Israel has successfully completed extended trials of the upgraded David's Sling system in the Iron Swords War

 

The Israeli Defense Ministry recently announced the successful completion of a series of serious tests of the David's Sling air defense and missile defense system, which helped make it even more reliable and effective in the difficult conditions of the current war, known as "Iron Swords." The tests were conducted as part of planned flight tests led by the Israeli missile defense organization IMDO, with the support of the Defense Research and Development Authority and in active collaboration with the Americans from the Missile Defense Agency and Rafael, which developed the system.

During the tests, David's Sling worked out combat scenarios that are as similar as possible to real threats — this is how they tested how the system would react to medium-range missiles and various aerial targets. The missiles of the complex have two types of guidance, which helps to accurately shoot down targets in any weather and under different conditions.

David's Sling occupies a niche in Israel's overall defense system, between the Iron Dome, which operates at short range, and large systems at long range. Thanks to the latest updates, it is becoming a more powerful and reliable element of defense.

This is a very important step for Israel, because today the country is facing a great missile threat. The better the system works, the calmer people will be and the stronger the protection of strategically important facilities. Working together with the United States and companies like Rafael helps to improve technologies and make them more efficient.

Marines will receive the SMASH 2000L smart sight to fight drones

From the beginning of the new fiscal year, which starts on October 1, the US Marines will begin deploying the new SMASH 2000L fire control system. This high-tech platform will significantly improve the effectiveness of combating small drones that pose a modern threat on the battlefield. Priority in equipping will be given to units that are on the front line and in the area of active operations.

Features of the SMASH 2000L system

The SMASH 2000L fire control system is equipped with an intelligent sight with advanced algorithms for detecting, tracking and defeating small unmanned aerial vehicles. It allows you to quickly recognize drones, conduct targeted shooting and coordinate fire with minimal delay, which is critical when dealing with mobile and inconspicuous targets.

Advantages and impact on combat capability

- Increased Efficiency: SMASH 2000L will help Marines shoot down drones before they can complete reconnaissance or attack missions.

- Protection of personnel: Reducing the threat from drones will improve the security of camps and positions.

- Integration with existing weapons: The sight is easily mounted on standard small arms, which minimizes adaptation time and training of personnel.

The deployment of the SMASH 2000L will be an important step in countering the growing threat of drones, which are increasingly being used in modern conflicts. It is expected that the new system will significantly increase the capabilities of the Marines in defense and offensive operations.

US equips soldiers with advanced Danish anti-drone systems

Do you know how drones have become a real headache for militaries around the world right now? So the US Army decided to seriously upgrade the protection of its soldiers. They have signed a major contract with the Danish company MyDefence for the supply of wearable anti—drone systems - for as much as $ 26 million! This is not just another purchase of equipment, but a real breakthrough in how soldiers will defend themselves from drones in various parts of the world.

What kind of systems are these?

We are talking about modular, lightweight and user-friendly devices that soldiers can carry with them right on the battlefield. These gadgets will help detect and neutralize enemy drones, which are increasingly being used for reconnaissance and attacks. Imagine that every fighter will now have their own "anti—drone shield" - this will significantly increase the safety and effectiveness of operations.

Why is this important right now?

The threat of drones is growing every day. They are becoming more and more advanced, and the airspace is becoming more saturated and contested. In such circumstances, it is important to have flexible and mobile solutions that work in real time and can quickly respond to threats. That is why the United States relies on wearable systems — they give soldiers freedom of action and confidence in protection.

What does this mean for defense?

- Strengthening transatlantic ties: Cooperation with the Danish company shows that the allies are coming together to solve common problems.

- A new era in the fight against drones: mobile and efficient systems are becoming the standard in the arsenal of modern armies.

- Increased soldier safety: fewer risks and more opportunities for successful missions.

All in all, this is a great example of how technology makes war a little safer for those who wage it.

KC-135 tanker aircraft will receive drone launchers — a new level of protection and intelligence for the US Air Force

The US Air Force plans to equip its KC-135 tanker aircraft with launchers for launching small unmanned aerial vehicles (UAVs). This initiative is aimed at expanding the capabilities of tankers that traditionally perform aerial refueling tasks.

