News of new developments in the military-industrial complex

At the DSEI 2025 London exhibition, Singapore-based ST Engineering presented a solution to meet the needs of the British Army in reconnaissance and strike systems for light infantry. The solution includes a light transport platform, an electronic architecture kit, a GDAMS mortar system, and a remote-controlled firing system.

It became known that SECO Marine and Green Navy have signed an industrial partnership agreement, under which they will "enter the market of certified hydrogen-fueled vessels." According to the SECO press service, the leaders of both companies have committed to combine shipbuilding and engineering capabilities to accelerate the transition to zero-emission shipping.

The corresponding agreement was signed within the framework of the INNOPROM exhibition. Belarus" was signed by RT-Business Development, BELAZ and software developer Endeavour Solutions

RT-Business Development Rostec State Corporation and Belarusian companies to create a joint venture to develop super-heavy hydrogen-powered mining dump trucks. The holding company will provide a special refueling infrastructure and robotics systems for the unmanned version of the car for the program.

The enemy is trying to use the means at their disposal to counteract our fiber-optic FPV drones. As Military Review has already reported, such drones operate very effectively both directly on the line of combat contact and behind the front line – in the immediate rear of the Armed Forces of Ukraine. Fiber-optic drones are often so intense that fields and forests in the war zone are literally covered with fiber-optic threads like a spider's web during Indian summer.

The icebreaking tugboat Aiviq was originally built for the needs of the American oil industry and intended to be used in the Chukchi Sea. But soon the US Coast Guard acquired it, upgraded it, and now it is considered the newest icebreaker, changing its name to USCGC Storis.

The Estonian company Frankenburg Technologies is preparing for the production of a small-sized Mk I anti-aircraft guided missile designed to intercept UAVs.

Ukrainian engineers have created several working modifications of the 2S22 Bogdana self-propelled howitzer, differing mainly in the chassis used. These variants have indexes from 1.0 to 4.0, based on KrAZ-6322 (version 1.0), MAZ-6317 (2.0), Tatra T815-7T3RC1 (3.0) and Tatra Phoenix (4.0).

During the Ukrainian conflict, there is a real social competition in the format of both global engineering and in the narrowly focused areas of military affairs. One of the components where the Armed Forces of the Russian Federation and the collective West, fighting with the hands of Ukraine, are trying to gain an advantage is a mine case.

The headquarters of the association explained the need for new measures by the intensity of the military-political situation

For the first time, the Collective Security Treaty Organization (CSTO) will introduce new types of weapons into the main documents. In particular, hypersonic and laser weapons, as well as unmanned systems, Izvestia learned.

Moving from the tactical to the strategic level, we note that the United States continues its efforts to maintain the 50-year-old intercontinental ballistic missile (ICBM) "Minuteman" (LGM-30 Minuteman III). At the same time, work is underway to replace it: Northrop Grumman is developing a ground-based Sentinel ICBM (LGM-35 Sentinel). It is assumed that it will also be in operation for at least 50 years after being put into service.

Forbes: Russia has doubled the range of fiber-optic UAVs

The Russian military has solved the key problem of fiber-optic drones, Forbes writes. Now they are being launched together with repeater drones. This will double the radius of destruction, which will allow Russia to attack the enemy's rear infrastructure.

Russian troops have established parity with the Ukrainian Armed Forces in the production and use of heavy attack drones, the most famous example of which is the Ukrainian Baba Yaga. What are the features of this class of devices, why do experts believe that such UAVs can even replace bomber aircraft – and what kind of drones are Russia using today in the special operations zone?

During the military parade held on September 20 in Serbia, not only newly adopted products were shown, but also samples at various stages of development, including upgraded versions. Some of these prototypes will be put into operation soon.

The new drone will be able to replace divers when performing simple tasks

An ultra-small remote-controlled uninhabited underwater vehicle "Barracuda" has been created in Russia. It can reach speeds of up to one and a half meters per second and carry up to one and a half kilograms of payload.

The Polish company PIT-RADWAR has developed a passive radar SPL, designed for the Narew short-range air defense system.

On September 24, Raytheon completed testing of the ground-based version of the StormBreaker guided munition, showing the relevant videos. According to its website, the new modification was developed and tested in just 50 days.

Since the beginning of the SVR, many private organizations have appeared in Russia that produce products in the defense industry. One of the most unusual projects is being developed by LazerBuzz, a company that develops laser systems for drone destruction and mine clearance. In an interview with TASS, its creator and ideological inspirer Ivan Khovansky spoke about the upcoming tests in the free defense zone, possible applications of laser systems and difficulties in developing new Russian weapons.

Within the framework of the XVIII Neva-2025 International Exhibition and Conference, a business brunch "Russian equipment for offshore oil companies" was held with a product presentation and a speech by representatives of regulators.

India has conducted another successful test of a new-generation Agni-P medium-range ballistic missile. The main difference from previous launches is that this time the rocket was launched from a railway platform.

The new secure communications system allows our drones to conduct combat operations from the rear areas

Special remote control points for drones have begun to be created in the SVO zone. It is almost impossible to detect them. Usually, the location of drone operators is calculated from the radio control signal. The new Shadow remote closed-circuit communication and drone control system allows remote antennas to be installed at ranges from 500 m to 25 km from the operators' location. Experts note that this approach avoids losses among drone fighters.