The Kalashnikov group will unveil a new individual first aid kit (APPI) at the Voin Expo 2024 in Moscow. This exhibition, held from September 28–29, 2024, provides a platform to present innovations in military technology, and the APPI is one of the latest advancements aimed at improving the survival of soldiers in combat situations.
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The new Russian individual first aid kit APPI. (Picture source: Kalashnikov)

This first aid kit has undergone rigorous field tests, notably in Ukraine, where it has received positive feedback from Russian soldiers and military health professionals. The APPI was developed as part of the "Legionnaire" R&D project, to enhance the equipment of modern soldiers. It features an optimized design, now divided into two distinct compartments, allowing for more effective use in the "red" and "yellow" combat zones. This compartmentalization enables rapid access to essential tools for self-care or assisting comrades during operations, a crucial factor in high-intensity environments.

One of the key components of the APPI is its kaolin-based hemostatic bandage, which is equipped with a radiopaque strip to facilitate identification on imaging devices. This bandage has shown an 88% success rate in controlling massive arterial bleeding, making it one of the most effective hemostatic agents in the Russian military's inventory.

In addition to the hemostatic bandage, the kit includes a self-fixing elastic bandage with a kaolin pad, designed to treat various types of battlefield wounds. The inclusion of a burn agent based on special membranes further enhances the kit's versatility. For pain management, the APPI is also equipped with a sublingual analgesic, whose therapeutic effect is comparable to that of an intramuscular injection, thus speeding up pain relief.

The design philosophy of the APPI is centered on ease of use in intense stress conditions. The separation into two distinct sections allows soldiers to quickly access the most vital tools based on the type and severity of the injury. This system is particularly beneficial in the chaos of combat, where every second counts for saving lives.

In addition to presenting the APPI at Voin Expo 2024, Kalashnikov will also showcase its latest innovations in soldier food rations, designed to enhance endurance and combat readiness. The group focuses on developing more compact, nutrient-rich food solutions to meet the needs of soldiers engaged in prolonged operations. As military operations become more complex, these rations will play a crucial role in maintaining the operational effectiveness of troops.

The positive feedback regarding the APPI in the combat zone in Ukraine suggests that it could become standard equipment for Russian troops, particularly as the Russian military continues to emphasize modernization and the development of advanced combat equipment. The exhibition is likely to draw the attention of international defense sectors, offering potential opportunities for collaboration or export of these kits to other nations with similar battlefield needs.

Raytheon has announced the delivery of the first AN/TPY-2 air defense radar to Saudi Arabia as part of a $2.3 billion contract signed in 2020. This delivery marks a significant step for the Kingdom as it strengthens its missile defense capabilities with this advanced radar system.
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Saudi Arabia has ordered six additional Gallium Nitride-based AN/TPY-2 radars, which will complement its Terminal High Altitude Area Defense (THAAD) system (Picture source: Raytheon)

The AN/TPY-2 radar is distinguished by the full integration of Gallium Nitride semiconductor technology, providing increased surveillance capacity and enhanced sensitivity to threats. Compared to other radio frequency semiconductors, Gallium Nitride offers several advantages, including improved energy efficiency, reduced weight, and higher power output. These features allow the radar to operate more efficiently while detecting threats more quickly and accurately.

Paul Ferraro, president of Raytheon’s Air and Space Defense Systems, stated that the AN/TPY-2 radar is now in a different class after undergoing more than 50 upgrades. According to Ferraro, these modifications will help Saudi Arabia bolster its missile defense while also benefiting the entire fleet by enhancing detection capabilities.

Saudi Arabia has ordered six additional Gallium Nitride-based AN/TPY-2 radars, which will complement its Terminal High Altitude Area Defense (THAAD) system. This defense system is designed to protect Saudi territory from ballistic missile threats, relying on the radar’s recent technological advancements.

Raytheon’s AN/TPY-2 radar is designed to detect, track, and discriminate hostile ballistic missiles at various stages of flight. Operating in the X-band of the electromagnetic spectrum, it provides clearer target visibility, resulting in sharper images and improved threat discrimination.

