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Aselsan has improved in making single CdZnTe Bulk Crystal and is making headway in developing LWIR MCT type detectors.
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Image is taken from Aselsans CATS day camera at around 18,000ft.
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Low frequency and active sonar (Tf-2000 destroyer) system is being developed by Aselsan.
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Thanks to GaN HEMT (high electron mobility transistor) jammer program and new MMIC circuit, Turkish jammer systems are being evolved into more dangerous platforms to meet requirements of very high output energy/heat resistance and larger frequency band coverage.
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EIRS early warning radar studies
Source: ODTU thesis study “Design and construction of folding mechanism for a radar system”
Source: ODTU thesis study “Design and construction of folding mechanism for a radar system”
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Aselsan airborne nose radar gimbal design
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Underwater Security of Strategic Coastal Facilities is Provided by Echorium Diver Detection Sonar!
Issue 100
June 18, 2020. The Echorium Diver Detection Sonar, developed indigenously by Koç Bilgi ve Savunma Teknolojileri, was introduced for use by strategically important civil and military facilities.
The Echorium Diver Detection Sonar enables the automatic detection of possible underwater threats remotely without the need for an operator. With 24/7 operation capability, it consists of a Central Imaging and Control Station and a High-Power Underwater Sound Signaling System.
The High-Power Underwater Sound Signaling System principally makes a sound signaling that an intruder, such as a diver is approaching the prohibited zone. If the diver does not leave the prohibited zone, it forces the diver to come to the surface by disturbing him with high-power sound signals at an audible frequency.
One of the main features of the system is its easy use by security teams without requiring computer skills through its map-based user screens. Thanks to this feature, short user/operator training enables the efficient use of the system. In addition, sonar screens can be selectively displayed when the system is used by the domain expert.
The system’s field integration and acceptance activities were completed and has started to be used on a 24-hour basis. Furthermore, the performance of the system has started to be demonstrated with live demos to other companies in the sector.
Main features of the system are given below:
High Threat Detection Range and Long Reaction Time
Automated Threat Detection, Tracking and Classification Capability
Low False Alarm Rate
User Friendly, Graphical Software Interface not requiring Sonar Expertise
Operator Friendly with Automatic Alarm Capability
Real-Time Mobile Tracking Capability for Field Support for Security Teams
Remote Tracking Capability
Fast Production and Installation (less than 12 months)
Remote Maintenance / Repair / Technical Support
Onsite Maintenance / Repair / Technical Support
Low Error Recovery Time
24/7 Working Ability
Over 70% local content rate
Ship Protection with Portable Version
Diver Countermeasure Capability with High Power Sound Source
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Issue 100
June 18, 2020. The Echorium Diver Detection Sonar, developed indigenously by Koç Bilgi ve Savunma Teknolojileri, was introduced for use by strategically important civil and military facilities.
The Echorium Diver Detection Sonar enables the automatic detection of possible underwater threats remotely without the need for an operator. With 24/7 operation capability, it consists of a Central Imaging and Control Station and a High-Power Underwater Sound Signaling System.
The High-Power Underwater Sound Signaling System principally makes a sound signaling that an intruder, such as a diver is approaching the prohibited zone. If the diver does not leave the prohibited zone, it forces the diver to come to the surface by disturbing him with high-power sound signals at an audible frequency.
One of the main features of the system is its easy use by security teams without requiring computer skills through its map-based user screens. Thanks to this feature, short user/operator training enables the efficient use of the system. In addition, sonar screens can be selectively displayed when the system is used by the domain expert.
The system’s field integration and acceptance activities were completed and has started to be used on a 24-hour basis. Furthermore, the performance of the system has started to be demonstrated with live demos to other companies in the sector.
Main features of the system are given below:
High Threat Detection Range and Long Reaction Time
Automated Threat Detection, Tracking and Classification Capability
Low False Alarm Rate
User Friendly, Graphical Software Interface not requiring Sonar Expertise
Operator Friendly with Automatic Alarm Capability
Real-Time Mobile Tracking Capability for Field Support for Security Teams
Remote Tracking Capability
Fast Production and Installation (less than 12 months)
Remote Maintenance / Repair / Technical Support
Onsite Maintenance / Repair / Technical Support
Low Error Recovery Time
24/7 Working Ability
Over 70% local content rate
Ship Protection with Portable Version
Diver Countermeasure Capability with High Power Sound Source
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Serially produced ASELPOD acceptance tests ongoing.
