Pakistan Turkey Defence Production Updates
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Ali_Baba
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Interesting possibility for the future : https://www.navalnews.com/naval-new...ncrease-turkish-navy-s-firepower/#prettyPhoto
CSAW
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STM exhibits national engineering products in Azerbaijan
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ASELSAN has made the UV Missile Warning system used in TAF helicopters 100% domestic The system was completely nationalized. Exported to Chile.
ASELSAN HEWS system is a fully integrated Electronic Warfare Self Protection Suit, specifically developed to protect Turkish Armed Forces air platforms from RF, IR and Laser guided threats. HEWS is comprised of the sensor subsystems - Radar Warning Receiver System (RWR) - Missile Warning System (MWS) - Laser Warning Receiver System (LWR) and the countermeasures subsystems - RF Jammer System (RFJ) - CounterMeasure Dispenser System (CMDS) - IR CounterMeasure System (IRCM) all integrated around a Suit Central Processing Subsystem. HEWS employs single point control of the self protection suite via an Advanced Human-Machine Interface on Multi Function Display.
Helicopter Electronic Warfare System (HEWS) is the “Integrated Self Protection System” developed by ASELSAN for fixed and rotary wing aircrafts. Integrated via a Suite Central Processing System, HEWS provides
Radar Warning,
Missile Warning,
Laser Warning,
RF Jamming,
Chaff/Flare Dispensing
functions with complete situational awareness and threat specific countermeasure application capabilities.
RWR with the digital receivers operating in the narrow and wide bands together with optional geolocation capability and RFJ making use of Digital RF Memory (DRFM) technology together with the “state-of-the-art” solid state active electronically scanned phased array provides RF spectrum coverage with the most advanced countermeasure techniques. As an integrated and adaptive EW self-protection system, HEWS performs multispectral threat evaluation with an advanced decision fusion process. HEWS applies the optimized countermeasures, including combined techniques to defeat the identified radar and/or missile threat. The Suite provides an advanced human-machine interface, indicative audio warnings and alerts, in-flight event recording, pulse description word recording, blanking management, single point mission data file and mission report loading/downloading, night vision goggles compatibility, GPS/INS/IMU usage.
HEWS is designed with an open architecture which enables the flexibility to change the system configuration depending on the platform requirements without SW modification.
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EO/IR configuration of KARGI kamikaze UAV displayed KARGI kamikaze UAV's configuration using EO/IR imaging system is exhibited for the first time at ADEX 2022 in Azerbaijan
ASELSAN has made the UV Missile Warning system used in TAF helicopters 100% domestic The system was completely nationalized. Exported to Chile.
Helicopter Electronic Warfare System (HEWS)
- Capabilities
- Electronic Warfare Systems
- Helicopter Electronic Warfare System (HEWS)
ASELSAN HEWS system is a fully integrated Electronic Warfare Self Protection Suit, specifically developed to protect Turkish Armed Forces air platforms from RF, IR and Laser guided threats. HEWS is comprised of the sensor subsystems - Radar Warning Receiver System (RWR) - Missile Warning System (MWS) - Laser Warning Receiver System (LWR) and the countermeasures subsystems - RF Jammer System (RFJ) - CounterMeasure Dispenser System (CMDS) - IR CounterMeasure System (IRCM) all integrated around a Suit Central Processing Subsystem. HEWS employs single point control of the self protection suite via an Advanced Human-Machine Interface on Multi Function Display.
Helicopter Electronic Warfare System (HEWS) is the “Integrated Self Protection System” developed by ASELSAN for fixed and rotary wing aircrafts. Integrated via a Suite Central Processing System, HEWS provides
Radar Warning,
Missile Warning,
Laser Warning,
RF Jamming,
Chaff/Flare Dispensing
functions with complete situational awareness and threat specific countermeasure application capabilities.