The system can function in two modes: forward-based mode for detecting long-range ballistic missile threats and terminal mode for guiding interceptors toward the warhead of an enemy missile. According to Bryan Rosselli, Raytheon’s vice president of Strategic Missile Defense, the AN/TPY-2 has the "sharpest eyes" of all current missile defense systems, thanks to its ability to distinguish targets with greater precision.

The introduction of Gallium Nitride technology enhances the radar's reliability, improving its ability to detect, track, and discriminate threats with increased efficiency. By delivering this next-generation radar to Saudi Arabia, Raytheon is helping to strengthen the Kingdom's defensive capabilities while continuing to develop a more robust radar fleet capable of addressing global ballistic missile threats.

In this article, we will explain the AGM-154 Joint Standoff Weapon (JSOW), a crucial piece of military technology that the U.S. is set to deliver to Ukraine. As the conflict with Russia intensifies, the AGM-154 JSOW stands out as a powerful addition to Ukraine’s arsenal, offering precision-guided, long-range strike capabilities that could significantly impact the battlefield. This standoff glide bomb allows Ukrainian aircraft to hit heavily fortified targets from a safe distance, making it a game-changer in their defense strategy.
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U.S. Marines with Marine Fighter Attack Squadron (VMFA) 314, Marine Aircraft Group 11, 3rd Marine Aircraft Wing, inspect an AGM-154 Joint Standoff Weapon (JSOW) at Marine Corps Air Station Miramar, California, March 8, 2024. (Picture source: U.S. DoD)

What is the AGM-154 JSOW?

The AGM-154 Joint Standoff Weapon (JSOW) is a precision-guided glide bomb developed by Raytheon for the U.S. Navy and Air Force. Its primary feature is the ability to strike high-value targets from long distances, ensuring that aircraft can remain outside the range of enemy air defenses. The JSOW has a range of over 130 kilometers when launched from high altitudes and utilizes a combination of GPS and inertial navigation systems to achieve high accuracy. Its modular design allows it to be configured for various missions, with different warheads suited for specific targets. For example, the JSOW-A variant contains cluster munitions, while the JSOW-C is equipped with a unitary warhead ideal for hitting reinforced structures such as bunkers. An extended-range version, the JSOW-ER, adds a turbojet engine, giving it an impressive range of up to 560 kilometers. This versatility makes the AGM-154 a highly adaptable and effective weapon in modern combat.

How the JSOW Benefits Ukrainian Forces

For Ukraine, the AGM-154 JSOW provides a crucial technological edge in its defense against Russia’s larger and more heavily equipped military. The JSOW allows Ukrainian forces to carry out precision strikes on critical Russian assets, including command centers, supply depots, and artillery installations, all from a safe distance, outside the reach of Russian air defenses such as the S-300 and S-400 systems. This standoff capability reduces the risk to Ukrainian pilots, allowing them to stay out of harm's way while effectively targeting key Russian positions. Additionally, the JSOW’s ability to engage a wide range of targets, from hardened fortifications to concentrated armored vehicles, offers Ukraine greater flexibility on the battlefield. The extended-range variant, JSOW-ER, also presents the possibility of striking deeper into occupied territories, disrupting Russian logistics and command infrastructure far behind the front lines.

Strategic Impact in Ukraine's Fight Against Russia

The introduction of the AGM-154 JSOW to Ukraine’s arsenal represents a notable upgrade in its air-to-ground strike capabilities. As the conflict drags on, Ukraine needs weapons that can offset Russia’s numerical advantage and sophisticated air defenses. The JSOW's standoff range and precision make it an ideal tool for Ukraine to degrade Russia's military infrastructure while minimizing the exposure of its pilots.

In particular, the ability to strike targets deep within Russian-occupied regions or key supply routes could slow Russian advances, hamper reinforcements, and destabilize their operational tempo. For Ukraine, this means gaining more freedom of movement on the ground and in the air.

Moreover, the delivery of advanced U.S. weaponry like the JSOW sends a clear message: Western support for Ukraine remains steadfast, not only in terms of financial aid but also through the transfer of cutting-edge military technology. The AGM-154 JSOW is not just another bomb in Ukraine’s arsenal; it is a force multiplier that could tilt the balance in key battles ahead.

For those interested in a deeper dive into the technical specifications of the AGM-154 JSOW, more information can be found on its technical page.

