Iranian Made Military Radars | World Defense

Iranian Made Military Radars

Scorpion

THINK TANK
Joined
Nov 27, 2014
Messages
3,205
Reactions
2,402 31
Country
Saudi Arabia
Location
Saudi Arabia




9421




Ground Surveillance Radars

GSR-110S Medium Range Ground Surveillance Radars


9422




9423



GSR-110S is an advanced new generation of medium-range tactical radar which is high performance, low cost with low power of intercept. This system is man-portable and can be easily carried by two soldiers. A lightweight, solid-state & low power have made it one of the most effective and efficient battlefield surveillance radars available in the military market. It is also capable of fulfilling tactical surveillance mission efficiency as fixed-site surveillance radar
GSR-110S is used to detect and track any moving target on the ground such as pedestrians, vehicles or low flying helicopters during day and night in all weather conditions such as fog, smoke, snow and etc. This system can be installed both on the ground and on the vehicle

Features

Pulse radar
(Low probability of intercept (LPI
Doppler processing
High mobility and fast set-up
Modular design
CFAR processing
Audible detection alarm
Digital waveform generation & pulse compression
Fully solid state transceiver
(Automatic target tracking (TWS
Rugged computer as a radar terminal
(Full function remote control (FFRC
Sectorial rotation with selectable sector width
Light weight
Area management
Low output power
Separation of radar unit and operator unit up to 30m by a network cable
(Excellent ECCM capability (Frequency agility, PRF jitter, Low side lobe, Pulse compression

Applications

Battlefield frontier reconnaissance & surveillance
Border surveillance for police squadron
Periphery protection of strategic zones
Military force deployment monitoring
Coastal surveillance, environmental protection

9424



GSR-110 N Long Range Ground Surveillance Radar

9425


Battlefield awareness is the key to battlefield dominance. The field commander who knows the enemy’s location and the types of forces being deployed enjoys a great tactical advantage. GSR-110N radar is a long-range ground surveillance radar system developed for detecting, locating, and tracking ground moving targets like pedestrian, light and heavy vehicles and air moving targets at low altitude like helicopters. It is a fully coherent pulse radar system that works in X-band and uses Doppler Effect to detect targets. The control and monitoring operation is performed on a laptop computer and processing operation is performed by a powerful processing platform. This system sits on a tripod. It can be installed both on the ground and on the vehicle and carried by 2 people

Features

Pulse radar
(Low probability of intercept (LPI
Fully solid state transceiver
High RF band width
Audible detection alarm
(Automatic tracking of targets (TWS
Displaying at least 10 tracked targets directions
Alarming when the searching target appears
Displaying of echo map zone
Displaying of Cartesian and Polar coordinates
Excellent ECCM capability (Frequency agility, PRF
(jitter, Low side lobe, Pulse compression
(Full function remote control (FFRC
Sectorial rotation with selectable sector width
Area management
Classification
Applications

Battlefield frontier reconnaissance & surveillance
Border surveillance for police squadron
Protection of important zones
Military force deployment monitoring
Guidance of ground forces and airborne attack units

9426


MST-X


Fire Control Radar


MST-X fire control radar is responsible for detecting and tracking air and marine targets simulta- neously by using one search radar and two independent track radars in both normal and jammer conditions. The second track radar is combined with an electro optical system for better reliability in radar jamming conditions. Information of tracked targets including range, azimuth and elevation is sent to combat management system through a secure port so that calculations related to the future point are done by a ballistic computer and then, a rocket or a missile is fired against enemy targets. Stabilizer unit in the main radar compensates angular movements of the ship and provides a stable platform for radar antennas. This system acts as the main member of fire control system in warships.