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Production of ARES series Radar Electronic Support Systems(ESM) continues by Aselsan. The system will be integrated into IMSS( Long Horizon Integrated Maritime Surveillance System)
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The ARES-2NCL, which used in electronic support measure missions, has been designed specifially for attack boat (IPV) type light surface platforms. Offering the capabilities of detection, interception, classification and tracking of the radar signals, ARES-2NCL also has automatic identification capability.
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The ARES-2NCL, which used in electronic support measure missions, has been designed specifially for attack boat (IPV) type light surface platforms. Offering the capabilities of detection, interception, classification and tracking of the radar signals, ARES-2NCL also has automatic identification capability.
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Roketsan Triple mode Seeker
Given the "sample missile" spec, could this be sungur? couldnt find any technical specs of sungur but 200mm diameter and 1,5 m length looks fairly close.
I just saw the effective range doesnt come close to sungur, maybe it is just a sample missile
T
I just saw the effective range doesnt come close to sungur, maybe it is just a sample missile
I also think it is, but the application could be for an AIM-120 sized missile with IIR homing, seeing as the AIM-120 has a diameter of 180 mm. Or it could be used on the rather stubby Bozdogan, and of course the HISAR systems.
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UHTES
Standoff Through The Wall Radar
The Standoff Through The Wall Radar (UHTES) is a radar system used to obtain location information of the target elements, which are located in enclosed areas where there is no visual access, from a secure distance and without approaching the target area, through ultra-wideband (UWB) radar signals.
UHTES has been designed to be integrated onto Tactical Wheeled Armored Vehicles, Armored Personnel Carriers and Mine-Protected Armored Vehicle systems. Thanks to its long-range penetration capability, the system can transmit to the friendly elements the location information of living beings from a safe distance in cases where it is risky to approach the targeted structure.
Apart from various military operations, such as hostage rescue, counter-terrorism and internal security operations, UHTES can also be used for various civilian purposes, including firefighting and post-disaster rescue operations. The system can detect stationary and moving targets hidden in enclosed environments or behind obstacles.
Main Features
Technical Features
Standoff Through The Wall Radar
The Standoff Through The Wall Radar (UHTES) is a radar system used to obtain location information of the target elements, which are located in enclosed areas where there is no visual access, from a secure distance and without approaching the target area, through ultra-wideband (UWB) radar signals.
UHTES has been designed to be integrated onto Tactical Wheeled Armored Vehicles, Armored Personnel Carriers and Mine-Protected Armored Vehicle systems. Thanks to its long-range penetration capability, the system can transmit to the friendly elements the location information of living beings from a safe distance in cases where it is risky to approach the targeted structure.
Apart from various military operations, such as hostage rescue, counter-terrorism and internal security operations, UHTES can also be used for various civilian purposes, including firefighting and post-disaster rescue operations. The system can detect stationary and moving targets hidden in enclosed environments or behind obstacles.
Main Features
- Long range target detection
- Ability to integrate with TTZA, ZMA and MRAP type vehicles
- Vertical and horizontal two-axis movable antenna system
- High distance resolution
- Effective penetration capacity against different types of obstacles
- Sensitivity to macro and micro movements
- Working with built-in rechargeable battery or feeding from the vehicle's power unit
- Two-dimensional location estimation
- In-device test (idt) capability
- Jamming-resistant
- Metal coated wall warning capability
- Wall distance identification capability
- Battery operation time (full use mode)
- MIL- STD -810 compatibility
- MIL- STD -461 compatibility
- Save and replay the task
- Wall detection
- Built-in test (BIT) feature
- Foreign language support
Technical Features
| Size | : Antenna Unit: 150 cm x 40 cm x 40 cm |
| Detection Distance | : 35 m (in free field) |
| Motion Detection | : Macro and micro movements |
| Wall Types | : Brick, plasterboard, wood, plastic, concrete, etc. |
| Mechanically Controlled Antenna System Moving Vertical and Horizontal | : Available |
| Angle of View | : 90° |
| Display Type | : 2 Dimensional |
| Screen Size | : 19" |
| Power Type | : Rechargable battery or feeding from the vehicle’s powerunit |
| Lifespan of Battery (Including Standby Time) | : 2.5 Hours (50% RF on, 50% standby mode) |
| Lifespan of Battery (100% Operational) | : 1,5 Hours |
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m-Dar
Mini Through The Wall Radar
The Mini Through The Wall Radar (m-DAR) is a mini radar system used to obtain distance information of the target elements, which are located in enclosed areas where there is no visual access, through ultra-wideband (UWB) radar signals.
m-DAR has been designed to be used by the operator with one hand, allowing the operator to use other devices at the same time. Featuring a light and ergonomic design, m-DAR stands out as a user-friendly solution especially in cases where size and weight limitations are critical.