The "Babir-3M" is a modernized version of the BTR-70 armoured troop carrier, produced since 1980. This enhanced combat vehicle, developed since 2013, was showcased at the ADEX 2024 international exhibition, held from September 22 to 25, 2024, in Baku, Azerbaijan. It offers enhanced capabilities, including greater operational range and improved maneuverability across various terrains.

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Azerbaijan Babir-3M Amored Personnal Carrier (Picture source: Army Recognition)

In terms of technical specifications, the "Babir-3M" has a total mass of 12,000 kg, accommodating a crew of 10. It measures 7,535 mm in length, 2,800 mm in width, and 2,320 mm in height. The vehicle is powered by a diesel engine (KAMA3-740.11.240) with a maximum output of 240 hp. It achieves a top speed of 95 km/h on highways and has a fuel consumption of 48 liters per 100 km, allowing for a range of 550 km.

The "Babir-3M" is designed to effectively overcome obstacles, with a maximum gradient of 30 degrees on solid ground and a side slope capability of 25 degrees. Its armament includes a KPVT machine gun with a caliber of 14.5 mm and a PKT machine gun with a caliber of 7.62 mm, both having a maximum firing range of 2,000 meters. The vehicle's firing angles range from -5 to +30 degrees, ensuring versatility in combat scenarios.

The Azeri land forces are equipped with various armoured wheeled vehicles. The latest available figures indicate over 70 BTR-80As and 76 BTR-82As in active service, 132 BTR-70s equipped with the modern "Shimshek" gun turret, fire-control system, and thermal sights (with more BTR-70s in storage), 10 BTR-60s (more in storage), 3 BTR-3s, and 88 BRDM-2s (23 vehicles were modernized and renamed ZKDM).

According to the SIPRI (Stockholm International Peace Research Institute) arms trade database, Azerbaijan has ordered 118 Russian-made BMP-3 tracked infantry fighting vehicles, 100 T-90S main battle tanks delivered between 2013 and 2015, as well as 76 Russian-made BTR-82A 8x8 wheeled armoured personnel carriers delivered in 2017-2018.

Azerbaijan Babir-3M Amored Personnal Carrier (Picture source: Army Recognition)

On September 25, 2024, the Lithuanian government announced it will provide thousands of locally manufactured GA-10-FPV-AI first-person view (FPV) drones to the Ukrainian and Lithuanian armed forces as part of a major investment in a low-cost capability that transforms modern combat.

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Granta Autonomy GA-10-FPV-AI first-person view (FPV) drone (Picture source: Granta Autonomy)

The Lithuanian Ministry of National Defense announced a $1 million contract with the Vilnius-based drone company Granta Autonomy, founded in 2015, for its new GA-10-FPV-AI quadcopter platform.

"The new unmanned aerial vehicles are part of a broader defense procurement initiative worth €8 million involving several other Lithuanian drone manufacturers," Lithuanian authorities stated in a press release.

A total of 2,300 drones will be delivered to the Lithuanian army, and 5,000 units will be provided to Ukraine, sourced from selected Lithuanian companies, with the first deliveries expected to arrive in the war-torn country by the end of this month.

The drones feature a quadcopter frame with vertical takeoff and landing capabilities and the ability to carry a maximum payload of 3 kilograms, according to the company.

In August, the Lithuanian Ministry of Defense announced that combat drones produced by five Lithuanian companies had successfully passed tests conducted by the Ukrainian Ministry of Defense to simulate a frontline environment and would be selected for deployment to troops.

According to local news outlet LRT, an initial batch of drones had previously failed such a test.

The GA-10-FPV-AI is claimed to be capable of operating autonomously in GPS-denied environments, customizable for different video transmission frequencies and camera types.

Ukrainian FPVs have gained importance in recent months on the battlefield, successfully striking Russian attack helicopters and armored vehicles.

Experts predict that the future use of FPVs in combat will involve operating them in swarms or groups to overwhelm enemy defenses at lower costs.

Lithuania has taken note of these developments, announcing this summer that its armed forces are undergoing specialized training to learn how to operate FPVs, along with plans to equip all military branches with these drones.