RWR with the digital receivers operating in the narrow and wide bands together with optional geolocation capability and RFJ making use of Digital RF Memory (DRFM) technology together with the “state-of-the-art” solid state active electronically scanned phased array provides RF spectrum coverage with the most advanced countermeasure techniques. As an integrated and adaptive EW self-protection system, HEWS performs multispectral threat evaluation with an advanced decision fusion process. HEWS applies the optimized countermeasures, including combined techniques to defeat the identified radar and/or missile threat. The Suite provides an advanced human-machine interface, indicative audio warnings and alerts, in-flight event recording, pulse description word recording, blanking management, single point mission data file and mission report loading/downloading, night vision goggles compatibility, GPS/INS/IMU usage.
HEWS is designed with an open architecture which enables the flexibility to change the system configuration depending on the platform requirements without SW modification.
---------------------------------------------------------------------
EO/IR configuration of KARGI kamikaze UAV displayed KARGI kamikaze UAV's configuration using EO/IR imaging system is exhibited for the first time at ADEX 2022 in Azerbaijan
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CSAW
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ASELSAN: “Our national targeting and marking pod, ASELPOD, continues to be preferred by world Airforces with its superior features."
ASELPOD is a high performance electro-optical reconnaissance, surveillance and targeting system designed specifically for fighter aircrafts. ASELPOD is designed as the new generation targeting pod for fighter aircrafts.
ASELPOD is a multi-sensor targeting pod consisting of:
High Resolution, 3rd generation FLIR
Laser Range Finder / Target Designator
Laser Spot Tracker
Laser Pointer
Advanced Video Tracking (Simultaneously on IR/Day Video)
IR/Day Video & Mission History Recording
Advanced Image Processing
Providing Highly Accurate Geo-Location Coordinates
Growth Potential for Mission Requirements
With a modular mechanical design, ASELPOD comprises high density capabilities.
ASELPOD designed to fit fighter jets such as F-16's and F-4's and can be adapted to various air platforms.
Applications
Targeting
Reconnaissance and Surveillance
General Features
Superior Range Performance
Superior Maintainability
Internal Boresight Unit
Dual-Wavelength Laser Range Finder
Eye-Safe Training Mode for LRF in Addition to Combat Mode
Safe and Easier training
Matched FOVs for IR and TV Cameras
Better situational awareness when switching between sensors
Common FOVs for the system (NFOF, WFOV, SWFOV)
Super Wide Field of View for IR Camera
Navigation capability at Night with IR video on HUD
Better situational awareness before switching to narrower FOVs
Continuous Zoom for IR Camera (Optional)
Advanced Image Processing
Simultaneous MFD and HUD Video Outputs
Sensor-In-Sensor
Picture-In-Picture
Multi Target Tracking
Simultaneous Target Tracking on IR and TV Videos
Video and Inertial Target Tracking
Accurate Target Geo-Location
Inertial Measurement Unit (IMU)
Accurate Stabilization
Automatic Alignment with Platform
Integrated Environmental Control Unit
Continuous Roll Capability
Air-to-Air and Air-to-Ground Modes
Video and Data Recorder (Optional)
Simultaneous Recording of IR and TV Videos and Mission Data
Solid State Type Recorder for High Reliability
Zeroize
Mission Debriefing
In-Flight Video Playback
Technical Specifications
Sensor Resolutions IR: 640x512
TV: 768x576
Fields of View (FOVs)
(Horizontal)
IR: 0.8° - 4.0° - 28°
TV: 0.8° - 4.0°
Field of Regard (FOR)
Azimuth: 360° continuous
Elevation: +45° to -150°
Laser Range Finder and Target Designator
Wavelength (Combat): 1064 nm
Wavelength (Training): 1570 nm
Repetition rate: up to 20 Hz
Laser Pointer Wavelength: NIR
Laser Spot Tracker Wavelength: 1064 nm
Communication Interface MIL-STD-1553B
Video Interface
2x Video Output (RS-170)
1x Video Input (Optional)
Power Interface 115 VAC 400Hz and 28 VDC
Size
Diameter: 430 mm
Length: 2350 mm
Weight 240 kg
ASELPOD is a high performance electro-optical reconnaissance, surveillance and targeting system designed specifically for fighter aircrafts. ASELPOD is designed as the new generation targeting pod for fighter aircrafts.
