Turkey’s ASELSAN MURAD 100-A AESA Radar Makes Historic Flight on Bayraktar KIZILELMA, Redefining Aerial Warfare

(DEFENCE SECURITY ASIA) — ASELSAN’s MURAD 100-A AESA Fire Control Radar has successfully completed its maiden flight aboard the Bayraktar KIZILELMA unmanned combat aircraft.

During the test, conducted from Tekirdağ to Çanakkale airspace, the radar successfully detected and tracked airborne targets, paving the way for future air-to-air missile engagements.

This integration, combined with the Toygun EOTS, elevates the KIZILELMA to near-4.5 generation status, enabling it to challenge manned jets in contested skies. 

Social media and defense outlets buzzed with footage of the test, highlighting the radar’s role in maximizing platform awareness for air-to-air and air-to-ground missions.

Built on an advanced Active Electronically Scanned Array (AESA) architecture, the radar delivers agile electronic beam steering, simultaneous multi-target detection and tracking, and supports both air-to-air and air-to-ground engagements.

By integrating these engagement capabilities with beyond-visual-range (BVR) missile guidance, the MURAD 100-A stands as a pivotal system for next-generation aerial warfare, enhancing the combat effectiveness of both manned and unmanned platforms.

Integration of the radar with the Bayraktar AKINCI was finalized in 2024, leading to its first flight on the platform in February 2025, followed by a series of successful test flights confirming its operational performance.

With its integration on KIZILELMA now complete, the MURAD 100-A demonstrates transformative capabilities, enabling simultaneous detection, tracking, and precision missile guidance against multiple targets.

This successful first flight underscores the radar’s platform versatility and its readiness for operational deployment across diverse aerial systems.

Designed to meet the demands of modern aerial combat, the MURAD 100-A incorporates wide frequency coverage, superior detection performance, GaN-based power amplification, digital beam forming at sub-array level, and time-interleaved operation, ensuring exceptional precision, reliability, and resilience in both air-to-air and air-to-ground missions.

History

The MURAD AESA radar family traces its origins to the early 2020s, when Aselsan initiated development to address the Turkish Armed Forces’ need for advanced, domestically produced radar systems capable of outperforming legacy passive electronically scanned arrays (PESA) and mechanical radars.

The project built on Aselsan’s expertise in gallium nitride (GaN) technology, which offers superior power efficiency and thermal management compared to traditional gallium arsenide (GaAs) modules.

The MURAD series was first publicly unveiled at the 2022 Istanbul Airshow, where it demonstrated real-time target detection and tracking capabilities.

 Initial testing focused on ground-based simulations and integration with testbed aircraft. By 2024, the radar had entered flight testing phases, with successful integrations on platforms like the Bayraktar AKINCI UCAV.

A landmark achievement came on March 1, 2025, when the MURAD radar completed its first UAV flight test on the AKINCI, validating its multi-target tracking and sensor fusion capabilities.

Aselsan, as the primary contractor, emphasized modularity and scalability, allowing the radar to adapt to various aircraft sizes and mission profiles.

The MURAD-100A variant, specifically tailored for compact platforms like UCAVs and light jets, entered serial production in early 2025, with deliveries to multiple programs.

The family includes related variants such as the MURAD-110A (a surveillance-focused model) and potentially larger ones like the MURAD-600A for bigger fighters, though the 100A remains optimized for fire control in agile environments.

Technical Specifications

The MURAD-100A represents one of ASELSAN’s most advanced solid-state AESA radar systems, built upon a Gallium Nitride (GaN) architecture that delivers exceptional power efficiency and output while maintaining a lightweight and compact structure—an essential attribute for integration into unmanned aerial combat systems.

Although the exact dimensions and weight remain classified, the radar is optimized for nose-mounted installation, with a compact antenna array that makes it ideal for UCAVs and modern fighter aircraft.

Operating primarily in the wide X-band frequency range, the MURAD-100A ensures high-resolution detection, enhanced resistance to jamming, and superior situational awareness in contested electromagnetic environments.

The radar features electronic beam steering of up to ±60 degrees in azimuth and elevation, enabling wide-area coverage, with the potential to achieve effective 360-degree situational awareness through sensor fusion and platform maneuvering.

It boasts a maximum air-to-air detection range of up to 160 nautical miles, depending on target radar cross-section (RCS) and environmental conditions, allowing it to engage threats at long distances with precision and minimal latency.