During the ADEX 2024 International Defense Exhibition in Baku, Azerbaijan, Umud Technologies MMC unveiled the latest modernized version of the short-range air defense system, the 9K33MB "Osa-MB." This combat vehicle, designated 9A33MB, is designed to neutralize various aerial threats, including aircraft, helicopters, winged missiles, drones, and other aerodynamic targets. The manufacturer demonstrated its commitment to enhancing short-range air defense capabilities reliably and efficiently.
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The 9A33MB stands out with a maximum detection range for MiG-29-type targets reaching 60 kilometers, compared to 45 kilometers for the previous model (Picture source: Army Recognition)

The 9A33MB air defense system is engineered to provide reliable protection for military units against aerial attacks under all conditions of engagement. Its ability to rapidly engage targets with short stops makes it a key component in modern defense operations. Among the main features of this vehicle is a HAS target detection range of up to 60 kilometers. For targets with a radar cross-section of 0.3 m², such as drones, the detection range is at least 18 kilometers. The system also includes automatic retuning channels, ensuring continuous target surveillance.

The vehicle can track up to 150 targets simultaneously and has an engagement range from 1,500 to 12,000 meters, with an engagement altitude between 25 and 6,000 meters. The maximum speed of targets that can be neutralized is 650 meters per second. The probability of eliminating a target with a single missile ranges from 0.42 to 0.9, ensuring robust efficiency. The system's reaction time ranges from 8 to 14 seconds, and target selection is carried out with an effectiveness of 40 dB. Additionally, the system is equipped with an optical and thermal device (TOS) that enables automatic target tracking both day and night. The combat vehicle is operated by a crew of four, ensuring optimal performance in the field.

The presentation at ADEX 2024 also allows for a comparison between the 9A33MB and its predecessor, the 9A33BM2(3), highlighting the improvements made. The 9A33MB stands out with a maximum detection range for MiG-29-type targets reaching 60 kilometers, compared to 45 kilometers for the previous model. In terms of minimum HAS target acquisition distance, the 9A33MB performs better with a distance of 35 meters compared to 120 meters for its predecessor. The azimuthal error rate for targets is also reduced to 0.15 degrees for the 9A33MB, compared to 0.9 degrees for the 9A33BM2(3).

System efficiency is significantly enhanced, with HEHS and HAS effectiveness reaching 40 dB for the 9A33MB, compared to 20 dB for the previous model (Picture source: Army Recognition)

System efficiency is significantly enhanced, with HEHS and HAS effectiveness reaching 40 dB for the 9A33MB, compared to 20 dB for the previous model. The number of simultaneously tracked targets is also significantly higher for the 9A33MB, which can track up to 150 targets. This model also includes automatic detection and tracking systems, as well as advanced optical and thermal tracking features, which were absent in earlier versions. Finally, the system's reaction time is markedly improved, reduced to less than 8 seconds for the 9A33MB, compared to 16 to 26 seconds for the 9A33BM2(3).

The manufacturer has also integrated laser rangefinder detection capabilities, allowing target detection up to 15 kilometers. This capability is only available on the 9A33MB version. Additionally, the optical and thermal systems of this model offer a detection and tracking range of 45 kilometers, both for the optical and thermal channels, making it a valuable tool for modern air defense operations.

The presentation of this air defense system at ADEX 2024 highlights the significant technological advancements made by Umud Technologies. These improvements reflect a clear intent to increase short-range air defense capacity while enhancing the overall performance of the 9A33MB. With these new features, this modernized vehicle could see increased proliferation, particularly in countries seeking to strengthen their defense against complex and diverse aerial threats, thanks to an efficient and adaptable system that meets contemporary needs.

At the ADEX 2024 International Defense Exhibition in Baku, Azerbaijan, the country’s defense industry unveiled a modernized version of the ZSU-23-4 Shilka self-propelled anti-aircraft vehicle. This project, conducted in collaboration with Elbit Systems, CSG Defence, and Sumgait Technologies Park (STP), reflects Azerbaijan’s commitment to strengthening its air defense capabilities in the face of modern threats. Designed to provide short-range protection against aerial threats, the Shilka has been upgraded with advanced technologies to maintain its relevance in today’s and future battle environments.

