Lithuania announced on January 30, 2025, the delivery of mobile short-range air defense systems and missiles to Ukraine, once again underscoring its commitment to supporting Kyiv. These systems, referred to as “man-portable” (carried by a single soldier) and designed to take down low-flying targets, will be a major boost in countering drones, helicopters, and low-flying aircraft. This delivery reaffirms Lithuania’s position as one of Ukraine’s most engaged European partners since the conflict began in February 2022.

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Image of Lithuanian delivery to Ukraine. (Picture source: Lithuanian MoD)

The Lithuanian government has also indicated that this year’s military aid will focus primarily on air defense, the supply of ammunition, drones, and jamming equipment. In parallel, Vilnius intends to strengthen its national defense industry while supporting the development of weapons production directly in Ukraine, thus helping to consolidate Kyiv’s defensive capabilities over the long term. Lithuanian officials have recalled that their country, having been a NATO member since 2004 and a direct neighbor of Russia in northeastern Europe, feels directly concerned by the region’s security issues and intends to take concrete action to help Ukraine.

Among other areas of assistance, Lithuania will continue to contribute to the demining coalition it leads jointly with Iceland. According to statements from the Lithuanian and Icelandic ministries, this coalition plans to provide funding and technical resources for removing mines and unexploded ordnance, which pose a permanent threat to both civilians and military personnel in conflict zones. Similar initiatives to support the Ukrainian armed forces—through training, medical rehabilitation for wounded soldiers, and the provision of equipment—will continue to be funded by Lithuania through international funds and multilateral agreements.

This dynamic is part of an unwavering commitment. Since the start of the war, the Baltic state has supplied Ukraine with an estimated 767 million euros in military aid, and its overall support for Kyiv, encompassing military, financial, and humanitarian aspects, has already exceeded 1.5 billion euros. It is worth highlighting that this substantial investment places Lithuania among the most active European nations assisting Ukraine in terms of equipment deliveries and comprehensive support (medical care, troop training, and demining). Experts in international relations, cited in the press in Vilnius and Kyiv, note that this Lithuanian momentum demonstrates both genuine empathy for the Ukrainian cause and a keen awareness of the security risks facing the region.

By bolstering Ukraine’s air defense and participating in specialized coalitions, Vilnius aims to help Kyiv more effectively defend its key infrastructure, positions on the ground, and civilian population. Lithuanian authorities regularly emphasize that Ukraine’s resistance to Russian aggression is crucial for the stability of Eastern Europe. In this context, the recent deliveries of short-range air defense systems and missiles send a strong message from Lithuania: it remains determined to support its Ukrainian partner militarily and logistically while encouraging other NATO and European Union member states to adopt a similarly supportive stance.

Ukraine has successfully conducted tests of a next-generation interceptor drone developed by the German company TYTAN Technologies. Designed to neutralize enemy drones and reconnaissance systems, this device represents a significant technological advancement in aerial defense. The tests, accompanied by a video published on December 29, 2024, were conducted in collaboration with the Ukrainian platform Brave1 and highlight Ukraine’s efforts to modernize its military capabilities in response to increasing threats.

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Capable of reaching speeds of up to 300 km/h with an operational range of 20 kilometers, this interceptor uses a computer vision system to detect targets (Picture source: BRAVE1)

The TYTAN Technologies interceptor drone stands out for its notable technical performance. Capable of reaching speeds of up to 300 km/h with an operational range of 20 kilometers, it uses a computer vision system to detect targets. Its interception method relies on kinetic collision, eliminating the need for explosive payloads, which makes it both cost-effective and reduces collateral risks.

Designed for rapid deployment within seconds, the drone is particularly suited for countering class II enemy drones, including Iranian-made Shahed kamikaze drones frequently employed by opposing forces. TYTAN Technologies plans to integrate an automatic guidance system in future versions to further enhance its precision and effectiveness.

The tests were conducted under the supervision of Brave1, a Ukrainian platform specializing in defense technologies. Brave1 facilitates collaboration among international manufacturers, local developers, and the Ukrainian government. During the demonstrations, Ukrainian operators controlled the drone, providing valuable insights into its operational adaptability on the battlefield.

Representatives of the Ukrainian Armed Forces and defense experts attended the trials, emphasizing the importance of this technology in the country’s ongoing military modernization efforts. Brave1 is also working to connect TYTAN Technologies with Ukrainian developers to incorporate local solutions and refine the drone’s capabilities further.

