Meteksan Defence
- METEKSAN SAVUNMA SANAYİİ A.Ş. Cyberpark F Blok Beytepe Lodum, 06660 Ankara, Turkey
- 00 90 312 266 15 20
- sales@meteksan.com
- www.meteksan.com/en
Description
Founded in Ankara in 2006, Meteksan Defence is a leading Turkish defense technology company delivering advanced, indigenous solutions for modern military operations. Backed by Bilkent University and operating under Bilkent Holding, the company transforms scientific excellence into mission-critical technologies that enhance operational effectiveness across land, air, and naval domains.
Meteksan Defence supplies advanced systems to the Turkish Armed Forces and exports its technologies to more than 25 countries across Asia, the Middle East, Africa, Europe, and South America. As a Bilkent Holding company, its resources contribute to supporting Bilkent University’s scholarship and education programs.
Meteksan Defence develops high-technology solutions in Radar Systems, Electronic Warfare, Communication Systems, Underwater Acoustics (Sonar) and Simulation and Training Technologies. These capabilities support surveillance, reconnaissance, intelligence, secure communications, force protection, and operational training missions.
Meteksan’s radar portfolio leverages advanced RF and millimeter-wave technologies and includes Ground Surveillance Radars, Drone Detection Radars, UAV SAR/MTI Radars and Helicopter Radars.
The company develops advanced EW solutions to counter modern threats and enhance situational awareness, including KAPAN Counter-Drone System, MERT and MERTER Electronic Attack Systems, SEYMEN Navigation Electronic Warfare System and AGNOSIS Anti-Jamming GNSS Family.
Meteksan provides secure, high-performance communications for military platforms through UAV Data Link Systems, Missile Data Links and GNSS Receivers and Antennas.
Recognized as Türkiye’s Center of Excellence in Underwater Acoustics, Meteksan develops advanced sonar solutions, including YAKAMOS Hull-Mounted Sonar, MILSAS Synthetic Aperture Sonar, SUBS Submarine Sonar Suite and SUVDES Submarine and Underwater Vehicle Detection System.
Through its SIMETRAN family, Meteksan delivers high-fidelity training systems for military and civilian applications, including Damage Control Simulators, Fire Fighting Training Simulators and Helicopter Underwater Escape Training Systems.
Continuous investment in research and development drives Meteksan’s innovation in radar, electronic warfare, communications, and underwater technologies. The company also offers ITAR-free solutions, providing customers with greater flexibility and independence.
With a growing international presence, strong technological capabilities, and a commitment to innovation, Meteksan Defence continues to empower armed forces with advanced, reliable, and cost-effective solutions for the challenges of modern warfare.
Meteksan Defence supplies advanced systems to the Turkish Armed Forces and exports its technologies to more than 25 countries across Asia, the Middle East, Africa, Europe, and South America. As a Bilkent Holding company, its resources contribute to supporting Bilkent University’s scholarship and education programs.
Meteksan Defence develops high-technology solutions in Radar Systems, Electronic Warfare, Communication Systems, Underwater Acoustics (Sonar) and Simulation and Training Technologies. These capabilities support surveillance, reconnaissance, intelligence, secure communications, force protection, and operational training missions.
Meteksan’s radar portfolio leverages advanced RF and millimeter-wave technologies and includes Ground Surveillance Radars, Drone Detection Radars, UAV SAR/MTI Radars and Helicopter Radars.
The company develops advanced EW solutions to counter modern threats and enhance situational awareness, including KAPAN Counter-Drone System, MERT and MERTER Electronic Attack Systems, SEYMEN Navigation Electronic Warfare System and AGNOSIS Anti-Jamming GNSS Family.
Meteksan provides secure, high-performance communications for military platforms through UAV Data Link Systems, Missile Data Links and GNSS Receivers and Antennas.
Recognized as Türkiye’s Center of Excellence in Underwater Acoustics, Meteksan develops advanced sonar solutions, including YAKAMOS Hull-Mounted Sonar, MILSAS Synthetic Aperture Sonar, SUBS Submarine Sonar Suite and SUVDES Submarine and Underwater Vehicle Detection System.
Through its SIMETRAN family, Meteksan delivers high-fidelity training systems for military and civilian applications, including Damage Control Simulators, Fire Fighting Training Simulators and Helicopter Underwater Escape Training Systems.
