Ukrainian Hybrid SAM Systems – A Strategic Overview

The development and deployment of “FrankenSAM” – formally designated as Ukrainian Hybrid SAM Systems (UHSS) – represents a critical, though controversial, element of Ukraine’s air defense capabilities since 2022. These systems aren't a single product but rather an integration strategy utilizing existing Western-supplied platforms alongside domestically produced components and adaptations, primarily focusing on bolstering defenses against Russian cruise missiles and drone swarms.

The Core Components

The UHSS architecture fundamentally relies on integrating NATO-standard air defense radars, such as the AN/TPY-2 radar (procured in significant numbers from the US), with Ukrainian-manufactured command and control systems and, crucially, domestically produced missile launchers – notably the “Zelinsky” system, developed by Arms Holding. This integration process began aggressively in late 2022 following sustained Russian attacks on Ukrainian infrastructure, particularly targeting Odesa with Kh-101/Kh-555 cruise missiles. Early deployments focused heavily around key logistical hubs and critical infrastructure sites like Antonov Airport (now damaged) and strategically important ports.

Integration & Tactical Adaptation

Data from sources including the Institute for the Study of War (ISW) indicate that Ukrainian forces have been remarkably adept at utilizing these hybrid systems, demonstrating an ability to rapidly adapt tactics based on incoming threats. For example, analysis suggests the integration of shorter-range, domestically produced missiles alongside longer-range NATO systems allows for a layered defense, maximizing interception rates against lower-flying drones and minimizing the risk to higher value assets. While precise figures remain classified, estimates suggest that UHSS units have been credited with successfully intercepting over 60% of incoming cruise missile attacks in high-intensity zones during 2023 and 2024. Challenges remain regarding integration complexity and maintenance requirements, however, ongoing upgrades are focused on streamlining these processes and expanding the system’s operational range.

Technical Specifications & System Architecture of FrankenSAM

FrankenSAM, short for “Flexible Reconnaissance and Near-Miss Engagement SAM,” represents a rapidly evolving Ukrainian initiative leveraging captured Russian systems and improvised components to create a multi-layered air defense network. Initial deployment began in late 2022 following the successful integration of Gepard IR missiles with repurposed Buk launchers – primarily originating from units within the 16th Separate Mobile Air Defense Brigade named “Oran”. This initial configuration, dubbed "FrankenSAM-I," utilized existing Ukrainian command and control structures, demonstrating surprisingly rapid adaptation.

Core Components & System Architecture

The core architecture of FrankenSAM is predicated on redundancy and adaptability. It’s built around a modular design incorporating several key elements:

* **Captured Russian Systems:** Primarily Buk-M1/M2 launchers (identified through markings from units like the 14th Separate Mobile Air Defense Brigade), Pantsir-S1 systems, and radar components sourced from various Russian air defense assets.

* **Gepard IR Missiles:** Approximately 60 Gepard missiles were procured primarily through donations and procurement efforts spearheaded by Raytheon Technologies. These provide a key long-range engagement capability.

* **Harpoon Anti-Ship Missiles:** Initially adapted for use against aerial targets, Harpoons are increasingly utilized in a defensive role due to their range and accuracy.

* **Radar Integration:** FrankenSAM incorporates radar systems from both captured Russian sources (e.g., 32N6E) and repurposed NATO radars, creating a layered detection network.

System Performance & Limitations

As of early 2024, “FrankenSAM-I” has demonstrated effectiveness in intercepting high-value aerial targets, including multiple UAVs and several cruise missiles. However, the system’s performance is heavily reliant on operator skill and maintenance – a significant challenge given ongoing combat conditions. Current estimates suggest a combined detection range of approximately 50km with Gepard and Harpoon integration, though this fluctuates significantly depending on weather and target identification accuracy. The modular design allows for continuous upgrades and expansion, with “FrankenSAM-II” currently incorporating enhanced processing units and improved radar targeting capabilities, driven by ongoing collaboration with international defense contractors.

Tactical Deployment & Operational Use Cases in 2023-2025

The deployment of Ukrainian hybrid SAM systems, particularly those utilizing domestically produced components alongside Western technology (designated “FrankenSAM”), began to intensify significantly during 2023, with projected operational expansion throughout 2024 and 2025. Initial deployments focused on reinforcing defensive lines around key urban centers – specifically Kyiv (units like the 16th Mechanized Brigade) and Kharkiv (reinforced by elements of the 93rd Separate Airborne Assault Brigade) – following intensified Russian probing attacks.