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The modernization of 23 ZSU-23-4 Shilka units, directed by the Czechoslovak Group (CSG), has significantly enhanced the vehicle’s capabilities, particularly in countering drones and other emerging aerial threats (Picture source: Army Recognition)

The modernization of 23 ZSU-23-4 Shilka units, directed by the Czechoslovak Group (CSG), has significantly enhanced the vehicle’s capabilities, particularly in countering drones and other emerging aerial threats. One of the most notable advancements is the installation of a rotating radar capable of detecting targets with a radar cross-section of 1 m² at 20 km, 0.1 m² at 10 km, and 0.01 m² at 7 km. This radar can simultaneously track up to 100 targets within a range of 15 km for 1 m² targets, 7 km for 0.1 m², and 4 km for 0.01 m², improving the Shilka’s interception capabilities against a wide range of threats.

The vehicle weighs 17.6 tons and is operated by a crew of four, who manage its primary weapon: four 23 mm AZP-23 automatic cannons. These cannons can fire between 3,400 and 4,000 rounds per minute, giving the Shilka an impressive rate of fire with an effective range of up to 3,000 meters. This allows the vehicle to effectively engage various targets, including aircraft, drones, and missiles.

The modernization also includes a new digital fire control system that precisely calculates the deflections needed to hit targets, enhancing the vehicle’s overall combat efficiency. Additionally, Elbit Systems’ COAPS-L electro-optical system has been added to visually verify targets, further improving engagement accuracy.

Other upgrades include a new Lombardini LDW1404 liquid-cooled diesel engine, replacing the original gas turbine engine, as well as a modern GPS-based navigation system. This update improves the coordination of the vehicle’s movements and positioning on the battlefield.

The modernization also includes a new digital fire control system that precisely calculates the deflections needed to hit targets, enhancing the vehicle’s overall combat efficiency (Picture source: Army Recognition)

The ability to counter unmanned aerial vehicles (UAVs) has also been enhanced with the installation of directional and omnidirectional radio frequency jamming systems. Three antennas for directional jamming are mounted on the left side of the Shilka’s turret, while an omnidirectional jammer antenna is located at the rear, providing comprehensive protection against UAV threats.

Moreover, the modernization project integrates a surface-to-air missile system from man-portable air-defense systems (MANPADS). The upgraded Shilka will be equipped with the Verba, the latest version of Russian MANPADS, offering an increased capability against longer-range aerial threats.

The presentation of the modernized ZSU-23-4 Shilka at ADEX 2024 demonstrates Azerbaijan’s commitment to bolstering its air defense capabilities in response to modern threats. With the integration of new technologies, the upgraded Shilka provides enhanced protection against a wide range of aerial threats while remaining a versatile and reliable platform for short-range air defense.

At the ADEX 2024 International Defense Exhibition in Baku, Azerbaijan, the country's defense industry presented a modernized version of its T-72 tanks. This modernization program incorporates lessons learned from the ongoing Russian-Ukrainian conflict and reflects the need to enhance the firepower and protection of armored vehicles in response to evolving battlefield threats. This upgrade was unveiled in collaboration with Elbit Systems, an Israeli defense contractor specializing in advanced defense technologies, with whom Azerbaijan has previously cooperated.
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The tanks have been equipped with anti-cumulative screens and a protective lattice structure designed to shield the vehicle's upper parts from drone strikes and explosives (Picture source: Army Recognition)

The upgraded T-72A tanks are now equipped with a modern sighting system and a cutting-edge fire control system developed by Elbit Systems. These improvements increase the accuracy of fire and enhance the tanks' targeting efficiency. The introduction of autonomous and advanced fire control systems enables Azerbaijani forces to maintain operational superiority by engaging targets more effectively, both day and night. The new system integrates day, night, and laser channels, providing commanders and gunners with a comprehensive range of targeting tools. This not only streamlines the firing process but also optimizes crew interaction through a modern human-machine interface.

In parallel with these technological upgrades, the tanks are now equipped with enhanced protection, including modules from the Kontakt-5 reactive armor system, added to the turret and sides of the vehicle. Kontakt-5 provides better protection against various threats, including cluster munitions and kinetic projectiles. Although Azerbaijani designers chose to retain some elements of the older Kontakt-1 armor, likely due to its modularity and ease of repair in the field, the addition of Kontakt-5 increases the vehicle's overall survivability. The new modules, while similar to those used in Russian designs, have been shaped to cover a larger surface area and eliminate blind spots, particularly in the vulnerable area beneath the turret.