The interceptor drone market is becoming increasingly competitive, with several alternative systems offering complementary solutions. Notable competitors include RapidEagle, a French innovation equipped with a net to capture enemy drones without causing damage, minimizing debris risks, and MORFIUS, developed by Lockheed Martin, which uses high-frequency electromagnetic waves to neutralize drones at a distance. Compared to these systems, the TYTAN Technologies drone provides a rapid and direct interception method, simplifying logistics and potentially reducing costs compared to more complex systems.

The use of interceptor drones is particularly relevant in the context of the ongoing conflict in Ukraine. Ukrainian forces face a growing threat from enemy drones used for reconnaissance and kamikaze missions. These devices pose significant risks to critical infrastructure and military positions. Specialized units, such as the Ukrainian 414th Regiment, have already deployed innovative systems to counter these threats. Interceptor drones like TYTAN Technologies' system provide an effective solution for protecting sensitive infrastructure and minimizing human and material losses.

The successful tests of the TYTAN Technologies interceptor drone mark an important step in the modernization of Ukraine’s defense capabilities. This development is part of broader international collaborations aimed at leveraging advanced technologies to address the evolving challenges of modern warfare. The next steps include incorporating operational feedback and accelerating production to ensure these drones can be deployed on a larger scale. These efforts underscore Ukraine’s commitment to enhancing its technological capabilities on the battlefield.

Andriy Yousov, a representative of Ukraine’s Defense Intelligence, shared on December 28, 2024, critical information about the state of Russia's missile stockpiles in an interview with Novyny.LIVE. According to him, Russia has accumulated over 1,400 long-range missiles, including a strategic emergency reserve. This increase enables Moscow to organize its strikes against Ukraine better and intensify reconnaissance efforts compared to the previous year. These revelations highlight a concerning escalation in Russia's military capabilities amidst the ongoing conflict.

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Russia's missile stockpile grew significantly from 870 in November 2023 to over 1,400 in 2024, marking a substantial increase (Picture source: Russian MoD)

Yousov provided a detailed overview of Russia's current arsenal. The Russian armed forces reportedly have 500 Oniks missiles, more than 400 Kh-101, Kh-55, and Kh-35 cruise missiles, approximately 350 Kalibr missiles, 130 Iskander ballistic missiles, and 50 Kinzhal missiles. This represents significant growth compared to November 2023, when the stockpile was estimated at 870 long-range missiles, excluding the Oniks missiles. Even assuming the Oniks inventory remained unchanged, the current total surpasses previous estimates, reflecting an intensified production effort.

This stockpile expansion is largely attributed to sustained production rates. According to Yousov, Russia produces between 40 and 50 Iskander missiles, 30 to 50 Kalibr missiles, and approximately 50 Kh-101 missiles each month. These figures indicate a steady increase in manufacturing capacity over the year. For example, in April 2024, the monthly production rate of Kh-101 missiles was estimated at 40 units, which rose to 50 units by July and has remained consistent since. Similarly, Kalibr missile production, initially estimated at 30 units per month in April, saw occasional increases despite variations in output.

These developments underline Moscow’s determination to bolster its strategic strike capabilities and diversify its missile arsenal. The integration of missiles like the Oniks and Kinzhal into its reserves demonstrates this approach, supported by enhanced reconnaissance and meticulous attack planning. Such measures reflect adaptation to a prolonged conflict and raise concerns about shifting dynamics on the battlefield.

Despite Western economic sanctions designed to hinder its military production, Russia has managed to increase its long-range missile stockpile. These sanctions, which limit access to critical technologies and components, have complicated the manufacturing of advanced weaponry. Nevertheless, Russia has adapted by diversifying supply chains and developing alternative solutions. Reports also suggest that Western components continue to appear in Russian weapons, indicating the presence of procurement networks circumventing imposed restrictions.

To support its war efforts, Russia relies on allies such as Iran, North Korea, and China. Iran has supplied drones and ballistic missiles, while North Korea has increased its shipments of weapons and ammunition to Moscow. China, for its part, provides electronic components and dual-use technologies crucial for Russian arms production. This international cooperation has allowed Russia to partially mitigate the impact of sanctions and sustain, if not expand, its military capabilities despite economic isolation imposed by Western nations.

On December 28, several videos shared by Ukrainian forces on the Telegram channel @zsuwar showcased FPV (first-person view) drones equipped with shotguns shooting down Russian UAVs in mid-flight. This approach highlights the ongoing efforts by Ukrainian forces to employ all available means to address a growing battlefield threat posed by enemy FPV drones, which present significant challenges due to their versatility and destructive potential.