Continuous investment in research and development drives Meteksan’s innovation in radar, electronic warfare, communications, and underwater technologies. The company also offers ITAR-free solutions, providing customers with greater flexibility and independence.
With a growing international presence, strong technological capabilities, and a commitment to innovation, Meteksan Defence continues to empower armed forces with advanced, reliable, and cost-effective solutions for the challenges of modern warfare.
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Products
KAPAN Counter Drone System
KAPAN Counter Drone System
KAPAN offers a superior drone detection, tracking and neutralization performance for border security with its high technology drone detection radar, electro-optic and jammer sub-systems.
KAPAN offers precise drone detection and tracking performance with Radar and Electro-Optic system combinations and its artificial intelligence integrated algorithms. Besides its detection and tracking capability, it allows the neutralization of drones with RF Jammer.
The target drone, which is detected and started to track, is identified with the thermal / day cameras and afterward, more precise positioning and tracking are performed. In this case, by the command and control software, the targets can be fused and viewed as a single track on a common operational picture. The direction and position information of the target drone provided by sensors can be assigned to the RF jammer for neutralizati
KAPAN is a system that enables drone detection and tracking using the Retinar FAR-AD radar system and thermal/daytime cameras, while allowing the neutralization of drones with an RF jammer. It features a fast-deployable, scalable, and modular structure.
System Components:
Dedicated radar customized for drone detection and tracking
Electro-optic systems with specialized tracking algorithms
Signal jammer covering all commercial and military drone frequencies
C2 software managing the KAPAN subsystems
Technical Features:
Drone detection up to 9 km
360° continuous coverage
Target classification and identification in low visibility conditions
Flexible stationary or on-vehicle use with single-axis integration
Digital maps and innovative 3D map display
Integration options with other sensors and systems
System Components:
Dedicated radar customized for drone detection and tracking
Electro-optic systems with specialized tracking algorithms
Signal jammer covering all commercial and military drone frequencies
C2 software managing the KAPAN subsystems
Technical Features:
Drone detection up to 9 km
360° continuous coverage
Target classification and identification in low visibility conditions
Flexible stationary or on-vehicle use with single-axis integration
Digital maps and innovative 3D map display
Integration options with other sensors and systems
KAPAN Counter Drone System
KAPAN Counter Drone System
KAPAN offers a superior drone detection, tracking and neutralization performance for border security with its high technology drone detection radar, electro-optic and jammer sub-systems.
KAPAN offers precise drone detection and tracking performance with Radar and Electro-Optic system combinations and its artificial intelligence integrated algorithms. Besides its detection and tracking capability, it allows the neutralization of drones with RF Jammer.
The target drone, which is detected and started to track, is identified with the thermal / day cameras and afterward, more precise positioning and tracking are performed. In this case, by the command and control software, the targets can be fused and viewed as a single track on a common operational picture. The direction and position information of the target drone provided by sensors can be assigned to the RF jammer for neutralizati
KAPAN is a system that enables drone detection and tracking using the Retinar FAR-AD radar system and thermal/daytime cameras, while allowing the neutralization of drones with an RF jammer. It features a fast-deployable, scalable, and modular structure.
System Components:
Dedicated radar customized for drone detection and tracking
Electro-optic systems with specialized tracking algorithms
Signal jammer covering all commercial and military drone frequencies
C2 software managing the KAPAN subsystems
Technical Features:
Drone detection up to 9 km
360° continuous coverage
Target classification and identification in low visibility conditions
Flexible stationary or on-vehicle use with single-axis integration
Digital maps and innovative 3D map display
Integration options with other sensors and systems
System Components:
Dedicated radar customized for drone detection and tracking
Electro-optic systems with specialized tracking algorithms
Signal jammer covering all commercial and military drone frequencies
C2 software managing the KAPAN subsystems
Technical Features:
Drone detection up to 9 km
360° continuous coverage
Target classification and identification in low visibility conditions
Flexible stationary or on-vehicle use with single-axis integration
Digital maps and innovative 3D map display
Integration options with other sensors and systems
MERT Portable Electronic Attack System
MERT Portable Electronic Attack System
MERT Portable Electronic Attack System is a modern EW system used for jamming target communication from long distances via new-generation electronic attack in V/UHF bands.