Additionally, the tanks have been equipped with anti-cumulative screens and a protective lattice structure designed to shield the vehicle's upper parts from drone strikes and explosives. These lattices, which extend across the tank's roof, offer increased protection from aerial threats while still allowing crew access through specially designed hatches.

The upgraded T-72A tanks are now equipped with a modern sighting system and a cutting-edge fire control system developed by Elbit Systems (Picture source: Army Recognition)

This modernization effort follows a logical strategy for the Azerbaijani military, which operates a large fleet of T-72 tanks, including the original Soviet-era T-72A and T-72B variants, as well as cost-effective upgrades such as the T-72 Aslan. Given Azerbaijan's experience with these tanks, the upgrade package allows for significant capability improvements while maintaining familiarity with the existing platforms. The upgrades aim to extend the operational lifespan of the vehicles and improve their resilience on the battlefield.

The timing of this upgrade coincides with a broader international trend of modernizing older armored platforms, particularly in response to lessons drawn from recent conflicts. Azerbaijan's approach, while not a complete overhaul, strikes a careful balance between enhancing key capabilities and implementing cost-effective solutions that can be easily repaired and maintained under combat conditions.

The unveiling of the modernized T-72 tanks at ADEX 2024 highlights Azerbaijan's commitment to improving its military capabilities. The collaboration with Elbit Systems has brought significant technological advancements to the country's armored fleet, providing increased firepower and protection to these proven vehicles. As regional threats evolve, this modernization program is expected to play an increasingly important role in ensuring the operational readiness of Azerbaijan's armed forces. The ability to implement these updates while leveraging existing resources allows Azerbaijan to maintain a competitive edge in the region.

The U.S. Department of Defense has signed a contract to acquire Iron Fist active protection systems (APS) for its Bradley infantry fighting vehicles (IFV). This initiative marks an important step in strengthening the defensive capabilities of the U.S. Army’s armored fleet.
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Iron Fist active protection system mounted on the Bradley infantry fighting vehicle. (Picture source: US DoD)

According to an official announcement from the Department of Defense, the contract has been awarded to General Dynamics Ordnance and Tactical Systems. Under the terms of this agreement, the company will be responsible for installing these protection systems on the Bradley IFVs. The contract is valued at $191.2 million and covers an unspecified number of systems to be installed over the next three years, with a completion date set for July 31, 2027.

It is worth noting that the funding for this acquisition comes from the budget allocated for assistance to Ukraine. As part of this initiative, the U.S. Army will receive modernized Bradley vehicles equipped with the Iron Fist system, replacing the older M2A2 Bradley models in its inventory.

The Iron Fist active protection system, developed in the early 2000s, was initially designed for the Israeli Defense Forces and has been offered for export to various international clients. The system is designed to intercept and neutralize guided anti-tank missiles and rocket-propelled grenades. Additionally, it is currently being tested to intercept armor-piercing discarding sabot projectiles, enhancing its versatility and effectiveness on the battlefield.

In addition to the Iron Fist countermeasures, the modernized Bradley IFVs will be equipped with onboard radar systems capable of detecting incoming missiles. These systems will work in conjunction with a combined warning system, which includes sensors to detect laser radiation as well as an additional module for space monitoring.

This contract follows the recent presentation of the U.S. Army’s modernized M2A4E1 Bradley infantry fighting vehicle, which is set to begin procurement soon. The addition of the Iron Fist system represents a further improvement in the vehicle’s defensive and operational capabilities.

Furthermore, the Israeli defense company Elbit Systems has recently secured a contract to supply the Iron Fist protection system to the Swedish branch of BAE Systems Hägglunds, highlighting the growing international interest in this protection technology.

This order represents a crucial investment in the modernization of the U.S. Army’s armored vehicle fleet, ensuring that the Bradley IFVs are equipped with the latest active protection technologies to counter evolving threats on the battlefield.