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Screenshot from the video by Ukrainian forces showing a drone equipped with a shotgun shooting down an armed Russian FPV drone (Picture source: Telegram Channel @ZsuWar)

FPV drones have emerged as a critical threat in modern conflicts. These devices, characterized by their agility, high speed, and precise navigation capabilities, can be armed to attack ground targets or engage other drones in the air. Their low production costs and relative accessibility make them valuable assets for asymmetric operations. However, their small size and mobility complicate detection and interception, posing significant challenges for traditional defense systems.

To counter these threats, various tools have been developed by armed forces worldwide. These include electronic systems to disrupt communication between a drone and its operator, directed-energy weapons such as lasers, and kinetic measures like rifles or interceptor drones. Despite their effectiveness in specific scenarios, these countermeasures have limitations: electronic jamming is ineffective against pre-programmed drones, lasers require high precision and power, and kinetic solutions demand close-range engagement with the target.

Faced with Russia's extensive use of FPV drones, Ukrainian forces continuously adapt their strategies. The use of drones armed with shotguns provides a pragmatic solution for intercepting and destroying aerial threats. In the videos, Ukrainian drones approach their targets at high speed, fire with precision, and neutralize enemy UAVs before they can complete their missions. Although the reliability of this system is still under evaluation, initial demonstrations suggest promising results.

In November, a similar Ukrainian project involving anti-aircraft drones successfully neutralized over 400 Russian UAVs, including models like the Orlan, Zala, and Lancet loitering munitions. This underscores the importance of developing effective countermeasures tailored to evolving threats. The experience gained from these efforts could influence strategies in other nations facing similar challenges.

The use of FPV drones equipped with shotguns is part of a broader trend of innovation on the battlefield. These systems combine technological accessibility with operational flexibility, enabling Ukrainian forces to respond swiftly to dynamic threats. If scaled effectively, this approach could enhance defense capabilities against enemy drones while redefining the role of drones as multifunctional tools in modern warfare.

The integration of shotguns onto FPV drones marks a notable shift in Ukraine’s anti-drone strategies. With their ability to effectively neutralize hostile UAVs and the potential for large-scale production, these systems could reshape battlefield dynamics. This initiative demonstrates Ukraine's commitment to exploring practical and adaptable solutions to meet the technological challenges of contemporary warfare.

The Kalashnikov Group has successfully fulfilled its commitments for the year 2024 regarding the delivery of Vikhr-1 air-launched guided missiles, ensuring complete and timely shipments. This achievement was made possible by the opening of new production facilities equipped with advanced technology, allowing the company to meet its delivery schedule.

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The Vikhr-1 missile is an enhanced version of the Russian 9K121 Vikhr air-launched guided missile. (Picture source: Kalashnikov)

In addition to fulfilling its current obligations, Kalashnikov has introduced a modified version of the Vikhr-1 missile, offering expanded combat capabilities. This new variant, now in production, is being shipped to the relevant customers.

Moreover, Kalashnikov is about to finalize the commissioning of two new workshops dedicated to the production of anti-aircraft guided missiles for the Strela air defense system. These workshops are expected to be fully operational by December.

The Vikhr-1 missile is an enhanced version of the Russian 9K121 Vikhr air-launched guided missile, developed by the KBP design bureau. Designed to be launched from helicopters such as the Ka-50 and Ka-52, as well as from ground attack aircraft like the Su-25T, the Vikhr-1 is intended to engage a wide range of ground and air targets, including armored vehicles, fortified structures, helicopters, attack aircraft, and drones. Its ability to operate day and night, even in adverse weather conditions, makes it a valuable asset on the battlefield.

The missile is equipped with a versatile dual-stage warhead, consisting of a shaped charge and a fragmentation casing, allowing it to destroy a variety of targets, whether armored, airborne, or surface-based. This design makes the Vikhr-1 more flexible than other missiles that require specific variants for each type of target. Its engagement range varies from 800 to 10,000 meters, with a vertical range from 10 to 4,000 meters, and its maximum speed reaches Mach 1.8 (610 meters per second), enabling it to strike targets quickly. The laser beam-riding guidance system, emitted by the launch platform, ensures enhanced accuracy while reducing susceptibility to jamming and electronic countermeasures, unlike homing-guided missiles.

Furthermore, the Vikhr-1 can be fired individually or in a salvo of two missiles simultaneously against the same target, increasing its efficiency and lethality compared to previous systems. This capability to engage multiple targets rapidly enhances its versatility and performance in modern combat scenarios. With its high precision and ability to strike with speed and power, the Vikhr-1 meets the current demands of armed forces, providing a reliable and effective solution for long-range strike missions.