Electro optical unit specifications

Vision camera

- CCD type: 1/2 inches, wavelength: 0.4 to 1 micron
- Sensitivity: 0.003 lux
- Horizontal resolution: at least 570 lines
- Number of pixel: at least 600*800
- Focal length: 10 to 1000 mm
IR camera
- Wavelength: 3 to 5 micron
- Resolution: 258*320
- Frame frequency: 25
- Field of view: narrow: 1.7*2.3 and wide:5.5*6.9
- IFOV: 0.1 mr
Target range finder
- Wavelength: 1540 micron
- Range: 0.5 to 18 km
- Accuracy: 5m
- Repetition frequency: 12.5 Hz
- Resolution: 14 bit
Target Designator
Optical site Day Vision
- Zoom: 3 Times
- Accuracy on 100 meter: 13 millimeter
- Visibility : 11 meter on 100 meter
- Optical opening Diameter: 32 millimeter
- Reticle Color: Red , Green , Blue
Optical site Night Vision
- Visibility : 40 Degree
- Resolution: 0.76 Cycle per Mill radian
- Diopter Adjustment: (+2 to -6) Diopter
Movement pedestal:
- in azimuth :360 Degree
- in elevation: ( 0 to 45) Degree

9427



ADS-M2
Medium Range Air Defense System
9428

9430
9429



ADS-M2 is a medium range air defense missile system used effectively against the extensive invasion of air attacks such as low and medium altitude flying fighters and UAVs. It is used in all-weather and jamming conditions. This system is capable of detecting 150 targets while simultaneously engaging with and killing two targets. ADS-M2 consists of one command and control center, one low/ medium altitude detection radar, two tactical trackers, six missile launchers, three loaders for carrying and loading the missile and five 64Kw power generators.
9431




CSR-X270
Coastal Surveillance Radar
9432


CSR-X270 is a surveillance marine radar, highly mobile, two-dimensional, tactical air (low-altitude) and naval/coastal surveillance radar operating in X band. It is mainly used for detecting air (low-altitude) and marine targets. This radar system incorporates in reconfigurable transmitting Peak Power control for decreasing the probability of interception. Besides, this radar employs modern radar technologies widely such as, low side lobe antenna, air-cooled solid state transmitter, DDS-based waveform generator, digital pulse compression, AMTI processing, JATS, High level of system automation, automatic set-up/tear-down. Therefore, it exhibits an excellent operational performance.

Features

Reconfigurable transmitting peak power control, wide dynamic range and wide bandwidth for receiving with excellent performance
Light weight, low side lobe level, low loss, Reflector antenna
Desirable site compatibility due to self-elevated operation function
Highly efficient and highly reliable transmitter system, air-cooled, distributed solid-state transmitters using high power modules of the same kind
Integrated, modular receiver
Networked and computerized radar terminal and control/monitoring system
Rapid set-up and tear-down realized by automatic antenna leveling
High level of system automation
High performance, compact structure, transportable by road, rail, air and sea
Excellent air (low-altitude) and marine target detection performance
High mobility, rapid set-up/tear-down
High reliability
High survivability, multiple operation modes, various anti-jamming measures

9433



M4
Ground Controlled Interception (GCI) Radar
9434
9435


M4 radar is three dimensional (3D), long range, ground-based, tactical, phased array radar working as an air control, guidance and surveillance radar system. In this radar, waveguide slotted array antenna technology and digital beam forming technique in receiving have been used for the purpose of height finding. This radar system operates in S frequency band. The main mission of the system is to detect and track while scan (TWS) the air targets and also to control the fighters in Air Defense Systems (ADS) as a Ground Controlled Interception (GCI) Radar. This radar can be designed as a stationary system as well. Command Post (CP) shelter of this system can act as a control center of Control Report Center (CRC) in air defense network and merge the information of several radars or sensors.


Features

Using waveguide slotted array antenna with low side lobe
Using Air Cooling Solid State Power Amplifier
Height finding by using multi beam digital processing in receiver
Forming Csc2 pattern and Burn Through beam in transmission by using Phase Only distribution on transmitter array
Capability of amplitude and phase calibration in transmitting path and receiving path
Being modular with low maintenance average time
Equipped with IFF sub-system, IFF/SSR (Identifying Friend of Foe)
Using digital pulse compression technique to reduce transmitting peak power
High mobility, automatic leveling system and automatic antenna seat and stand mechanism
Capable of being placed in a network in air defense systems
Main ECCM capabilities

Burn Through, SLB and SLC, Frequency Hopping, PRF Jitter, PRF Staggering, JATS, Pulse Compression, MTI, CFAR, Clutter Map, Low SLL Antenna

9436


LA-ASR
9437


LA-ASR radar is a tactical UHF band air surveillance radar which can automatically detect 2D
information of the low altitude flying targets in jamming and clutter conditions. This system is installed on a truck where the operator console and communication system is located. This system uses different operating techniques according to the operational requirements and constantly works in different weather conditions and is able to extract data in 2 dimensions (range and azimuth).