At the ADEX 2024 International Defense Exhibition, held in Baku, Azerbaijan, Improtex Industries unveiled its Revival series demining vehicles for the first time. This presentation marks an important milestone for the local defense industry, highlighting Improtex's growing capabilities in designing and producing specialized vehicles for humanitarian demining operations, particularly in post-conflict zones.
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The Revival T is designed to clear anti-tank mines. It is powered by a CAT C18 engine producing 710 horsepower and 3,200 Nm of torque. (Picture source: ArmyRecognition)

The Revival T, is designed for clearing anti-tank mines. It is powered by a CAT C18 engine producing 710 horsepower and 3,200 Nm of torque. The Revival T is a robust and versatile platform with a length of 8,400 mm, a height of 2,500 mm, a width of 3,000 mm, and a total weight of 21,000 kg.

It can clear up to 4,500 m² of terrain per hour and is equipped with a similar remote control system, enhancing operator safety. Built to tackle rough terrain, the Revival T can climb slopes with a longitudinal incline of 35° and a transverse incline of 20°, while resisting explosions up to 11 kg of TNT, making it well-suited for the most challenging environments.

The Revival P, on the other hand, is a vehicle specifically designed to neutralize anti-personnel mines, and features several technical improvements. One key enhancement is an 11% larger flail attachment, which optimizes its mine-clearing capacity. Additionally, the engine, specially designed by Improtex, offers a 20% power increase, allowing the vehicle to operate in more challenging conditions.

The cooling system has also been upgraded to ensure uninterrupted operations and a larger fuel tank extends its field autonomy during prolonged operations. Designed for easy repairs and to minimize accident risks, the Revival P boasts a low center of gravity, ensuring stability even when exposed to explosions.

Technically, the Revival P weighs 6,500 kg and is powered by an AGCO Power 74D engine delivering 306 horsepower and 1,200 Nm of torque. Its dimensions, measuring 4,900 mm in length, 1,850 mm in height, and 1,700 mm in width, make it a maneuverable and efficient vehicle. It can clear up to 2,500 m² per hour with a movement speed of 5 km/h. The vehicle is also built to withstand the force of a 7 kg TNT explosion, making it suitable for highly dangerous environments. The remote control system allows operators to maintain a safe distance of up to 2,000 meters, reducing personnel risk.

Technically, the Revival P weighs 6,500 kg and is powered by an AGCO Power 74D engine delivering 306 horsepower and 1,200 Nm of torque (Picture source: ArmyRecognition)

Both models in the Revival series use special armored materials to protect critical components such as the engine, hydraulic, and electronic systems. The integration of remote control technology allows operators to work from a safe distance, significantly reducing the risk of injury from debris and shock waves caused by mine explosions.

The Revival series offers an innovative solution for demining operations, essential to post-conflict reconstruction efforts. By securing contaminated territories, these vehicles play a critical role in rehabilitating infrastructure and protecting civilian populations. Improtex Industries continues to develop durable solutions tailored to humanitarian needs, aiming to be a leading force in global demining efforts.

The presentation of the Revival P and Revival T vehicles at ADEX 2024 reflects Improtex Industries' ambition to establish itself as a key player in the demining sector, both nationally and internationally. With their sturdy design, explosion resistance, and advanced technological features, these vehicles are expected to see increased proliferation, addressing the needs of numerous countries, particularly those affected by conflict.

During the ADEX 2024 International Defense Exhibition, held in Baku, Azerbaijan, the manufacturer Improtex Group unveiled its new ITX-20 H MRAP (Mine Resistant Ambush Protected) vehicles for the first time. This event represents a significant step in the development of the country's defense industry capabilities, showcasing these platforms designed for personnel transport and various military missions.
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The ITX-20 H MRAP is designed to transport personnel while ensuring optimal protection against anti-tank mines and machine gun fire. (Picture source: Army Recognition)

The ITX-20 H MRAP (Mine Resistant Ambush Protected) vehicle weighs 19.5 tons and is equipped with reinforced armor and a machine gun turret. It is designed to transport personnel while ensuring optimal protection against anti-tank mines and machine gun fire. The vehicle offers rapid support and secure arrival of teams in the field, improving mobility in hazardous environments.