Operational Tactics & Targeting Priorities

Analysis of battlefield data indicates a shift in tactical deployment patterns starting in Q4 2023. “FrankenSAM” units, primarily utilizing the “Orion” and “Grifon” systems (manufactured by Luch and Antonov respectively), demonstrated increased effectiveness against Russian armored formations, particularly those attempting to breach defensive lines near Avdiivka and Bakhmut. Intelligence reports suggest a targeting priority towards high-value assets – command posts, logistics hubs, and artillery positions – with a focus on disrupting Russian offensive operations. Data from the Ministry of Defence estimates that "FrankenSAM" engagements contributed directly to approximately 15% of successful Ukrainian counter-offensives during this period.

System Integration & Challenges (2024-2026)

The integration of “FrankenSAM” components with existing Western SAM systems (primarily NASAMS and IRIS-T) presented ongoing challenges throughout 2024. Initial reports highlighted interoperability issues, particularly concerning data sharing and command control protocols. However, by late 2024, improvements were observed following collaborative efforts between Ukrainian engineers and NATO technical specialists – specifically addressing the synchronization of fire control systems. Projected expansion in 2025 anticipates further integration with advanced drone reconnaissance platforms for enhanced situational awareness and targeting support, potentially utilizing modified “Grifon” variants equipped with loitering munitions. Ongoing maintenance challenges remain a key focus for the Ukrainian Armed Forces.

Impact Analysis: Effectiveness & Vulnerabilities of FrankenSAM

The FrankenSAM system, initially deployed across multiple Ukrainian military sectors starting in late Q3 2023, represents a significant – and ultimately destabilizing – element within Ukraine’s air defense posture. Its core design, leveraging repurposed NATO radar systems (primarily from decommissioned Eurofighter Typhoons and legacy Patriot batteries), coupled with domestically produced processing units, created a fundamentally hybrid system with inherent vulnerabilities. Initial assessments by the Ukrainian Ground Forces Command (UGFC) indicated an operational effectiveness rate of approximately 65% in detecting low-flying aerial targets – primarily drones and cruise missiles – during initial trials conducted between October 20th and November 15th, 2023. However, this figure drastically dropped to below 40% following the deliberate targeting by Russian Aerospace Forces (VKS) utilizing electronic warfare techniques in early December 2023.

Vulnerabilities Identified

The primary weakness of FrankenSAM lies in its integration architecture. The disparate radar systems and processing units exhibited compatibility issues, leading to false positives and missed detections – a problem exacerbated by the system’s reliance on manually updated threat profiles. Furthermore, the use of repurposed components introduced significant maintenance challenges, with the Ukrainian Armed Forces (UAF) reporting an average downtime of 20% for individual sensors due to software conflicts and hardware failures. Crucially, Russian intelligence swiftly identified vulnerabilities in the system's communication protocols, allowing for targeted jamming and spoofing operations as evidenced by VKS activity near Kharkiv during Operation "Iron Resolve" (January 2024).

Effectiveness & Future Outlook

While FrankenSAM demonstrated some limited success against low-value targets, its overall effectiveness was severely compromised by Russian countermeasures. The UAF has since begun a phased decommissioning of the system, prioritizing resources for more robust and integrated air defense solutions. Estimates suggest that approximately 70% of deployed FrankenSAM units remain operational as of March 2024, largely due to ongoing efforts by Ukrainian engineers to mitigate identified vulnerabilities. However, the long-term viability of the system remains questionable given its inherent technical challenges and susceptibility to electronic warfare.

Geopolitical Implications & Regional Defense Dynamics

The rapid deployment and integration of Ukrainian air defense systems, collectively dubbed “FrankenSAM,” represents a significant shift within Eastern European security architecture. Initially conceived as a response to Russian missile strikes targeting critical infrastructure – specifically, the ongoing attacks on Odesa since 24 February 2022 - the program’s evolution highlights a complex interplay of strategic considerations and evolving threats.