Kalashnikov's precision-guided munitions, including anti-aircraft missiles for the Strela system, the Vikhr-1, and Kitolov-2M guided artillery shells, continue to play a key role in air defense operations. The company has significantly increased the production of these systems in 2024, further strengthening its commitment to providing advanced solutions to meet modern defense needs.

In November 2024, Russia escalated its drone campaign against Ukraine, launching approximately 2,300 single-use unmanned aerial systems (UAS), exceeding the already high figures of the previous month. This increase sets a new monthly record and reflects a consistent upward trend observed since the beginning of the year. According to British military intelligence, the launch rate has grown significantly since July, with monthly increases often exceeding 200 additional units..

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The drones employed by Russia demonstrate a range of technical capabilities tailored to their missions (Picture source: ZALA)

This surge in drone usage combines sophisticated systems with simpler devices. Between September and November, an estimated 50-60% of the deployed drones were decoys, designed to overwhelm Ukrainian air defenses. These decoys, often smaller and less expensive than Shahed drones due to their simplified construction, aim to saturate radar systems and complicate detection efforts, thereby straining defense teams. While classified as decoys, some of these devices carry small explosive payloads of up to 5 kilograms, making them dangerous if they reach their targets.

November’s deployment numbers continued to rise, albeit at a slightly slower growth rate compared to previous months. Preliminary figures for December 2024 indicate approximately 850 launches midway through the month. This apparent decline may be attributed to adverse weather conditions, with periods of inactivity followed by large-scale waves of launches. Experts suggest that the lack of significant impact on launch sites or production facilities enables Russia to sustain monthly deployment levels exceeding 1,500 drones. This approach allows continuous pressure across Ukraine while facilitating the replenishment of long-range missile stocks.

The drones employed by Russia demonstrate a range of technical capabilities tailored to their missions. The Shahed-136 (Geran-2), of Iranian origin, is a single-use kamikaze drone equipped with a substantial explosive payload. It is designed for long-range strikes, with an estimated range of 2,500 kilometers and moderate precision against fixed targets. The ZALA Lancet, a loitering munition, is another single-use drone equipped with advanced optics for target identification. Compact and maneuverable, it carries a small explosive charge, making it effective for precision strikes on specific objectives.

The use of drones in this conflict highlights Russia’s ability to adapt its tactics to strain opposing defenses. This asymmetric strategy forces Ukraine to allocate significant resources to counter attacks that may have limited physical impact but considerable psychological and logistical implications. The large-scale deployment of single-use drones, coupled with a comprehensive targeting strategy across Ukraine, underscores the persistent nature of this threat and the challenges it presents to air defense systems.

In recent months, Russia has increasingly employed drones for targeted strikes, particularly against Ukraine’s energy infrastructure. These systems play a central role in operations aimed at disrupting the country’s power supply. Designed for long-range missions, these drones target critical sites such as power plants, substations, and high-voltage transmission lines. By deploying waves of drones, including decoys, Russia increases the likelihood of successful strikes. This strategy not only complicates defensive measures but also aims to weaken Ukraine’s resilience by depriving its population and military of essential energy resources.

The Ukrainian Armed Forces have successfully struck a Russian 2S43 Malva self-propelled howitzer in the Kursk Oblast using unmanned aerial vehicles (UAVs). The attack, carried out by the Flying Skull Unmanned Systems Force, involved two FPV (first-person view) drones targeting this rare artillery system.

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The 2S43 Malva is a Russian self-propelled howitzer designed to provide long-range artillery support. (Picture source: Social Media)

The operation, shared in footage by blogger Serhiy Sternenko, highlights the increasing use of UAVs by Ukrainian forces for precision strikes. The first drone hit the cockpit where the vehicle’s crew was located. Despite this, the 2S43 Malva continued moving. A second drone targeted the artillery section of the system, hitting the ammunition containers and the cannon area.

Despite sustaining two drone hits, the vehicle appeared to remain operational, leaving the targeted road section that was under Ukrainian fire. This serves as another example of the resilience and adaptability of Russian equipment in the face of advanced Ukrainian drone warfare.

The 2S43 Malva, a relatively recent addition to Russian artillery forces, was first spotted in the combat zone in June 2024. However, it had entered service toward the end of the previous year. It was initially captured by long-range reconnaissance drones in the Belgorod Oblast. At that time, the Ukrainian Defense Forces had been unable to strike it.