Features

Transmitting data to the defense network to increase the capability of radar defense system
Local display and remote control (inside the vehicle cabin)
Detecting the low RCS and low altitude flying targets including UAV, helicopters, and cruise missiles
Equipped with IFF
Capability of IFF system conjunction as secondary radar
Target tracking using TWS technique
Supplying peripheral radars with extracted target data
9438


SEW-14
Early Warning Radar
9439


SEW-14 is a long range, stationary VHF search radar which is based on an array of directive antenna to detect the targets, specially stealth types as an early warning radar in a defense network system. All subsystems such as transmitter, receiver, antenna, control and processors have been manufactured based on the latest technologies and are upgradable as well. The radar subsystems such as related transmitter, receiver, processor and monitors are installed in a tactical shelter. The mechanical parts of the system including mast, antenna, and rotator are installed on the roof of a building as a stationary part of the radar. SEW-14 is used as an early warning radar in a defense network to cover other defense network necessities and infirmities.


Features

Advanced ECCM capabilities
Advanced signal processing and data extraction
Early detection of air targets and determination of their coordinates including range and azimuth
Capability of IFF system conjunction as secondary radar
Target tracking using TWS technique
Supplying peripheral radars with extracted target data
High reliability and maintenance
Low RCS and stealth target detection (such as UAVs)
Modular designed system


9440




 

Scorpion

THINK TANK
Joined
Nov 27, 2014
Messages
3,205
Reactions
2,402 31
Country
Saudi Arabia
Location
Saudi Arabia
T-ASR-III
9441

Tactical Air Surveillance Radar

T-ASR-III is a tactical S-band solid-state pulse radar with moving target indication (MTI) and the pulse compression techniques. In this air surveillance radar, solid state technology is used for manufacturing transmitter and receiver. Processing and display units have been made based on the modern technologies. It is capable of searching an area with respect to range and azimuth and provide the user with relevant information. T-ASR-III is designed in such a way that can resist against jammers using JATS, pulse compression, CFAR, MTI, Staggered PRF, and frequency hopping.


Features

Detection of air target and determination of their coordinates including range & azimuth
Advanced digital signal processing
Target tracking using TWS technique
Fully solid state transceiver
ECCM capabilities against wide range of jamming and interference
Capable of being integrated to IFF system as secondary radar
9442


L-ASR4
9443

Long Range Air Surveillance Radar


L-ASR4 is a long-range tactical phased-array 3D active early warning radar working in VHF fre- quency band and based on an array of yagi antennas. In addition to quick deployment and sec- tor scan, this system also benefits from the latest ECCM techniques. The mission of this radar is to detect and track different types of air targets, fighters, bombers, stealth targets, UAVs, ballistic missiles and satellites. The latest technologies have been utilized in manufacturing transmitter, receiver, processor, digital beamforming, communication systems and other sub-systems. What distinguishes this system compared to other systems in this band is remarkable characteristics of antenna automatic mechanism to open and close in the shortest possible time (about 8 minutes), applying phased array structure for sector scan and also capability of detecting ballistic targets and satellites. All equipment of this radar including operator shelter, mast and antenna unit (120 yagi elements), rotating cabinet and etc. are mounted on a platform.


Features

Highly tactical with automatic antenna mechanism to open and close
Active phased-array structure (beam electronic rotation in both azimuth and elevation)
RF sampling in 32 processing channels
Digital beam forming in receiving path
Height finding capability
Detecting targets with very high altitude
TAS of the detected targets
ECCM capabilities including: pulse to pulse and scan to scan method of changing transmitting code and operating frequency, pulse to pulse and scan to scan PRF change, JATS, SLB, SLC, detecting jammer direction, rejecting interferences, MTI, MTD, CFAR.
Different display tools for ease of use
Modular and easily repaired System
Built-in-test capability
Highly reliable
9444


SL- ASR- II
Semi-Long VHF Air Surveillance Radar
9445


Mobile solid state digital VHF band radar is a semi-long range system designed to detect air targets within the radar's coverage to determine the target's coordinates such as range, azimuth and range rate as well as to send radar information to the air defense information network. SL-ASR-II is a new generation radar, combining advanced radar developments, modern digital technologies and hardware with constructive technological solution.The radar can operate in self-contained mode and also as a component to automation C3I system. SL-ASR-II is a highly mobile, fully solid state surveillance radar developed based on the armed forces' operational demands. This radar is vehicle carried and designed based on full coherent pulse compression and MTD detection techniques. The radar is characterized by good performances such as high mobility, high automation, etc.