Apart from various military operations, such as hostage rescue, counter-terrorism and internal security operations, m-DAR can also be used for various civilian purposes, such as firefighting and post-disaster rescue operations.
The m-DAR system can provide distance information regarding stationary and moving live targets located behind walls or various obstacles.
Main Features
Technical Features
Mini Through The Wall Radar
The Mini Through The Wall Radar (m-DAR) is a mini radar system used to obtain distance information of the target elements, which are located in enclosed areas where there is no visual access, through ultra-wideband (UWB) radar signals.
m-DAR has been designed to be used by the operator with one hand, allowing the operator to use other devices at the same time. Featuring a light and ergonomic design, m-DAR stands out as a user-friendly solution especially in cases where size and weight limitations are critical.
Apart from various military operations, such as hostage rescue, counter-terrorism and internal security operations, m-DAR can also be used for various civilian purposes, such as firefighting and post-disaster rescue operations.
The m-DAR system can provide distance information regarding stationary and moving live targets located behind walls or various obstacles.
Main Features
- Lightweight and ergonomic design
- Capability to be deployed by one hand
- Higher distance resolution
- High penetration rates through various types of obstacles
- Sensitivity to macro and micro movements
- Low power consumption and use with internal battery
- Distance estimation of stable or moving targets
Technical Features
| Technology | : Ultra Wide Band (UWB) Radar |
| Penetrable Wall and Material Types | : Brick, plasterboard, wood, plastic, concrete, etc. |
| Detection Capability | : Moving or stable human movements |
| Operation Time with Battery | : At least 1 hour |
| Dimensions | : 26 cm x 10,5 cm x 10,5 cm (with handle) |
| Weight | : 1.5 kg |
| Power Supply | : Battery |
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DAR®
Through The Wall Radar
The Through The Wall Radar (DAR) is a radar system used to obtain 2D position information of the target stationary and moving elements, which are located in enclosed areas where there is no visual access, through ultra-wideband (UWB) signals.
Apart from various military operations, such as hostage rescue, counter-terrorism and internal security operations, DAR can also be used for various civilian purposes, such as firefighting and post-disaster rescue operations.
Main Features
Technical Features
Through The Wall Radar
The Through The Wall Radar (DAR) is a radar system used to obtain 2D position information of the target stationary and moving elements, which are located in enclosed areas where there is no visual access, through ultra-wideband (UWB) signals.
Apart from various military operations, such as hostage rescue, counter-terrorism and internal security operations, DAR can also be used for various civilian purposes, such as firefighting and post-disaster rescue operations.
Main Features
- Lightweight and ergonomic design
- Remote control capability
- High range resolution
- Effective penetration ability
- Macro and micro motion detection capability
- Low power consumption and use with internal battery
- Location and distance estimation of stable or moving or static targets
- Dust protection
- Save and replay the task
- Wall detection
- Remote viewing and control with tablet
- Foreign language support
Technical Features
| Size | : 48cm x 26cm x 16cm |
| Weight | : 6,5 kg |
| Detection Distance | : 22 m (in free field) |
| Motion Detection | : Macro and micro movements |
| Wall Types | : Brick, plasterboard, wood, plastic, concrete, etc. |
| Cross-range Field of View | : 112° |
| Display Modes | : 1D, 2D |
| Screen Size | : 7" |
| Power Type | : Built-in rechargable battery and mains |
| Battery Operating Life (h) | : 4 hours |
| Ingress Protection | : IP66 |
ESEN Wide Area Surveillance (GAG) system for drones or manned aircraft
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Turkcell develops customized platform for ASELSAN for secure communication
Turkey’s leading defense contractor ASELSAN and leading GSM operator Turkcell have joined forces to develop safer digital communications, a press release...
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Aselsan | PUHU Manpack Direction Finding (DF) System