ASELPOD is a multi-sensor targeting pod consisting of:
High Resolution, 3rd generation FLIR
Laser Range Finder / Target Designator
Laser Spot Tracker
Laser Pointer
Advanced Video Tracking (Simultaneously on IR/Day Video)
IR/Day Video & Mission History Recording
Advanced Image Processing
Providing Highly Accurate Geo-Location Coordinates
Growth Potential for Mission Requirements
With a modular mechanical design, ASELPOD comprises high density capabilities.
ASELPOD designed to fit fighter jets such as F-16's and F-4's and can be adapted to various air platforms.
Applications
Targeting
Reconnaissance and Surveillance
General Features
Superior Range Performance
Superior Maintainability
Internal Boresight Unit
Dual-Wavelength Laser Range Finder
Eye-Safe Training Mode for LRF in Addition to Combat Mode
Safe and Easier training
Matched FOVs for IR and TV Cameras
Better situational awareness when switching between sensors
Common FOVs for the system (NFOF, WFOV, SWFOV)
Super Wide Field of View for IR Camera
Navigation capability at Night with IR video on HUD
Better situational awareness before switching to narrower FOVs
Continuous Zoom for IR Camera (Optional)
Advanced Image Processing
Simultaneous MFD and HUD Video Outputs
Sensor-In-Sensor
Picture-In-Picture
Multi Target Tracking
Simultaneous Target Tracking on IR and TV Videos
Video and Inertial Target Tracking
Accurate Target Geo-Location
Inertial Measurement Unit (IMU)
Accurate Stabilization
Automatic Alignment with Platform
Integrated Environmental Control Unit
Continuous Roll Capability
Air-to-Air and Air-to-Ground Modes
Video and Data Recorder (Optional)
Simultaneous Recording of IR and TV Videos and Mission Data
Solid State Type Recorder for High Reliability
Zeroize
Mission Debriefing
In-Flight Video Playback
Technical Specifications
Sensor Resolutions IR: 640x512
TV: 768x576
Fields of View (FOVs)
(Horizontal)
IR: 0.8° - 4.0° - 28°
TV: 0.8° - 4.0°
Field of Regard (FOR)
Azimuth: 360° continuous
Elevation: +45° to -150°
Laser Range Finder and Target Designator
Wavelength (Combat): 1064 nm
Wavelength (Training): 1570 nm
Repetition rate: up to 20 Hz
Laser Pointer Wavelength: NIR
Laser Spot Tracker Wavelength: 1064 nm
Communication Interface MIL-STD-1553B
Video Interface
2x Video Output (RS-170)
1x Video Input (Optional)
Power Interface 115 VAC 400Hz and 28 VDC
Size
Diameter: 430 mm
Length: 2350 mm
Weight 240 kg
Attachments
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CSAW
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"The one-third model of the Levent launcher, which can host 21 missiles, was exhibited nearby the Sungur turret installed on a BMC Kirpi 4×4 vehicle, this latter system being in the very last phase of qualification. With an 8 km maximum range and a 4 km maximum altitude, the Sungur is a lock-on-before-launch missile fitted with an Imaging Infra-Red seeker. Powered by a two-stage solid propellant rocket motor, it is fitted with an HE partial piercing warhead and can destroy targets at a minimum distance of 500 meters."
Roketsan air defence: from Sungur to Levent - EDR Magazine
By Paolo Valpolini At IDEF 2021 the Roketsan stand was full of premières, one of them being the Levent, a
www.edrmagazine.eu
ghazi52
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ghazi52
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,.,.,
Turkiye´s Unmanned Fighter Jet successfully completed the First Engine Integration Run Test on the #Bayraktar #KIZILELMA/MIUS.
Turkiye´s Unmanned Fighter Jet successfully completed the First Engine Integration Run Test on the #Bayraktar #KIZILELMA/MIUS.
ghazi52
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alimobin memon
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Block 3 has dedicated hardpoiny for pod for targeting
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