Intelligent Reactive Jamming & Cooperated EW
MERT meets diverse operational needs. Covering the entire V/UHF band, it protects fixed facilities, moving vehicles, and convoys from RCIEDs, and safeguards friendly forces via tactical RF jamming.
With a new-generation channelized wideband RF receiver, MERT detects emissions simultaneously across the entire band. It allows concurrent reactive and barrage jamming against different targets.
Controlled via PCs/tablets, MERT supports Ethernet-based channels (M/W RL, tactical radio, F/O) for remote operations. It powers up via internal batteries, AC input, or generators.
Technical Specifications
Frequency Range: V/UHF Band
Electronic Attack Capability: Electronic Jamming and Electronic Deception
Jamming Modes: Reactive, Barrage, Spot, Sequential, Multiple
Jamming Types: Look-through, Continuous
Omnidirectional, Directional Antenna Usage Options
High ERP Values with High Gain Electronic Attack Antennas
Simultaneous Electronic Attack Capability
System/Unit Design to Comply with MIL-STD-810F and MIL-STD 461/464 Military Standards
Frequency Range: V/UHF Band
Electronic Attack Capability: Electronic Jamming and Electronic Deception
Jamming Modes: Reactive, Barrage, Spot, Sequential, Multiple
Jamming Types: Look-through, Continuous
Omnidirectional, Directional Antenna Usage Options
High ERP Values with High Gain Electronic Attack Antennas
Simultaneous Electronic Attack Capability
System/Unit Design to Comply with MIL-STD-810F and MIL-STD 461/464 Military Standards
MERTER Man-Pack Electronic Attack System
MERTER Man-Pack Electronic Attack System
MERTER Man-Pack Portable Electronic Attack System is a modern EW system used for jamming target communication from long distances via new-generation electronic attack in VHF bands.
Intelligent Reactive Jamming & Cooperated EW
MERTER meets diverse operational needs. It protects patrols against RCIED threats and creates an extended protection area using a portable mast and directional antennas. Multiple systems also enable cooperated EW operations.
With a new-generation channelized wideband RF receiver, MERTER detects emissions simultaneously across the entire band. It supports concurrent reactive and barrage jamming against different targets.
Controlled via PCs/tablets, MERTER monitors health status and spectrum data while adjusting jamming parameters via tablet. It runs on internal batteries or AC input.
Technical Specifications
Frequency Range: VHF Band
Electronic Attack Capability: Jamming and Deception
Jamming Modes: Reactive, Barrage, Hybrid, Spot, Sequential, Multiple
Jamming Types: Look-through, Continuous
Antennas: Omnidirectional and Directional options
High ERP via high gain electronic attack antennas
Simultaneous electronic attack capability
Standards: Designed to comply with MIL-STD-810F and MIL-STD 461/464
Frequency Range: VHF Band
Electronic Attack Capability: Jamming and Deception
Jamming Modes: Reactive, Barrage, Hybrid, Spot, Sequential, Multiple
Jamming Types: Look-through, Continuous
Antennas: Omnidirectional and Directional options
High ERP via high gain electronic attack antennas
Simultaneous electronic attack capability
Standards: Designed to comply with MIL-STD-810F and MIL-STD 461/464
MILSAR SAR/MTI Radar
MILSAR SAR/MTI Radar
MILSAR is designed to be used on airborne platforms for intelligence, surveillance, reconnaissance, deterrence, and attack operations. It has versatile Moving Target Indication (MTI) for detection and tracking of potential targets and Synthetic Aperture Radar (SAR) modes for high resolution and all weather radar imagery, target classification and ground mapping.
MILSAR detects and tracks potential targets either low speed small size or fast moving objects even in adverse weather and low visibility conditions including cloud and fog. SAR features comes with Stripmap and Spotlight submodes which enable high resolution, long range imaging in low visibility, over-the-cloud surveillance operations in day and night.