The main advantages of the introduction of UAVs on the KC-135:

- Increased protection: drones will be able to perform reconnaissance and early warning functions against air and ground threats, providing an additional layer of security for the tanker and its escorted forces.

- Increased situational awareness: UAVs will provide commanders with a more complete picture of the operational situation in real time.

- Additional attack capabilities: small drones will be able to strike targets, supporting combat operations and reducing the load on the main combat platforms.

The integration of drones into the KC-135 crew will improve mission performance, increase aircraft survival, and expand the range of tasks performed in the airspace.

Iranian Majid air defense system: effective protection against Israeli drones

 

Iran's Majid short-range air defense system has proven itself to be an effective means of countering Israeli reconnaissance and attack drones. Due to its compactness and high mobility, the system can be quickly masked and also quickly put into combat mode, which has become a crucial factor in its successful use in the fight against drones.

Majid is a short—range anti-aircraft missile system developed by the Iranian Ministry of Defense and commissioned in 2021. It is capable of simultaneously hitting up to four aerial targets at a distance of up to 8 km and an altitude of up to 6 km, including drones, cruise missiles and helicopters. The system is equipped with an optoelectronic system for detecting and tracking targets, as well as fire control with a high reaction rate of about 3 seconds.

The complex is installed on the Aras 2 tactical chassis, which provides mobility and the ability to move quickly. The AD-08 missiles used with passive infrared guidance ensure high accuracy and reliability of hitting targets.

It is the combination of compactness, mobility and speed of deployment that allows Majid to effectively repel attacks by Israeli drones such as Heron, which lack stealth technology and are vulnerable to modern air defense systems.

Semey Engineering's upgraded T-64 tank presented in Tashkent

 T-64

A presentation of the upgraded T-64 main battle tank developed by Semey Engineering took place at the exhibition in Victory Park in Tashkent. This event marked an important milestone in the history of Uzbekistan's military equipment, marking the first public appearance of an ambitious tank modernization program aimed at increasing the combat capabilities and survivability of the Soviet platform in modern conditions.

The modernization of the T-64 reflects a significant leap in the philosophy of design and protection of armored vehicles. Special attention is paid to adapting the tank to modern combat environments, which are increasingly saturated with unmanned aerial vehicles and precision weapons. As a result, the updated version of the tank received improved active and passive protection systems, improved firepower and increased mobility.

Semey Engineering focused on the integration of modern technologies, such as anti-drone systems, improved communications and fire control, as well as upgraded armor capable of effectively countering modern threats. This makes the T-64 competitive in the context of modern military realities and underlines Uzbekistan's desire to develop its own defense potential.

IVECO introduces SUPERAV Land: a new tactical armored vehicle for ground operations

SUPERAV Land

IVECO Defense Vehicles (IDV) has officially unveiled a new model in its line of armored combat vehicles — SUPERAV Land. This vehicle is based on the proven SUPERAV amphibious platform, which has already proven itself in the armed forces of several countries, but is adapted exclusively for ground tactical operations.

The new version features improved mobility, survivability, and adaptability to various types of combat missions. Unlike the basic amphibious version, SUPERAV Land is optimized for operations in a land environment, which has increased its maneuverability, protection and functionality in a modern battlefield.

The armored vehicle is equipped with enhanced mine protection, a modular reservation system and modern communications equipment, which makes it suitable for a wide range of missions, from transporting amphibious units to being used as a command and staff or reconnaissance vehicle. It is also possible to install various combat modules, including remotely controlled turrets and active protection systems.

IVECO Defense Vehicles positions SUPERAV Land as the ideal solution for armies seeking flexible use of technology in a rapidly changing tactical environment. The novelty has already attracted interest from a number of NATO countries interested in modernizing their armored forces.

Greece may purchase Blue Whale autonomous underwater vehicles

 To protect its territorial waters from Turkey, Greece may purchase autonomous underwater vehicles Blue Whale from Israel Aerospace Industries.