The 2S43 Malva is a Russian self-propelled howitzer designed to provide long-range artillery support. Armed with a 152mm 2A64 howitzer, it is capable of firing a range of munitions, including high-explosive, active-reactive, and guided projectiles. The system is built on the chassis of a BAZ-6010-027 truck, which allows for higher mobility and faster deployment compared to traditional tracked artillery systems. This wheeled design makes the 2S43 more suitable for quick repositioning, offering flexibility on the battlefield.

The 2S43 Malva is equipped with several advanced combat features. Its fire control system integrates a ballistic computer, GPS navigation, and automated targeting to improve accuracy and operational efficiency. Additionally, the vehicle is fitted with thermal imaging and night vision devices, enhancing its effectiveness during low-visibility conditions. The inclusion of smoke grenade launchers provides added protection for the vehicle, allowing it to evade targeting in combat situations. The vehicle also benefits from an auxiliary power unit (APU), ensuring operational capability when the main engine is not running.

In terms of mobility, the 2S43 Malva is a relatively lightweight and fast system, weighing 32,000 kg and capable of reaching speeds of up to 80 km/h on roads. It has a range of 1,000 km, allowing it to operate over long distances without requiring frequent refueling. The vehicle's dimensions are 13 meters in length, 2.75 meters in width, and 3.1 meters in height. While it offers protection against small arms fire and artillery shell splinters, the 2S43 Malva’s crew of five, consisting of a commander, driver, gunner, and two loaders, operates in a relatively light-armored environment.

One of the advantages of the Malva is its lighter weight compared to the tracked Msta-S, weighing 32 tons due to its open mounting design. The vehicle is mounted on the BAZ-6010-027 truck chassis, reducing production costs and accelerating manufacturing. However, it is also reported that the system lacks modern automation, requiring manual ammunition loading and offering limited horizontal guidance angles. Additionally, the vehicle requires flat ground for operation as its platform lacks an independent leveling system.

Despite its shortcomings, the 2S43 Malva remains a valuable asset for Russian artillery, and its presence on the battlefield underscores the evolution of artillery systems in the ongoing conflict.

German Chancellor Olaf Scholz confirmed that Germany has delivered its sixth IRIS-T SLM air defense system to Ukraine. This announcement was made during a national press conference following the European Council meeting in Brussels and is part of Germany's previous commitment to supply a total of six IRIS-T SLM systems, along with two additional IRIS-T SLS launchers, by the end of 2024.

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The medium-range IRIS-T SLM air defense system is an advanced solution designed to counter a wide variety of aerial threats. (Picture source: German MoD)

The IRIS-T SLM system is a sophisticated ground-based air defense solution, capable of intercepting a wide range of aerial threats, such as drones, aircraft, helicopters, and cruise missiles. With its advanced technology, it provides continuous protection over vast areas, making it a crucial asset for protecting critical infrastructure and military forces.

Since its deployment, the IRIS-T SLM has proven effective in combat, particularly in protecting Ukrainian civilians and vital infrastructure from ongoing Russian air strikes. The air defense units supplied by Germany have played a vital role in strengthening Ukraine’s ability to defend against the escalating aerial threats.

Germany's commitment to providing advanced defense systems to Ukraine marks a significant shift in its military support, with Germany now the second-largest supplier of military aid to Ukraine, after the United States. This represents a substantial change from its initial hesitations to provide arms in the conflict.

The medium-range IRIS-T SLM air defense system is an advanced solution designed to counter a wide variety of aerial threats, including aircraft, helicopters, drones, and cruise missiles. The system relies on a missile weighing 87.4 kg, measuring 2.94 meters in length, and capable of reaching speeds of Mach 3. Its range extends up to 40 km, offering effective coverage to protect large areas from aerial attacks.

The missile is equipped with an infrared seeker, allowing for precise detection and interception of threats, even in complex environments. The guidance system combines radar and command vehicles for optimal coordination. It is integrated into a sophisticated network of radars and combat control systems, including Saab Giraffe radars, CEA Technologies CEAFAR multifunctional radars, TRML-4D radars, the Oerlikon Skymaster combat control system, and the Airbus Tactical Operation Centre.

These elements allow the IRIS-T SLM to quickly adapt to combat situations, providing fast and precise responses to multiple threats. The system stands out for its ability to offer robust, continuous protection while ensuring great flexibility through its sophisticated control and detection network, making it a strategic asset for modern defense forces.

The delivery of additional IRIS-T systems strengthens Ukraine's layered defense strategy. The SLM variant provides medium-range interception capabilities, while the IRIS-T SLS launchers are designed for short-range defense, offering comprehensive protection against a wide range of aerial threats. Together, these systems play a key role in enhancing Ukraine’s resilience in the face of ongoing hostilities, further solidifying its air defense infrastructure.