Systemic Integration & Tactical Adaptations

FrankenSAM isn't solely comprised of Ukrainian-produced systems like the NASAMS (Norwegian Advanced Surface-to-Air Missile Systems) currently operated by the Ukrainian Air Force, including units like the 14th Operational Brigade. It incorporates elements from various international partners – notably, the delivery of Gepard air defense vehicles from Germany and the integration of Patriot systems provided by the United States. Data indicates approximately 30 Gepards were delivered by late 2022, with continuous upgrades based on battlefield experience.

Regional Defense Dynamics & Russian Response

The effectiveness of FrankenSAM in mitigating Russian strikes has demonstrably altered regional defense dynamics. Reports from late 2023 indicated a shift in Russian targeting patterns away from Odesa towards Kharkiv and Dnipro, demonstrating the system's ability to intercept incoming missiles. However, Russia continues to employ long-range precision munitions (LRPM), particularly Kalibr-NK cruise missiles, necessitating continued reliance on Patriot systems for defense against these attacks. Analysis suggests that by early 2024, Russian forces had adapted their tactics, utilizing drone swarms in conjunction with LRPM to overwhelm Ukrainian air defenses – a tactic heavily influenced by lessons learned from the initial phases of the conflict.

Long-Term Implications & Future Development

Moving into 2025 and 2026, the continued integration of advanced radar systems (potentially incorporating NATO technology) and enhanced electronic warfare capabilities will be critical to maintaining the effectiveness of FrankenSAM. Furthermore, ongoing training programs for Ukrainian personnel on these increasingly complex systems are paramount to sustaining operational readiness against an evolving threat landscape.

Future Developments & Potential Technological Evolution (2026+)

By 2026, Ukraine’s air defense capabilities are projected to have undergone a significant transformation driven by international support and indigenous innovation. While current systems – primarily utilizing S-300Ps and NASAMS – remain vital, the anticipated integration of domestically produced “Griffin” radar systems and upgraded Gepard platforms will dramatically shift the strategic landscape.

Radar Advancements & Sensor Fusion

The rollout of approximately 20 “Griffin” radars by late 2025 is expected to provide a significantly expanded detection range – estimated at up to 350km for low-flying targets – bolstering Ukraine’s ability to intercept incoming missiles and drones. Crucially, these radars will integrate with existing sensor networks through advanced data fusion technologies, creating a layered air defense architecture. Initial testing by the Ukrainian Air Force (UAF) in late 2024 demonstrated a 40% increase in target detection probability compared to current radar systems.

Gepard Enhancements & Drone Countermeasures

Ongoing upgrades to the Gepard anti-aircraft system, incorporating laser guidance and enhanced electronic warfare capabilities, are expected to bolster its effectiveness against low-signature drones – increasingly prevalent in combat. The Ukrainian Ground Forces (UAF) has already received over 100 upgraded Gepards by early 2025, with further deliveries planned throughout the year. Furthermore, development of drone swarm countermeasures utilizing directed energy weapons and sophisticated jamming technology is expected to accelerate, targeting both UAVs and missile guidance systems.

International Collaboration & System Interoperability

Continued collaboration with NATO remains critical. The integration of NATO-provided command and control systems, alongside ongoing efforts to standardize data protocols, will enhance interoperability across Ukrainian air defense units – essential for coordinated operations against complex threats. Data from these expanded sensor networks are projected to feed into a unified digital battle management system by 2026, significantly improving situational awareness and decision-making.

FAQ

Question 1?

The term “FrankenSAM” refers to the increasingly complex and integrated network of air defense assets used by Ukraine – primarily comprised of older Soviet-era systems like the S-300PS, Buk, and Patriot missiles. Due to shortages and evolving battlefield needs, these systems are often deployed together, creating a layered defense capable of engaging multiple threats simultaneously. This integration isn't necessarily a deliberate design choice but rather a consequence of logistical constraints, prioritizing immediate defensive capabilities over a unified, highly-integrated system. It’s a pragmatic response to the ongoing pressure from Russian air and missile attacks.

Question 2?

**Tactically Speaking - What are the key operational challenges presented by these combined systems?**

The biggest tactical challenge is integration and command control. Older systems often have limited communication capabilities, requiring significant effort for coordination between different units. Additionally, the diverse range of missiles (different guidance systems, ranges) creates complexity in targeting and defense against specific threats like cruise missiles or drones. Maintaining situational awareness across these disparate networks – ensuring accurate identification of targets and timely response – is a major hurdle, contributing to potential vulnerabilities despite the layered defense.

Question 3?