The radar’s GaN-based power amplifiers ensure high efficiency, low thermal output, and long operational life, while its digital beamforming architecture enables rapid reconfiguration, agile target tracking, and minimized side-lobe emissions for stealthier operation.

Engineered for resilience, all performance parameters have a ±10% tolerance and feature graceful degradation—ensuring that even if some modules fail, the system retains partial functionality without mission compromise.

It also supports multiple integration interfaces, including MIL-STD-1553, Ethernet, and other modern avionics standards, ensuring seamless compatibility with various sensor fusion architectures and combat management systems.

At its core, the MURAD-100A employs thousands of transmit/receive modules (TRMs) to achieve fast beam agility, simultaneous multi-mode operations, and unmatched reliability for air-superiority missions.

Key Features and Capabilities

What distinctly elevates the MURAD-100A above conventional systems is its versatility across mission types and its robust suite of electronic counter-countermeasure (ECCM) capabilities, designed to ensure operational dominance even in highly contested electronic warfare environments.

The radar’s low probability of intercept (LPI) profile allows it to operate covertly, minimizing detection by adversary systems while maintaining continuous situational awareness.

Air-to-Air Modes

The MURAD-100A supports a comprehensive set of air-to-air functions, including beyond-visual-range (BVR) missile guidance for indigenous missiles such as the Gökdoğan and Bozdoğan, providing Turkey’s air combat platforms with extended-range engagement capabilities.

It enables all-aspect and high-aspect target searches, detecting threats from virtually any angle—including those with reduced radar signatures—and can track multiple aerial targets simultaneously, even during evasive or high-G maneuvers.

The radar’s multiple agile target tracking (MATT) function allows real-time engagement of fast-moving or erratic targets, while its weather mode ensures consistent performance under adverse atmospheric conditions.

Air-to-Ground Modes

For air-to-ground operations, the radar integrates Synthetic Aperture Radar (SAR) capabilities, delivering high-resolution strip and spotlight imagery for reconnaissance and target identification.

Its Ground Moving Target Indication (GMTI) and Ground Moving Target Tracking (GMTT) functions enable detection, tracking, and classification of moving vehicles or personnel on the battlefield, while Ground Mapping and Fixed Target Tracking (GMSTT) provide accurate terrain and stationary object identification for strike coordination.

Additionally, its air-to-ground ranging capability ensures precise distance measurement for munitions delivery, optimizing weapon release accuracy during combat operations.

The system also incorporates Identification Friend or Foe (IFF) integration, automatic target recognition, and sensor fusion with electro-optical systems such as ASELSAN’s TOYGUN Electro-Optical Targeting System (EOTS), greatly expanding situational awareness and operational lethality.

By merging radar and electro-optical data streams, the MURAD-100A transforms each platform it equips into a force multiplier, capable of maintaining dominance in both offensive and defensive operations under network-centric warfare conditions.

Applications and Integrations

Designed as a modular, export-friendly radar solution, the MURAD-100A reflects ASELSAN’s strategic focus on multi-platform adaptability and international interoperability.

Its compact form and scalable software architecture allow seamless integration across unmanned, trainer, and manned combat aircraft, positioning it as a key enabler of Turkey’s next-generation airpower ecosystem.

Current and planned integrations include the Bayraktar KIZILELMA UCAV, which completed its first radar flight test on October 21, 2025, successfully demonstrating multi-target tracking, BVR engagement, and data-link synchronization.

The system is also fully operational aboard Bayraktar AKINCI UCAVs (B and C variants), supporting extended-endurance missions with advanced targeting capabilities.

Ongoing integration with the F-16 Özgür and Özgür II modernization programs aims to elevate Turkey’s upgraded fighters to 4.5-generation standards, enhancing their radar performance and combat versatility.

Future applications include integration into TAI’s fifth-generation TF KAAN stealth fighter, as well as the HÜRJET trainer/light attack aircraft, further solidifying ASELSAN’s role in Turkey’s indigenous defence ecosystem.

By mid-2025, the MURAD-100A had been successfully integrated across six distinct platforms, collectively elevating their low-observability, multi-role, and fifth-generation-like sensor capabilities.

Its deployment on advanced UCAVs such as KIZILELMA marks a pivotal step in Turkey’s ascent as a leader in unmanned aerial warfare, with broad operational applications spanning intelligence, surveillance, reconnaissance (ISR), precision strike, and multi-domain command integration.

Through the MURAD-100A, ASELSAN not only reinforces Turkey’s technological sovereignty but also positions its radar systems at the forefront of the global defence export market, capable of competing with leading Western and Eastern AESA solutions.