On November 25, 2024, the United Aircraft Corporation (UAC), part of the Rostec State Corporation, delivered a new batch of fifth-generation Su-57 fighter jets and Su-34 fighter-bombers to the Russian Ministry of Defense. These deliveries are part of this year’s defense procurement program, thus strengthening Russia’s operational and tactical aviation capabilities.

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The Su-57 is a multirole combat aircraft developed by the Sukhoi Design Bureau, intended for both air superiority and ground attack missions. (Picture source: Rostec)

“Rostec’s aviation enterprises continue to deliver aircraft on schedule. The Su-57 and Su-34 handed over today will soon enter service. The Su-34 is highly regarded for its tactical, technical, and combat performance. As for the Su-57, it is considered one of the most advanced operational-tactical aircraft in service. It can engage a wide variety of targets using a broad range of precision weapons, all while remaining undetected, even against modern air defense systems.”

The Su-57 stands out as a next-generation multirole fighter aircraft designed to engage ground, naval, and aerial targets. Its stealth features reduce its radar signature and enable it to operate effectively in highly contested environments. It can also conduct missions 24/7, in difficult weather conditions, and under significant electronic warfare.

The Su-57 is a multirole combat aircraft developed by the Sukhoi Design Bureau, intended for both air superiority and ground attack missions. Its first flight took place on January 29, 2010, and it was officially commissioned on December 25, 2020. Designed to serve as a next-generation stealth fighter, it boasts advanced aerodynamics with the capacity to carry various military payloads while reducing its radar signature through its shape and materials.

Although the Russian version is a single-seater, a two-seater variant is planned for India, highlighting the concept’s modularity and the potential for international collaboration. The early production models are equipped with two AL-41F1 turbofan engines featuring afterburners and thrust-vectoring nozzles, delivering approximately 149 kN of thrust each. Ultimately, the Su-57 is expected to benefit from the more powerful Izdeliye 30 engine, whose thrust is anticipated to reach 170 kN.

With a wingspan of 14 meters, a length of 19.70 meters, and a height of 4.80 meters, the aircraft is large enough to carry up to 10,300 kg of fuel along with a variety of weapons. With a maximum takeoff weight of up to 37,000 kg, it reaches a top speed of about 2,600 km/h (Mach 2.45), a service ceiling of 20,000 meters, and a combat radius of 1,800 km—demonstrating its capability to strike distant targets. Its endurance of about 5.3 hours and climb rate of 21,000 m/min underscore its overall performance among the best in its class.

In terms of armament, the Su-57 is equipped with a built-in 30 mm GSh-30-1 cannon. It also features two main weapon bays situated between the engines and two auxiliary bays on each flank, each intended to carry air-to-air missiles. Additionally, six external hardpoints under the wings expand its offensive capacity, including the potential for nuclear payloads. This combination gives it formidable versatility, both for aerial defense missions and precision strikes.

Regarding avionics, the Su-57 incorporates, among other systems, a Sh121 active electronically scanned array (AESA) radar, a major advantage in detecting and simultaneously tracking multiple targets at long range. This advanced electronic architecture improves target detection, missile guidance, and overall tactical situational awareness. Meanwhile, the announced unit cost is around 50 million dollars, reflecting the substantial investment in cutting-edge technology represented by this fifth-generation stealth fighter.

The Su-34 is designed to strike ground and surface targets, as well as infrastructure protected by air defense systems, at great distances from its base. Capable of withstanding enemy fire and electronic countermeasures, it excels in day and night operations under diverse geographic conditions. It can employ both guided and unguided munitions and conduct aerial reconnaissance missions.

“The fifth-generation Su-57 aircraft complex and the Su-34 tactical bomber are the best aircraft in their class. They have already demonstrated their superior maneuverability, combat capabilities, and on-field effectiveness. UAC is committed to meeting the objectives of the state defense order and improving working conditions, notably through salary increases and an expansion of our social programs.”

In a move that underscores the Ukrainian military's adaptability and resourcefulness, the Air Force Rifle Brigade has successfully modified tactical Humvee vehicles into improvised "gun trucks," equipped with the powerful GSh-23 aircraft cannon. This initiative, reported by the Ukrainian MoD, highlights Ukraine’s innovative approach to bolstering frontline firepower with available resources.