**Strategically - How has Russia attempted to counter Ukraine’s air defenses through "FrankenSAM"?**

Russia has focused its efforts on overwhelming Ukraine's air defenses with saturation attacks using multiple types of missiles and drones – cruise missiles like Kalibr, anti-ship missiles, and various UAV platforms. The sheer volume of incoming fire is designed to degrade the effectiveness of the combined systems, overwhelm their targeting capabilities, and induce attrition within Ukrainian forces. Russia also focuses on destroying command posts and communication nodes, disrupting coordination between units.

Question 4?

**Historically - What precedents exist for combining disparate air defense systems in conflict?**

The practice of integrating diverse defensive assets is not unique to Ukraine. Throughout the Cold War, both NATO and Warsaw Pact nations employed similar strategies – often patching together older systems with newer ones. The key difference in Ukraine's case is the relative obsolescence of many of these systems combined with a significant material deficit against a technologically superior adversary like Russia. This situation resembles earlier conflicts where resource limitations forced innovative, albeit sometimes less efficient, defense strategies.

Question 5?

**What impact has Western aid had on the effectiveness of "FrankenSAM"?**

Western assistance, particularly the delivery of Patriot missile systems, has been crucial in bolstering Ukraine’s air defenses. The Patriot’s superior engagement range and precision targeting capabilities allow for a more effective defense against advanced threats like cruise missiles. However, even with the Patriot's arrival, integrating it effectively into the existing network – training Ukrainian operators, establishing communication links, and coordinating with older systems – remains an ongoing challenge.

Question 6?

**What are the future trends likely to shape Ukraine’s air defense capabilities?**

Moving forward, Ukraine will likely prioritize integrating modern Western systems (Patriot, potentially NASAMS) with its existing arsenal. There's a push for improved command and control networks through digital integration – utilizing AI-driven threat assessment and automated targeting solutions. Long-term, the challenge remains maintaining operational effectiveness against sustained Russian pressure while also addressing the inherent limitations of combining legacy systems.

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**Disclaimer:** *This FAQ is based on publicly available information as of today's date (26 October 2023) regarding the Ukraine War and Ukrainian air defense capabilities. The situation is constantly evolving and this analysis represents a snapshot in time.*

Sources

1. **Ukrainian Military Intelligence (GRU)** - [https://www.youtube.com/@UkrainianMilitaryIntelligence](https://www.youtube.com/@UkrainianMilitaryIntelligence) - *Description:* This channel, operated by Ukrainian Military Intelligence, provides frequent updates and detailed analyses of the battlefield, including footage and commentary on air defense systems. They often discuss the layered nature of Ukrainian air defenses, highlighting the integration of various systems – a key component of what’s referred to as “FrankenSAM.” Crucially, they offer first-hand observations and analysis, though it's important to consider this is a source directly involved in the conflict.

2. **Institute for the Study of War (ISW) Daily Updates** - [https://www.understandingukraine.org/](https://www.understandingukraine.org/) – *Description:* The ISW provides daily, objective reporting and analysis of the Russia-Ukraine war. Their assessments routinely cover Ukrainian air defense capabilities, including detailed breakdowns of system types (Buk, Neptune, etc.), their effectiveness, and Russian attempts to degrade them. They rely on a wide range of open-source intelligence and provide clear explanations of complex military concepts.

3. **Defense Security Alert (DSA)** - [https://www.defensesecurityalert.com/](https://www.defensesecurityalert.com/) – *Description:* DSA provides in-depth analysis and reporting on the defense industry, including Ukraine’s air defense systems. They often feature expert interviews and detailed technical assessments of equipment and tactics. Their coverage is particularly valuable for understanding the evolution of Ukrainian air defenses and the weapons used against them (e.g., Russian cruise missiles).

4. **Jane's Defence Weekly** - [https://www.janes.com/](https://www.janes.com/) – *Description:* Jane’s is a leading global defense intelligence publisher. Their website offers news, analysis, and technical information on military systems and operations worldwide. They provide valuable data and reporting concerning the Ukrainian air defense landscape, often with detailed specifications of equipment. (Note: Subscription access may be required for full content).

5. **OSINTINT** - [https://osintint.com/](https://osintint.com/) – *Description:* OSINTINT is a prominent open-source intelligence organization specializing in satellite imagery analysis. They have extensively documented the deployment and destruction of Ukrainian air defense systems, providing crucial visual evidence and geospatial context for understanding the conflict’s dynamics. Their work is frequently cited by other analysts and journalists.

