilized
- Control of medium & short range guns
- Engagement using sighting device or Electro Optic Director (EOD)
- Integrated ballistic computer
- Manual target acquisition
- Operation in integrated mode with a Combat Management System or in stand-alone mode
- Day & night operation
- Modular Design
- Fast sensor exchange
LYNX FIRE CONTROL SYSTEM
State of the art, Quick Reaction, Multi Sensor & Compact Naval Gun Fire Control System designed to acquire, track and engage both AIR, SU & NGS targets. CONFIGURED with X band Radar as fully coherent & Mono Pulse Tracker as Main Fire Channel. 01 x Medium Range GM (SRGM, AK176, A190, SRGM-UG), 02 / 04 x Short Range GM (AK630). LYNX U2 is classified into five functional blocks:
- TRACKER
- WEAPON
- ENGAGEMENT CONTROL SYSTEM
- SIGHT CONTROL
- SUPPORT SYSTEMS
SALIENT FEATURES
- Accurate Target Tracking of Both Air & Surface Targets
- Track Data Generation for Weapon Control & Aiming
- Target Engagement with Medium & Short Range Gun Mounts with “TRACKER” & “MANUAL” mode of control
COMPOSITE COMMUNICATION SYSTEM
Composite Communication System (CCS) Mk IV is an IP based new generation Voice, Data and Video Integrated communication system, designed primarily to provide connectivity between remote users and radio equipment for accessing, monitoring and controlling along with other services like intercom, Automatic Message Handling System (AMHS), FAX, Non Operational Computer Resources (NOCR) Net, Video conferencing and IP Surveillance onboard warships.
CCS MK IV is designed to ride on the Ethernet (IP) backbone being installed on future naval ships. The physical connectivity with the IP backbone (1Gbps) is through Ethernet (CAT6) cable at 100Mbps. The system is highly flexible and can be configured for all classes of ships and submarines.
SALIENT FEATURES
- Control & Monitoring Subsystem (CMS)
- MF Subsystem
- HF Subsystem
- VHF / UHF Subsystem
- RATT Subsystem
- Audio Subsystem
- Data Subsystem
- Video Subsystem
3D SURVEILLANCE RADAR
3D Surveillance Radar is a ship borne Radar. The radar has advanced technologies like digital receiver, programmable signal processor providing high resolution, accuracy, response and information availability. The radar can auto track up to 150 targets including tracking with IFF.
The radar simultaneously forms multiple beams in reception which are used for estimating height. The radar has excellent ECCM features. The antenna of the radar is hydraulically stabilized. The radar incorporates interfaces with Ships Household Data (Gyro, Log, GPS etc) with Combat Management Systems (CMS) onboard.
SALIENT FEATURES:
- Medium range 3D surveillance
- Range – 210 km
- Integrated IFF with co-mounted antenna
- Clutter/Weather/ECM video maps
- Jamming analysis and presentation
- COTS hardware for maintainability and cost-effective surveillance solution
2D LONG RANGE SURVEILLANCE RADAR
Modern Radar systems are required to provide fast and effective response to present day threats characterized by high speeds and high manoeuvrability. The First Defence Layer in a combat system being the long range air surveillance Radar whose main task is “early detection” of the vital, potential threats.
Radar RAWL-02 MK II A is long range air surveillance radar designed for use on-board large and medium Naval Ships for air warning and target detection.
The Radar RAWL-02 MK II A provides a detection volume space up to 190 Kms in range and height coverage up to 40,000 ft. The operational frequency band of the Radar RAWL-02 MK-IA is L band. The application of this band together with the use of Solid State Transmitter with optimum duty ratio guarantees long range surveillance and better probability of detection.
SALIENT FEATURES:
- Long range air warning
- High gain Antenna with low side lobes
- Two selectable antenna rotation speeds
- Solid State Transmitter (Power Amplifier based)
- Low noise receiver
- High ECM resistance
- Staggered mode of operation
- Sector transmission mode
- Clutter suppression
- Optimized digital pulse compression
- 3 pulse Canceller and FFT
- CFAR and correlation