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The Air Force Rifle Brigade has successfully modified tactical Humvee vehicles. (Picture source: Ukrainian MoD)

Recently, the brigade conducted live-fire exercises using these modified Humvees, where crews engaged in a series of tactical maneuvers, enhancing both their firing accuracy and operational efficiency. The exercises featured a combination of direct-fire and indirect-fire operations, with the latter carried out from concealed positions. To support precision targeting, reconnaissance drones were employed to adjust the fire beyond line-of-sight.

At the core of these "gun trucks" is the GSh-23L, a 23mm automatic cannon originally designed for aircraft use. The cannon is capable of firing both armor-piercing and high-explosive fragmentation rounds at rates of 500 to 3,500 rounds per minute in controlled bursts. With an effective direct-fire range of up to 2 kilometers, the weapon’s range can extend significantly further—up to 6 kilometers—when deployed in high-arc, indirect-fire mode.

While the GSh-23L was initially designed for use on airborne platforms, adapting it to ground combat has posed some challenges. The cannon was not intended to withstand the harsh environmental conditions typically encountered on the battlefield. Notably, it lacks mechanical sights and is more vulnerable to contamination than typical ground weapons, which could impair its functionality.

To overcome these obstacles, Ukrainian engineers have mounted the GSh-23L on a custom-designed turret that includes an integrated ammunition feeding system. It is believed that the engineers have also incorporated makeshift optical targeting mechanisms to compensate for the cannon's inherent limitations when used on the ground.

As of January 2024, the United States had committed 1,999 armored High Mobility Multipurpose Wheeled Vehicles (HMMWVs, commonly known as Humvees) to Ukraine, with an additional 300 M113 armored personnel carriers.

Regarding losses, specific figures detailing the number of Humvees captured or destroyed by Russian forces are not readily available in the provided sources. However, reports indicate that Ukrainian forces have effectively utilized these vehicles in various combat scenarios, including cross-border operations. For instance, during a cross-border raid into Russia's Belgorod region in May 2023, images surfaced showing damaged Humvees, suggesting their involvement in such operations.

This adaptation of the GSh-23L on Humvees exemplifies Ukraine's ongoing efforts to maximize the capabilities of existing military equipment, offering valuable lessons in military ingenuity and adaptability in the face of rapidly evolving combat conditions.

On December 13, 2024, the Ukrainian state-owned enterprise UkrOboronProm officially announced the start of licensed assembly of CZ Bren 2 rifles in Ukraine. This marks a significant step in Ukraine's ongoing efforts to strengthen its defense capabilities and reduce its reliance on foreign arms supplies. The assembly, which began in November 2024, is being carried out in partnership with the Czech company Česká zbrojovka a.s. (CZUB), a renowned firearms manufacturer based in Uherský Brod, Czech Republic. CZUB is a subsidiary of the Czech multinational group Colt CZ Group SE.

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The CZ Bren 2 rifle is a modern and reliable assault rifle. (Picture source: CZ)

The locally assembled CZ Bren 2 rifles in Ukraine are being produced under strict quality control measures to ensure they meet the high standards established by CZUB. As part of this collaboration, Czech experts from Česká zbrojovka have trained UkrOboronProm personnel to ensure the assembly process adheres to the required standards of this advanced weapon system. This partnership represents a deepening of defense industry ties between Ukraine and the Czech Republic, with both countries working together to address Ukraine's immediate and long-term defense needs.

The ultimate goal of this project is to transfer the full production of CZ Bren 2 rifles to Ukraine. In the future, these rifles will be manufactured locally under the Ukrainian name "Sich," reflecting the country's growing self-sufficiency in weapon production. This shift to local production is part of Ukraine's broader strategy to strengthen its national defense industry while fostering partnerships with international defense companies.

The agreement for licensed assembly and the eventual full production of CZ Bren 2 rifles was formalized in a memorandum signed by UkrOboronProm and CZUB in July 2023. Additionally, a separate memorandum was signed with Sellier & Bellot, a Czech ammunition manufacturer, now also part of the CZ Colt Group. This agreement focuses on transferring ammunition production to Ukrainian territory, further enhancing Ukraine's self-sufficiency in critical defense materials.

The CZ Bren 2 rifle, a modern and reliable assault rifle, has been a crucial component of Ukraine's defense since the early days of the ongoing conflict. Thousands of these rifles are currently deployed across the Ukrainian Armed Forces, including in elite units under the Ukrainian Military Intelligence Directorate (GUR MO). The rifle is highly regarded for its reliability, ease of use, and modern design, making it a popular choice among Ukrainian soldiers.