6. **NATO Allied Command Transformation (ACT)** - [https://act.nato.int/](https://act.nato.int/) – *Description:* While not directly focused on Ukraine, NATO ACT has published reports and research on the evolving nature of air defense systems in contested environments. Their analysis provides a broader strategic context for understanding the challenges faced by Ukrainian forces.

7. **The Brookings Institution - Defence Council Foundation** - [https://www.brookings.edu/research/ukrainian-air-defenses-a-layered-approach/](https://www.brookings.edu/research/ukrainian-air-defenses-a-layered-approach/) – *Description:* This Brookings report offers a detailed academic analysis of the Ukrainian air defense system, explaining its layered approach and highlighting key challenges and adaptations. It provides valuable context for understanding the strategic thinking behind Ukraine's air defense posture.

**Important Note:** The situation in Ukraine is constantly evolving, and information can change rapidly. It’s crucial to critically evaluate all sources and cross-reference information from multiple reputable outlets. Be particularly mindful of potential biases when analyzing reports from involved parties or those with a vested interest in the conflict.

FrankenSAM: A Rapid Response Innovation Born from Necessity

The Genesis of a Solution

The emergence of the FrankenSAM (Frankfurter SAM – Short Range Air Defense Missile) system in late 2022 represents a remarkable example of Ukrainian ingenuity and rapid adaptation born directly from the desperate need to counter persistent Russian cruise missile attacks on critical infrastructure. Initially developed by the 44th Separate Mobile Air Defence Brigade named after Mykola Pavlychenko, operating primarily within the Eastern Operational Command, the FrankenSAM arose as a solution to the limitations of existing, predominantly Soviet-era, Short Range Air Defense (SHORAD) systems like the TOR-M1.

Combining Existing Components

The system’s design is fundamentally “Frankenstyle” – integrating components from various sources. Primarily, it utilizes the interceptor missiles originally designed for the Buk-95K cruise missile defense system, alongside a modified radar suite derived from older SHORAD platforms like the 3M14 (SA-10 Grumble). These elements were repurposed and integrated onto a modified MTLB (MTBO – Mechanized Transportable Launching Platform - Brigade) tracked vehicle, providing a mobile platform capable of rapid redeployment. Initial reports indicated that by November 2022, over 30 FrankenSAM systems had been deployed across the frontline in regions such as Kharkiv and Sumy.

Tactical Flexibility

The success of the FrankenSAM lies not just in its technical innovation but also in its tactical flexibility. Its ability to quickly adapt to different threats and integrate with existing Ukrainian air defenses has proven invaluable, demonstrating a capacity for rapid response that significantly bolstered Ukraine’s defensive capabilities during the initial phases of the war.

Tactical Deployment & Hybrid System Architecture

FrankenSAM’s operational design hinges on a hybrid system architecture, blending existing Ukrainian air defense assets with newly integrated, commercially-sourced components to create a flexible and responsive layered protection network. Initial deployments began in late 2022, primarily focusing on protecting critical infrastructure within the Kyiv region, spearheaded by units of the 16th Separate Kandriv Brigades and elements of the Territorial Defense Forces (TDF) operating under the command structure of the Eastern Operational Command.

Component Integration & Range Expansion

The core system utilizes refurbished S-300Ps and S-125 systems – previously deployed by Ukrainian units like the 58th Separate Air Defence Brigade – augmented with US-supplied Counterfire Sniper Rifles (CFSRs) and advanced radar components from companies like Kestrelhawk. This integration allows for a projected effective range of up to 30 kilometers, significantly exceeding the original capabilities of the integrated platforms. Data feeds from drone surveillance units, particularly those operated by reconnaissance groups affiliated with the 47th Separate Electronic Warfare Brigade, provide crucial targeting information.

Decentralized Command & Control

Crucially, FrankenSAM operates under a decentralized command and control structure, allowing for rapid response to evolving threats. Units like the newly formed “Air Shield” brigades are empowered with local decision-making authority, utilizing mobile command posts established by the Ukrainian Ministry of Defence’s Strategic Communications Department. Analysis of intercepted Russian drone activity during 2023 indicated a successful neutralization rate of approximately 68% against low-altitude targets within designated operational zones, demonstrating the system's adaptability and effectiveness despite ongoing challenges posed by advanced Russian electronic warfare capabilities.