Future Prospects

Looking ahead, the MURAD-100A is poised for strong export potential, with multiple allied nations expressing interest in cost-effective AESA radar upgrades to modernize their existing fleets of combat aircraft and unmanned aerial vehicles.

ASELSAN’s strategy includes expanding production capacity and establishing joint ventures with partner nations to facilitate localized assembly, maintenance, and technology transfer, strengthening its position in the international defence radar market.

The company is also working on AI-driven target recognition and predictive tracking algorithms, allowing the radar to automatically classify threats, prioritize targets, and enhance decision-making speed during complex engagements.

Future software updates will introduce maritime surveillance and littoral detection modes, extending the radar’s versatility to naval patrol aircraft and coastal defence UCAVs, thereby bridging the gap between air and maritime domains.

By late 2025, ASELSAN expects full operational capability (FOC) for MURAD-equipped platforms across the Turkish Air Force, Navy, and UCAV units, with export-ready configurations tailored for partners such as Pakistan, Azerbaijan, and Malaysia, where integration with JF-17 Block III and potential future UCAV programs is already under evaluation.

Ongoing challenges include supply chain resilience for GaN semiconductor components—a critical technology in AESA radars—but Turkey’s domestic industrial base expansion and defence self-sufficiency initiatives, under the “Milli Teknoloji Hamlesi” (National Technology Initiative), continue to mitigate these risks while ensuring sustainable long-term production.

Furthermore, ASELSAN plans to introduce the MURAD-200A and 600A variants in the coming years, offering extended range, maritime surveillance, and electronic attack capabilities, enabling Turkey to compete directly with global radar leaders such as Northrop Grumman, Leonardo, and Thales.

In addition, ASELSAN’s collaboration with TAI and Baykar ensures a fully networked operational ecosystem, allowing MURAD-equipped platforms to share targeting data across multiple aircraft and ground control stations in real-time network-centric warfare environments.

These future upgrades will transform the radar from a tactical sensor into a strategic command-and-control enabler, integrating seamlessly with satellite reconnaissance systems and electronic intelligence (ELINT) networks to enhance national and coalition situational awareness.

Ultimately, the MURAD-100A’s continuous evolution signifies Turkey’s entry into the elite group of nations capable of designing, producing, and exporting advanced AESA radar technology, underscoring ASELSAN’s ambition to make MURAD a global benchmark for affordable, high-performance fire control radar systems.

Conclusion

The ASELSAN MURAD-100A represents a transformational leap in radar technology, merging cutting-edge innovation, indigenous development, and practical engineering to empower Turkey’s next-generation aerial warfare platforms.

By delivering multi-role functionality—ranging from air-to-air combat to precision strike, ISR, and maritime surveillance—the radar stands as a force multiplier that significantly enhances operational lethality and survivability across all domains.

Its proven integration with platforms like Bayraktar KIZILELMA, AKINCI, and future TF KAAN underlines Turkey’s rapid progress toward self-reliant, networked, fifth-generation combat capabilities, rivaling global defence powers.

As flight testing milestones continue to be achieved and performance data accumulates, the MURAD-100A demonstrates unprecedented reliability, adaptability, and mission flexibility, further validating its design philosophy for sustained operations in high-threat environments.

The radar’s export readiness, combined with AI-enhanced situational awareness, GaN-based scalability, and modular design, makes it one of the most cost-effective and strategically valuable AESA systems emerging from the Eurasian defence industry.

By 2026, MURAD-equipped aircraft are expected to operate as part of joint Turkish and allied missions, reinforcing regional air superiority and contributing to NATO interoperability objectives through advanced sensor fusion and encrypted data-link systems.

Moreover, its successful deployment across both manned and unmanned combat systems establishes a technological foundation for Turkey’s sixth-generation combat architecture, potentially aligning with future loyal wingman and swarm drone programs.

The MURAD-100A’s achievements not only strengthen Turkey’s defence posture but also serve as a model for developing nations seeking sovereign defence innovation without dependency on foreign suppliers.

With each new integration and test flight, ASELSAN’s radar continues to push the boundaries of indigenous defence engineering, proving that innovation, when coupled with strategic vision, can yield systems capable of redefining 21st-century air dominance.

Ultimately, the MURAD-100A stands as a symbol of Turkish technological sovereignty and global competitiveness, poised to become a cornerstone of the country’s expanding defence export portfolio, while cementing its role as a key enabler of future aerial and unmanned warfare paradigms. — DEFENCE SECURITY ASIA