Operating Frequency: Ku Band
Maximum Range (MTI/SAR): 15 NM / 15 NM
Minimum Range (MTI/SAR): 2 NM / 2 NM
Azimuth Coverage: 360°
Elevation Coverage: -10° to +55°
Detection Capacity (MTI): 1000
Tracking Capacity (MTI): 200
SAR Resolution (Stripmap): 3 m and 1 m
SAR Resolution (Spotlight): 60 cm and 30 cm
Operating Voltage: 20-30 VDC
Average Power Consumption: 600 W
Weight: 28 kg
Dimensions (Diameter x Height): 370 mm x 445 mm
Maximum Range (MTI/SAR): 15 NM / 15 NM
Minimum Range (MTI/SAR): 2 NM / 2 NM
Azimuth Coverage: 360°
Elevation Coverage: -10° to +55°
Detection Capacity (MTI): 1000
Tracking Capacity (MTI): 200
SAR Resolution (Stripmap): 3 m and 1 m
SAR Resolution (Spotlight): 60 cm and 30 cm
Operating Voltage: 20-30 VDC
Average Power Consumption: 600 W
Weight: 28 kg
Dimensions (Diameter x Height): 370 mm x 445 mm
Retinar FAR-AD Drone Detection Radar
Retinar FAR-AD Drone Detection Radar
EFFECTIVE PROTECTION AGAINST MINI/MICRO UAV’S
Retinar FAR-AD Drone Detection Radar, developed by Meteksan Defence, is a radar system to enable security against mini/micro unmanned aerial vehicles. Retinar FAR-AD can automatically scan large areas and low altitude air space as the primary sensor of the security forces against drones. Retinar FAR-AD provides effective protection against low altitude drones, with it is 40-degree elevation angle. The targets followed by Retinar FAR-AD user interface software provide the location, distance, speed, and direction information to the operator. Target Analysis Mode, enables the classification of targets.
Retinar PTR Perimeter Surveillance Radar
Retinar PTR Perimeter Surveillance Radar
Retinar PTR is a high technology ground surveillance radar, designed for border security. Retinar PTR has advance technological features such as human/vehicle detection and target classification, low size, low weight, low power consumption, mobility and rapid deployment. The system is designed to be carried by two personnel and easily operated by single personnel thanks to its user-friendly interface. Retinar PTR automatically scans large areas, eliminating the need for security personnel to constantly scan with cameras or binoculars, can be integrated with camera systems and various other sensors, and creates “Safe Zones” in the area.
Retinar PTR can detect humans up to 4 km, vehicles up to 8-10 km depending on the size of the targets to enable border security. Because of its high-frequency emission rates, it can detect very low-speed moving objects such as crawling or creeping humans.
Technical Specifications
Beamwidth: 2° (Azimuth) x 10° (Elevation)
Low Power Consumption: < 140 W
Low Power Output: < 4 W
Integration: Easily integrated with camera systems
Deployment: Easy and rapid deployment
Zone Management: Ability to create Friendly / Alarm zones
LPI Capability: Low Probability of Intercept
Mapping: 2D/3D map support via built-in GPS and magnetic compass
Reliability: MTBF > 5000 hours
Environmental Standards: MIL-STD-810G compatibility
Target Classification: Automatic classification as human, light vehicle, or heavy vehicle
Analysis Display: Micro-Doppler spectrogram analysis screen (for classifying targets as animal, human, vehicle, or heavy vehicle)
Coverage: 360° continuous coverage
Radar Tilt Angle: ± 25°
Tracking Modes: Sector tracking and sector blanking
Terrain Adaptation: Up-down steering for full coverage of geographical structures
Blind Zone: Zero blind zone (simultaneously scans the zone from 100 m to 12 km)
System Health: Built-in continuous test (BIT) to monitor radar health status
Operating Frequency: Ka-Band
System Architecture: Pulse-Doppler system architecture
Beamwidth: 2° (Azimuth) x 10° (Elevation)
Low Power Consumption: < 140 W
Low Power Output: < 4 W
Integration: Easily integrated with camera systems
Deployment: Easy and rapid deployment
Zone Management: Ability to create Friendly / Alarm zones
LPI Capability: Low Probability of Intercept
Mapping: 2D/3D map support via built-in GPS and magnetic compass
Reliability: MTBF > 5000 hours
Environmental Standards: MIL-STD-810G compatibility
Target Classification: Automatic classification as human, light vehicle, or heavy vehicle
Analysis Display: Micro-Doppler spectrogram analysis screen (for classifying targets as animal, human, vehicle, or heavy vehicle)
Coverage: 360° continuous coverage
Radar Tilt Angle: ± 25°
Tracking Modes: Sector tracking and sector blanking
Terrain Adaptation: Up-down steering for full coverage of geographical structures
Blind Zone: Zero blind zone (simultaneously scans the zone from 100 m to 12 km)
System Health: Built-in continuous test (BIT) to monitor radar health status
Operating Frequency: Ka-Band
System Architecture: Pulse-Doppler system architecture
SEYMEN Navigation EW System
SEYMEN Navigation EW System
SEYMEN Navigation EW System is a modern system that performs Electronic Attack and Deception against Global Navigation Satellite Systems (GNSS) used on land, air, and sea platforms.