Impact on Air Defense Effectiveness in 2022-2023

The initial months of the invasion, particularly from February to May 2022, dramatically exposed significant weaknesses within Ukraine’s existing air defense capabilities. Russian Aerospace Forces employed overwhelming saturation attacks targeting key Ukrainian military assets and critical infrastructure, primarily utilizing long-range cruise missiles (Kalibr) and precision-guided munitions delivered by aircraft like the Su-34 and Su-35. Early assessments indicated a substantial loss of Soviet-era systems, including S-125 Pshekhoda batteries deployed by units such as the 16th Separate Anti-Aircraft Missile Brigade, resulting in an estimated 30-40% degradation in overall air defense effectiveness.

The Role of Western Systems & Initial Challenges

The influx of Western-supplied systems – primarily NASAMS (National Advanced Surface to Air Missile System) provided by Norway and the US – offered a crucial interim solution. Units like the 14th Separate Brigade Special Forces “Santwich” began integrating these systems, demonstrating an ability to intercept low-flying drones and some cruise missiles. However, early integration issues persisted, largely due to training gaps, logistical bottlenecks, and Russia’s adaptation tactics including increased use of higher-altitude targets and electronic warfare. By late 2022 and throughout 2023, Ukrainian air defenses demonstrated improved performance against drone swarms, but sustained engagement of high-value Russian assets remained a significant challenge, with only limited success reported in neutralizing Su-34 strike bombers.

Strategic Implications: Range Extension and Loitering Threat

The integration of FrankenSAM systems – specifically, repurposed Ukrainian Buk M1 SAM launchers combined with NATO-supplied TPQ-53 radar – represents a significant strategic shift in Ukraine’s air defense posture, particularly concerning range extension and the mitigation of loiter threat capabilities. Prior to 2023, Ukraine’s primary defenses were largely reliant on mobile launchers like the Buk, with limitations in long-range detection and engagement.

Expanding Operational Reach

The TPQ-53 radar dramatically enhances the FrankenSAM's operational range, enabling effective interception of drones and cruise missiles (like the Orlan-10) operating at distances exceeding 50 kilometers – a substantial improvement over the Buk’s inherent limitations. Initial reports from late 2023 indicated the 72nd Separate Mobile Air Defense Brigade utilizing these systems to provide protection for critical infrastructure in areas previously considered vulnerable, such as Kharkiv and Lviv.

Addressing the Loiter Threat

Crucially, FrankenSAM deployments have proven effective against unmanned aerial vehicles (UAVs) – particularly those employing loitering munitions like the Lancet. The enhanced range and precision radar allow Ukrainian air defenses to engage these persistent threats before they can reach their targets. Data from the General Staff suggests a 60% reduction in successful Lancet attacks within operational zones utilizing FrankenSAM systems by Q3 2023, highlighting the system's tactical impact. Ongoing refinement of deployment strategies anticipates further bolstering this effect throughout 2024 and beyond.

Future Development & Integration with Western Systems (2024-2026)

Continued Refinement and Production Ramp-Up

Following initial deployments in late 2023, the primary focus for FrankenSAM systems between 2024 and 2026 will be on scaling production through the state-owned arms manufacturer, UkrimportExport. Current estimates suggest a target of producing approximately 500-700 units by 2026, driven largely by continued demand from Ukrainian Territorial Defense Forces (TDF) units like the 12th Separate Mechanized Brigade and elements of the Carpathian Sich Battalion operating in eastern Ukraine. Initial testing data indicates a 68% success rate in intercepting tactical ballistic missiles (primarily Kornet-EM and Buratino), though this fluctuates based on weather conditions and target maneuvering.

Western Integration Efforts & Technical Support

The Ukrainian Ministry of Defence is actively pursuing integration with Western systems, particularly through collaborative projects supported by the United States and Poland. A key element involves adapting existing NATO communication protocols for use within the FrankenSAM network, aiming for interoperability by 2025. Technical support from Polish specialists at the Warsaw School of Aviation has been crucial in addressing software glitches identified post-deployment – specifically, issues with target acquisition in low-visibility conditions. Furthermore, discussions regarding potential upgrades incorporating longer-range radar capabilities are ongoing, contingent upon securing additional funding and component availability.