Features

Advanced signal processing and data extraction
Early detection of air targets and determination of their coordinates including range, azimuth, radial velocity and height
Capability of IFF system conjunction as secondary radar
Advanced ECCM capabilities against wide range of jamming and interference
Target tracking using TWS technique
Detection of targets with small RCS, Stealth, & low altitude (such as UAVs)
Supplying peripheral radars with extracted target data
Standard ports for data transmission
High reliability and easy maintenance
Modular system
SL- ASR- II
Semi-Long VHF Air Surveillance Radar
Air Surveillance Radars

9446



SL- ASR- III
Semi-Long VHF Air Surveillance Radar


9447






Mobile solid state digital VHF band radar is a semi-long range system designed to detect air targets within the radar's coverage to determine the target's coordinates such as range, azimuth and range rate as well as to transmit radar information to the air defense information network. SL-ASR-III is in fact the upgraded version of SL-ASR-II radar that has been equipped with ad- vanced ECCM capabilities such as SLB, SLC, and independent JATS channel. Such capabili- ties enhance radar proper performance in the presence of jamming. The radar can operate in self-contained mode and also as a component to automation C3I system. SL-ASR-III is a highly mobile, fully solid state surveillance radar developed based on the armed forces' operational demands. This radar is vehicle-carried and designed based on full coherent pulse compression and MTD detection techniques. The radar is characterized by good performances such as high mobility, high automation, etc.








Features


Advanced signal processing and data extraction
Early detection of air targets and determination of their coordinates including range, azimuth, radial velocity and height
Capability of IFF system conjunction as secondary radar
Advanced ECCM capabilities against wide range of jamming and interference (SLB, SLC,JATS independent channel, Frequency Hopping, CFAR, Stagger PRF, Sector Blanking, Code Agility, Pulse Compression, MTI & MTD)
Target tracking using TWS technique
Detection of targets with small RCS, Stealth, & low altitude (such as UAVs)
Supplying peripheral radars with extracted target data
Standard ports for data transmission
High reliability and easy maintenance
Modular system
Using Antenna with wide band width
Using proper ergonomics in designing the shelter to separate operator section from other components of the system
Using 8 receivers (two main receiving channels, four SLC channels, one SLB channel, and one JATS channel)
ATS (Automatic Transfer Switch) for automatic switch be- tween city power and generator to avoid system operation stop in case of power cut-off by using UPS
Using passive parts like circulator in the path of antenna to increase system operation continuity

9448
 

Scorpion

THINK TANK
Joined
Nov 27, 2014
Messages
3,205
Reactions
2,402 31
Country
Saudi Arabia
Location
Saudi Arabia
L-ASR4
Long Range Air Surveillance Radar
9449


L-ASR4 is a long-range tactical phased-array 3D active early warning radar working in VHF fre- quency band and based on an array of yagi antennas. In addition to quick deployment and sec- tor scan, this system also benefits from the latest ECCM techniques. The mission of this radar is to detect and track different types of air targets, fighters, bombers, stealth targets, UAVs, ballistic missiles and satellites. The latest technologies have been utilized in manufacturing transmitter, receiver, processor, digital beamforming, communication systems and other sub-systems. What distinguishes this system compared to other systems in this band is remarkable characteristics of antenna automatic mechanism to open and close in the shortest possible time (about 8 minutes), applying phased array structure for sector scan and also capability of detecting ballistic targets and satellites. All equipment of this radar including operator shelter, mast and antenna unit (120 yagi elements), rotating cabinet and etc. are mounted on a platform.