Integrated System Architecture
SEYMEN features a unique System-of-Systems architecture; Radar, Electro-optics, RF Electronic Support, and RF Electronic Attack elements are interoperable in a single shelter.
SEYMEN executes electronic attack and deceives navigation messages of targets in different directions across multiple GNSS. Featuring a new-generation AJ-GNSS Receiver, it prevents multiple target attack/deception signals simultaneously while estimating their direction of arrival. Networked systems allow location estimation, wideband recording, and signal analysis. SEYMEN systems work synchronously for coordinated, smart jamming tasks.
Technical Specifications
Frequency Range: L Band
Target Transmissions: Civilian and Military GNSS Systems
Electronic Attack: Electronic Jamming
Electronic Support: Direction-of-Arrival Estimation for Target EW Systems
Antennas: Omnidirectional and Directional usage options
High ERP via high gain electronic attack antennas
Standards: Complies with MIL-STD-810F and MIL-STD 461/464
External Interface: Instant target data from other systems via Ethernet
Geolocation: RF-based geolocation by working with other Navigation EW systems
Frequency Range: L Band
Target Transmissions: Civilian and Military GNSS Systems
Electronic Attack: Electronic Jamming
Electronic Support: Direction-of-Arrival Estimation for Target EW Systems
Antennas: Omnidirectional and Directional usage options
High ERP via high gain electronic attack antennas
Standards: Complies with MIL-STD-810F and MIL-STD 461/464
External Interface: Instant target data from other systems via Ethernet
Geolocation: RF-based geolocation by working with other Navigation EW systems
YAKAMOS 2020 Hull Mounted Sonar System
YAKAMOS 2020 Hull Mounted Sonar System
WE MOVED THE FLAG FORWARD
YAKAMOS 2020 Hull Mounted Sonar System, with its improved technology, is a new generation medium frequency, surface ship Anti-Submarine Warfare (ASW) and obstacle avoidance sonar, which is designed for the surveillance of the underwater environment to automatically detect and track underwater targets such as submarines, submersibles, torpedoes and mine like objects.
Compared with YAKAMOS Hull Mounted Sonar System, YAKAMOS 2020 is easily adaptable to developing technology and changing acoustic environmental conditions with a more compact, more capable, modular, scalable innovative hardware and configurable software architecture. YAKAMOS 2020 stands out with its ability to outperform its competitors in the world market. The system, which is able to work with high performance for longer periods by increased efficiency of its improved power modules and system arch
-Medium frequency Hull Mounted Sonar System for Corvettes and Frigates
-Sea proven performanceall over the World with MILGEM
-Ruggedized design
-Mil-Spec compatibility
-Backward compatibility with YAKAMOS
-Open architecturedesign
-Ready to Integrated Sonar Suite (ISS) structure
-Software Defined Sonar (software configurable)
-Scalable& Configurable & Reliable & Maintainable
-User friendly operator interface
-Stand-alone system with multiple interfaces to detect, track and classify
-Automatic target tracking
-360 degrees of surveillance for torpedo
-Simultaneous active and passive 360 degrees of operation
-Built-in-test capability
-Integrated on-board simulator with raw data recording and playback capabilities
-Integrated on-board training mode
-Interfacewith XBT (Expendable Bathythermograph) and Performance
-Prediction Function for Sonar Optimization
-Interfaces with UWT, CMS, TCMS and SDDS
-Safe operation for marine mammals with adjustable source level
-Omnidirectional, sectorial, rotational, mine like object and obstacle avoidance transmission modes
-Interoperabilitywith towed arrays and sonobuoys
Business sector
Subassemblies, equipment and systems of people and property protection
Other
Naval armament and equipment
Defence infrastructure equipment
Engineering equipment