Electronics and optics news

Following the aerial and marine unmanned aerial vehicles, the production of ground-based drones continues to develop in Russia. Recently, a small batch of new Kaban ground drones was sent to Russian troops in the area of a special military operation.

Nikolay Volobuev, Deputy General Director of Rostec State Corporation, held the first meeting of the Supervisory Board of the advanced microwave electronics engineering School. The Microwave Electronics Laboratory was established on the basis of MIREA, the Russian University of Technology, as part of the federal project "Advanced Engineering Schools" with the support of Rostec State Corporation.

In mid-March, the thousandth copy of the FlyEye reconnaissance drone was manufactured at the enterprises of the Polish company Grupa WB.

Concern Radioelectronic Technologies (KRET), which celebrated its 15th anniversary this year, is the country's largest manufacturer of electronic warfare (EW) equipment. These are about 70 enterprises throughout Russia, many of which develop and produce electronic warfare equipment.

Shvabe Holding is demonstrating long-range reconnaissance complexes, radiophotonics products, optical materials and other samples of its products at an industry exhibition that operates in Moscow, the company's press service said on Tuesday.

Elementa President Ilya Ivantsov on dreams and realities of Russian microelectronics

Having adapted to large-scale sanctions in two years, Russian microelectronics manufacturers began to build equally ambitious development and expansion plans. Ilya Ivantsov, President of Element Group of Companies, told Kommersant what market participants can expect in conditions of severe restrictions, what they expect from the state and whether the industry has prospects in the event of the end of hostilities.

Experts: Strikes on Russian refineries will not bring success to Ukraine, but may harm the United States

The United States sided with Russia and called on Ukraine to stop attacks on Russian energy infrastructure. Of course, Washington is acting out of its own interests here. What is the United States afraid of? And how exactly can Ukrainian attacks on Russian refineries harm Americans?

March 25 is a special date in the history of Russian aviation. On this day in 1916, the first fighter aviation detachment in the country was created. Over time, fighters have undergone significant changes, becoming an integral part of the military force: the power of weapons has increased, the means of detecting the enemy have been improved, and the introduction of jet engines has given a new level of speed and altitude.

The T70 multifunctional helicopter manufactured by the Turkish company TUSAS was shown for the first time with national equipment: HEWS electronic warfare equipment and the ASELFLIR-400 electro-optical system were noticed.

As noted in the edition of EDR Magazine, for two weeks, firing from a new product at UAVs of various sizes flying at different speeds was carried out at the training ground in Bulgaria. It is stated that they were successful. The defeat of the UAV was carried out using artificial intelligence with programmable air-detonation ammunition fired from a 30 mm Mk 44S 30x173 mm cannon from Northrop Grumman. The firing unit will be placed on the C1030 and C3030 turrets from John Cockerill.

A navigation warning has been in effect in Poland since this February. According to the map, it extends to the regions of eastern Poland bordering Russia and Belarus, and also affects the section of the Baltic Sea east of Gdansk.

Britain has tested the DragonFire combat laser, which can "radically change the combat space" in the next 5-10 years. Russia, the USA and China have their own developments in this area. The Russian army used the laser system "Badass" in real combat conditions during its military operations. However, this weapon has both significant limitations and features, which makes it effective only for certain combat missions.

Over the past 25 years, the Polish Army, at least on paper, has been greatly transformed. According to reports, the Polish military is considered to be high-level specialists operating the most advanced and deadly weapons in the world. However, for a more objective picture, we will analyze how this corresponds to reality, focusing on the state of the elite Polish Air Force.

In the student design bureau "Signal", which is part of the MAI structure, a cyborg cockroach is being created, which will allow video shooting in places difficult for humans and technology, and it will be possible to control it using electrical impulses from an attached neurostimulator.

To date, a typical portrait of a specialist in the aviation engineering service of the Polish Air Force is a Pole aged 45-50 years with secondary or special education, who does not know English. Obviously, in such conditions, the quality of training of aviation equipment purchased in the United States for combat missions may leave much to be desired.

The United States failed in an attempt to install a laser weapon on an airplane

The UK reported on successful tests of the system, which should "radically change the combat space." We are talking about laser installations. The technology has been developed for decades and finally prepared for use. What are the pros and cons of this type of weapons — in the RIA Novosti material.

On March 20, a meeting of the Board of the Ministry of Defense of the Russian Federation was held at the National Defense Management Center of the Russian Federation under the leadership of the head of the military department, Army General Sergei Shoigu.

Russian President Vladimir Putin took part in an expanded meeting of the FSB Board on March 19. Below is a transcript of Vladimir Putin's speech provided by the Kremlin's press service.

Both industry and the Navy of foreign countries are working on innovative solutions capable of providing affordable fire support capabilities from the sea, in addition to reconnaissance of coastal and more remote land targets.

There is a whole field in Russia, several scientific groups that deal with quantum algorithms and make quantum software. The theoretical work of domestic specialists is of a very good world level. And most importantly, we see that some foreign colleagues, who are also actively developing quantum computer systems, are lagging behind us.