Features

Highly tactical with automatic antenna mechanism to open and close
Active phased-array structure (beam electronic rotation in both azimuth and elevation)
RF sampling in 32 processing channels
Digital beamforming in receiving path
Height finding capability
Detecting targets with very high altitude
TAS of the detected targets
ECCM capabilities including: pulse to pulse and scan to scan method of changing transmitting code and operating frequency, pulse to pulse and scan to scan PRF change, JATS, SLB, SLC, detecting jammer direction, rejecting interferences, MTI, MTD, CFAR.
Different display tools for ease of use
Modular and easily repaired System
Built-in-test capability
Highly reliable
9450


OTH-SWR
Over-The-Horizon Surface Wave Radar


9451


The High Frequency (HF) radar (3-30MHz, deca-metric wave radar) has been proposed and applied in some specific fields such as surveillance over the sea due to EM radiation unique property that can propagate beyond the horizon. This is achieved either by a surface wave diffraction around the curvature of the earth, (ground or surface wave radar) or by sky wave refracted by the ionosphere layers (sky wave radar). By this means the HF radar can sense far beyond the line of sight, and typically the range of surface wave HF radar can be extended to the order of 400 km. HFSWR has been applied to monitor ships and aircrafts within the 200 nm Exclusive Economic Zone (EEZ).


Features

The range of the radar station is not limited to the horizon
Automatic determination of the coordinates of detected sea and air objects
Automatic determination of moving parameters and the type of object
Generation and transmission of information on tracking objects to end-users for operational decision-making
Delivery of detected targets information for mobile forces and weapon fire system for targeting
Analysis of clutter and the physical conditions of sea surface within the zone of responsibility
It provides all-weather surveillance of sea and air objects
There is no range reduction for Stealth vessels/aircrafts
Anti-ARM radar
9452
 

Scorpion

THINK TANK
Joined
Nov 27, 2014
Messages
3,205
Reactions
2,402 31
Country
Saudi Arabia
Location
Saudi Arabia
X-MR
X-band Marine Radar

9453

X-MR is 3D active phased array radar working in X frequency band capable of detecting and tracking low and high altitude (up to 4km) targets on the ground and over the sea. This system is capable of scanning 360° of azimuth coverage mechanically. It can also scan an azimuth sector electronically. X-MR has a wide coverage in elevation by using electronic scan. The radar can estimate target position in elevation by using multiple simultaneous digital electronic beams. Narrow pencil beams of this radar make it possible to track targets with high accuracy that is suitable for guiding different types of weapons and missiles. Modular design helps radar to be easily repaired.



Features

Multifunction Radar with the ability to detect and track multiple targets simultaneously.
- TWS up to 50 targets with fine accuracy
- Track up to 4 targets with high accuracy (2 targets and 2 missiles depending on missiles guiding algorithm)

Radar surveillance of air and surface situation
Detection of air targets, including small size, diving and low altitude flying targets
Determination of coordinates (Azimuth, Elevation and Range) and motion parameters of the tracked targets
Classification of the tracked targets according to their trajectories
Threat evaluation of the tracked targets
Digital Beam forming radar
ECCM capabilities
Operating in multi-sensor networks

9454


MVSR-X1
Marine Vessel Solid State Radar (X band)
9455


MVSR-X1 is digital X-band marine Solid State radar designed to detect sea vessels within the radar coverage, determine their range, azimuth and velocity and transmit radar information to the related network. MVSR-X1 is new generation radar which combines advanced radar developments, modern digital technologies and hardware with constructive technological solutions. MVSR-X1 is digital surveillance radar developed based on the operation demands of naval forces. The radar is characterized by good performances such as high automation.


Features

Enhancing radar performance,user-friendly operation and visibility
Full range tracking (100 Targets)
Standard ports for data transmission
High speed data transmission via Ethernet LAN
High reliability and maintainability
ECCM capabilities (random PRF, CFAR, Pulse Compression, Frequency Hopping, Integrator and sector blanking)
Defining the specified regional Guard Zone (for each desired target)
Capable of recording and retrieving all daily operational events in computer
Capable of target classification
Capable of displaying the target history and Echo trail
Applying sea clutter and rain clutter techniques (STC & FTC)
Capable of changing the length of tracking vector
Capable of connecting to analog and digital navigation systems (such as Gyro, Gps, AIS, meteorological, …) via standard serial port (RS422/232) with NMEA 0183 format
Capable of changing the wave form of the Pulse Compression (BPSK or LFM)
Operating in radar network
BIT (Built-In-Test
9456


MVMR-S1
Marine Vessel Microwave Radar (S-band)
9457


MVMR-S1 is digital S-band marine vessel radar designed to detect sea vessels within the radar coverage, determine their range, azimuth and velocity and transmit radar information to the related network. MVMR-S1 is new generation radar that combines advanced radar developments, modern digital technologies and hardware with constructive technological solutions. MVMR-S1 is digital surveillance radar developed based on the operation demands of naval forces. The radar is characterized by good performances such as high automation.