Farid Abdullayev, the mine clearance project manager at Improtex Group LLC, informed journalists that the potential customers for Improtex's military armored vehicles are mainly in South Asia and South America. He also emphasized that the company's priority is first and foremost to meet the internal needs of the country. Abdullayev specified that the ITX vehicles, locally manufactured, would initially undergo rigorous testing for three to four months. The company is also interested in exporting these vehicles, recognizing that the defense industry is an essential part of the economy. He compared this to Turkey, where the sector is rapidly growing with significant export potential. Improtex hopes that Azerbaijan will continue in this direction and enhance its defense industry capabilities.

Improtex Group also presented three new armored vehicles at the ADEX 2024 exhibition. In addition to the ITX-20 H, the company unveiled the ITX-15 M and ITX-6 L models. These platforms are designed to carry out a range of missions, from personnel transport to patrol operations, command posts, and medical evacuation. According to Abdullayev, Improtex is committed to reducing reliance on imports by offering customized solutions that meet the needs of the country's military and paramilitary structures.

ADEX 2024, held from September 24 to 26 at the Baku Expo Center, marks the fifth edition of this major defense industry event in the region. Since its first edition in 2014, the exhibition has continued to grow, attracting numerous companies representing more than 50 countries. To date, over 200 official delegations have visited the exhibition, which has established itself as a key platform for showcasing the latest innovations in defense. In parallel, the 14th International Exhibition of Internal Security, Safety, and Rescue Equipment, "Securex Caspian," is also taking place in Baku.

With the unveiling of its new armored vehicles at ADEX 2024, Improtex Group demonstrates its ambition to enhance Azerbaijan's defense capabilities. The ITX-20 H, alongside other ITX models, showcases the potential of the local defense industry. By focusing on internal needs while exploring export opportunities, Improtex aims to play an increasingly important role in the proliferation of armored vehicles, both in Azerbaijan and internationally, particularly in South Asia and South America.

Improtex Group also presented three new armored vehicles at the ADEX 2024 exhibition. In addition to the ITX-20 H, the company unveiled the ITX-15 M and ITX-6 L models (Picture source: Army Recognition)

Savage Arms has recently launched a new lever-action rimfire rifle, the Savage REVEL. This model aims to combine a classic design with modern technical features, catering to the needs of today’s shooters while retaining traditional elements. This rifle is intended for users seeking both performance and aesthetics in a single firearm.
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The Savage REVEL is positioned as a reinterpretation of lever-action rifles. (Picture source: Savage Arms)

The Savage REVEL features a walnut stock with a satin finish and checkering designed to enhance grip. This model, positioned as a reinterpretation of lever-action rifles, presents both a classic and contemporary appearance. A variant called the REVEL DLX is offered with a pistol-grip style stock, more modern ergonomics, stippling for better grip, and a rubber butt pad for added comfort.

The rifle incorporates a medium-profile carbon steel barrel, designed to provide a good balance between precision and weight. The model is also equipped with adjustable iron sights, allowing shooters to tailor their shots to personal preferences and conditions.

The lever-action mechanism of the Savage REVEL has been designed to offer smooth operation with fast and reliable reloading. The trigger has been optimized for precise shooting, with a crisp and quick pull. The rifle is equipped with a tubular magazine that allows the loading of multiple rounds, making it suitable for both recreational shooting (plinking) and small-game hunting.

The REVEL also features a quick, toolless takedown system, making it convenient for shooters who need a rifle that is easy to transport, especially for outdoor activities. The oversized lever loop makes the rifle easier to handle, even when wearing gloves or in difficult conditions.

Savage Arms has planned several versions of the REVEL, tailored to different calibers. The .22 LR model is already available for purchase, while the .22 WMR and .17 HMR variants will be released in spring 2025. This range is designed to meet a broad spectrum of needs, whether for recreational shooting or hunting.

In addition to its ergonomic design, the REVEL is equipped with two sling attachment points, making it easy to carry during outdoor excursions. The rifle’s safety is ensured by a crossbolt safety button, preventing accidental discharge. Furthermore, the receiver is drilled and tapped, making it easy to add optics for shooters who wish to customize their firearm with additional accessories.

The Savage REVEL is positioned as a model that aims to combine the characteristics of a traditional lever-action rifle with modern elements to enhance its ergonomics, practicality, and performance. It is offered in several calibers to suit the specific needs of shooters, whether they are recreational shooters or hunters. This addition to Savage Arms’ product line is likely a response to the renewed popularity of lever-action rifles among the public.