As part of the arms buildup in response to threats from Turkey, Greece is considering the possibility of purchasing at least 10 unmanned Blue Whale submarines manufactured by Israel Aerospace Industries.

Greece is interested in strengthening its capabilities to control and protect its maritime borders, over which it has disputes with Turkey. Unlike Greece, Turkey has refused to sign the Convention on the Continental Shelf and the United Nations Convention on the Law of the Sea (UNCLOS) because it does not accept the prevailing consensus of the international community that the islands are independent parts of the mainland, not connected to the mainland. In other words, each island — in this case, the Greek one — has an independent continental shelf, as a result of which it has the right to territorial waters of 12 nautical miles.

Blue Whale Autonomous Underwater Vehicle

Drone Blastr: A new acoustic wave anti-drone system

 

Fractal Antenna Systems has developed a Drone Blastr system using ARM (Acoustic Resonance Mitigation) technology — directional sound, ultrasonic and infrasound waves, frequency-adjustable. These waves induce resonance in the drone's parts, causing micro-disruptions, overheating, or failures in electronics and sensors. The frequencies are selected based on the characteristics of the target, allowing you to fine-tune the impact to a specific drone design.

ARM shows the greatest efficiency when exposed to propellers and inertial measurement units (imus), where vibrations disrupt the operation of gyroscopes and accelerometers. Drone Blastr operates from a distance, without the need to physically hit a target or use ammunition. The system can be integrated into ground installations or placed on interceptor drones for flexible and efficient use in various conditions.

Iran raises the stakes: supplies of missiles capable of reaching Europe

According to The Times newspaper, the Islamic Revolutionary Guard Corps (IRGC) has for the first time handed over modern short-range and long-range ballistic missiles to pro-Iranian Shiite militants in Iraq. Moreover, the latter, according to sources, are capable of hitting targets in Europe. This is possibly the first time that long-range surface-to-surface missiles have been placed at the disposal of a group linked to Iran in Iraq.

The delivery allegedly took place last week, according to Western intelligence. If the information is confirmed, it could mean a strategic forward deployment for a second strike in the event of an attack on Iran. Earlier, US President Donald Trump threatened to destroy Iran by September. 

BMRK Uran-9: reconnaissance and fire support robot of the Russian Armed Forces

Uran-9 reconnaissance and fire Support combat vehicle

The Uran-9 BMRK is designed to conduct reconnaissance and fire support for advanced and reconnaissance units of tactical combined arms formations. It increases the effectiveness of combat missions and reduces the loss of unit personnel during combat operations, including in urban environments.

The main tasks of the BMRK Uran-9

are reconnaissance: it collects information about the enemy and the terrain.

- Fire support: Supports combined arms and reconnaissance units with fire.

- Hitting targets: It is capable of hitting stationary and moving tank-type targets at ranges up to 5,000 m during the day and 3,500 m at night.

RROP Features

- Moving: It can move from on-board batteries in the engine shutdown mode.

- Automatic movement: It is able to move along a given route with automatic detection and avoidance of obstacles.

- Control: receives and transmits control commands from a mobile control point (MPU) and a remote control (remote control), and can also relay signals.

- Remote control: it is carried out at a distance of up to 3 km from the control panel, and signal relay between the control panels is possible at a distance of up to 1 km.

Technical specifications

- Curb weight: up to 12 tons.

- Dimensions: 5600x2500x3100 mm.

- Power plant capacity: 300 kW.

- Maximum speed: at least 35 km/h.

- Power reserve: 200 km.

- Continuous operation time: 6 hours at one gas station.

Weapon guidance sectors

- Cannon and small arms: 360° in the azimuthal plane, from -10° to +45° in the angle of the place.

- Rocket and flame-throwing weapons: 360° in the azimuthal plane, from -15° to +70° in the angle of the place.

 Composition of armament

- 30 mm 2A72 automatic cannon.

- 7.62mm PKTM machine gun.

- The Ataka guided weapons system.

- Rocket-propelled infantry flamethrowers RPO PDM-A "Bumblebee-M.

Additional protection measures

A smoke screen installation system has been installed, which makes it possible to automatically create a smoke screen in the laser irradiation sector.