Features

Enhancing radar Performance,user-friendly operation and visibility
Full range tracking (100 Targets)
Standard ports for data transmission
High speed data transmission via Ethernet LAN
High reliability and maintainability
Defining the specified regional Guard Zone (for each desired target)
Capable of recording and retrieving all daily operational events in computer
Capable of target classification
Capable of changing the Pulse Width
Manual tracking: capable of selecting automatic tracking in overall region of surveillance
Capable of displaying the target history and Echo trail
Applying sea clutter and rain clutter techniques (STC & FTC)
Capable of changing the length of tracking vector
Capable of connecting to analog and digital navigation systems (such as Gyro, Gps, AIS,
meteorological, …) via standard serial port (RS422/232) with NMEA 0183 format
Operating in radar network
BIT (Built-In-Test)

9458
 

Scorpion

THINK TANK
Joined
Nov 27, 2014
Messages
3,205
Reactions
2,402 31
Country
Saudi Arabia
Location
Saudi Arabia
MVMR-X1
Marine Vessel Microwave Radar (X band)

9459

MVMR-X1 is digital X-band marine vessel radar designed to detect sea vessels within the radar coverage, determine their range, azimuth and velocity and transmit radar information to the related network. MVMR-X1 is new generation radar which combines advanced radar developments, modern digital technologies and hardware with constructive technological solutions. MVMR-X1 is digital surveillance radar developed based on the operation demands of naval forces. The radar is characterized by good performances such as high automation


Features

Enhancing radar Performance,user-friendly operation and visibility
Full range tracking (100 Targets)
Standard ports for data transmission
High speed data transmission via Ethernet LAN
High reliability and maintainability
Defining the specified regional Guard Zone (for each desired target)
Capable of recording and retrieving all daily operational events in computer
Capable of target classification
Capable of changing the Pulse Width
Manual tracking: capable of selecting automatic tracking in overall region of surveillance
Capable of displaying the target history and Echo trail
Applying sea clutter and rain clutter techniques (STC & FTC)
Capable of changing the length of tracking vector
Capable of connecting to analog and digital navigation systems (such as Gyro, Gps, AIS, meteorological, …) via standard serial port (RS422/232) with NMEA 0183 format
Operating in radar network
BIT (Built-In-Test)
9460

MVSR-S1
Marine Vessel Solid State Radar (S band)
1564582542857.png


MVSR-S1 is digital S-band marine Solid State radar designed to detect sea vessels within the radar coverage, determine their range, azimuth and velocity and transmit radar information to the related network. MVSR-S1 is new generation radar which combines advanced radar developments, modern digital technologies and hardware with constructive technological solutions. MVSR-S1 is digital surveillance radar developed based on the operation demands of naval forces. The radar is characterized by good performances such as high automation.


Features

Enhancing radar performance,user-friendly operation and visibility
Full range tracking (100 Targets)
Standard ports for data transmission
High speed data transmission via Ethernet LAN
High reliability and maintainability
ECCM capabilities (random PRF, CFAR, Pulse Compression, Frequency Hopping, Integrator and sector blanking)
Defining the specified regional Guard Zone (for each desired target)
Capable of recording and retrieving all daily operational events in computer
Capable of target classification
Capable of displaying the target history and Echo trail
Applying sea clutter and rain clutter techniques (STC & FTC)
Capable of changing the length of tracking vector
Capable of connecting to analog and digital navigation systems (such as Gyro, Gps, AIS, meteorological, …) via standard serial port (RS422/232) with NMEA 0183 format
Capable of changing the wave form of the Pulse Compression (BPSK or LFM)
Operating in radar network
BIT (Built-In-Test
9461
 

Top