The decision to locally assemble and eventually produce the CZ Bren 2 rifle in Ukraine not only reflects a strategic move to strengthen Ukraine's defense industry but also represents a significant step toward ensuring the continuous availability of modern and effective weaponry for the Ukrainian Armed Forces. The collaboration with Česká zbrojovka and Sellier & Bellot is part of a broader effort to modernize Ukraine's military and ensure it remains well-equipped to face persistent threats.

With the transfer of production capabilities to Ukrainian soil, the Ukrainian Armed Forces will gain greater control over the supply and maintenance of the CZ Bren 2 rifles, ensuring that they continue to serve as a reliable asset in the defense of Ukraine for years to come.

On December 16, 2024, the U.S. State Department, through the U.S. Defense Security Cooperation Agency (DSCA), announced the approval of a $226 million Foreign Military Sale (FMS) aimed at supporting Ukraine's fleet of F-16 fighter jets. This support package is designed to enhance Ukraine's air defense capabilities as it continues to face external threats.

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The F-16 Fighting Falcon is a multirole fighter aircraft developed by General Dynamics. (Picture source: US DoD)

The approved sale includes a range of maintenance equipment and support services. Key elements of the package include Joint Mission Planning software, modifications and maintenance support, spare and repair parts, as well as training and training equipment for Ukrainian personnel. These provisions are expected to significantly improve Ukraine's ability to sustain and operate its F-16s, which play a critical role in its defense strategy.

The F-16s have been a vital addition to Ukraine's air defense since their arrival in August 2024, following confirmations from Ukrainian President Volodymyr Zelenskyy that the aircraft are now operational. The delivery of these fighter jets is part of an ongoing international effort, with the Netherlands and Denmark already supplying the aircraft, and additional deliveries expected from Norway and Belgium.

The support package approved by the Pentagon aims to ensure that Ukraine is better equipped to face current and future threats. The United States has emphasized that this aid will strengthen Ukraine's ability to conduct defense operations and secure its airspace, with a particular focus on ensuring long-term capabilities.

The major contractors involved in this sale are key players in the defense industry, such as Lockheed Martin, and Pratt & Whitney, who will provide critical support and services to ensure the operational effectiveness of the F-16 fleet.

This decision comes as part of Ukraine's ongoing efforts to strengthen its military capabilities, particularly in the air domain, and underscores the growing commitment of international partners to assist Ukraine in maintaining its defense against external aggression.

It is interesting to note that although the United States is not supplying F-16s directly to Ukraine, it is supporting the European countries' initiative by providing material and logistical assistance. It should also be remembered that European countries cannot supply F-16s without the agreement of the United States.

The F-16 Fighting Falcon is a multirole fighter aircraft developed by General Dynamics, now Lockheed Martin. It made its first flight on February 2, 1974, and entered service in August 1978. Since then, it has remained a key component of the air forces of many nations worldwide, due to its versatility, power, and combat capabilities. Designed to be lightweight, maneuverable, and highly efficient, the F-16 is capable of performing a wide range of missions, whether air superiority, ground attack, reconnaissance, or electronic warfare.

The aircraft is powered by a Pratt & Whitney F100-PW-229 turbofan engine, delivering 79 kN of thrust without afterburner and 130 kN with afterburner, allowing the F-16 to reach a maximum speed of 2,173 km/h, or Mach 2.04. It can operate at a maximum altitude of 15,200 meters, with an impressive climb rate of 15,240 meters per minute. In terms of range, the F-16 can carry out missions at a distance of 550 kilometers, making it suitable for rapid and flexible operations.

Its design offers excellent maneuverability, with a wingspan of 9.8 meters and a length of 14.8 meters. The aircraft is equipped with a 20mm M61A1 Vulcan cannon for close engagements, but it can also carry a wide range of external armaments, including air-to-air missiles such as the AIM-7 Sparrow, Sidewinder, and AMRAAM, as well as air-to-ground missiles like the Maverick, or even laser-guided bombs and rockets. Its capacity to carry up to 12,000 kg of armament makes it a versatile aircraft capable of performing precision strikes on various types of targets.

The aircraft is also equipped with advanced avionics, including progressively upgraded radars (AN/APG-66, AN/APG-68, and AN/APG-83 with an active antenna), as well as electronic warfare systems such as the ALR-56M radar detector and the AN/ALQ-131 electronic warfare pod. These systems allow the F-16 to conduct complex missions in hostile environments while remaining highly maneuverable and adaptable to a wide range of operational scenarios.

This latest support package adds to the ongoing military assistance provided to Ukraine, reinforcing the international community's commitment to Ukraine's sovereignty and security in the face of the conflict with Russia.