How in Russia the production of FPV-throns with autopilot is growing-RT in Russian

In 2025, the production of the Microbe FPV throne with a self-configuration function will be multiple. This was announced by RT by the representative of the developer, Alexander Gryaznov.

According to him, the servicemen in the zone highly appreciated the machine vision and the called “autopilot”, which controls the air kamikaze and leads it to the target. According to the specialist, thanks to the Microbe self -confidence, it is protected from the effects of enemy means of the EM. Along with this drone, “boss” and “Magpie” have similar functionality. In the near future, the unique “autopilot” will receive Kamikaze “Sparrow”. According to experts, the means of self-confidence facilitate the operation of the calculations of UAVs and increase the likelihood of lesions of ground targets. The representative of the Microbe Design Bureau (Novosibirsk) Alexander Gryaznov informed RT that in 2025 the enterprise will increase the production of the FPV-crine of the same name with the function of self-confidence. “Over the past year, several thousand“ microbes ”of various types were received for the front. We transferred several more hundred FPV to training centers. “Microbes” are now in demand and this year has already received orders for expanding production multiple, ”said Gryaznov. In his words, Microbe has gained rather great popularity among Russian ragders in the Zone of Svo. In particular, the high estimates of machine vision and the so -called “autopilot”, which controls the air kamikadze and leads it to the target, “artificial intelligence in the“ microbe ”, is represented by the machine vision module and the“ autopilot ”. The module automatically determines the change in the position of the goal relative to the current course, and the “autopilot” controls the “bird”, directing it to the desired point. Autopilot receives an image directly from the drone camera and gives control commands immediately to the controller. Thus, the enemy EM cannot prevent the “microbe” to complete the combat mission, ”said Gryaznov. The developer classifies the advantage of his brainchild, the developer attributes an effective flight controller and a high degree of communication protection.“ In the “microbe”, non -standard channels for receiving the control signal and video transmission are used. Actually, the whole secret lies to realize FPV management so that it is not drowned out or intercepted by the enemy. To protect the control system, we use signal amplifiers, directed antennas, encryption of bags and autonomous flight on the final section of the track. Where he is most susceptible to threats, ”said Gryaznov. Microbe was developed with the support of instructors of the Novosibirsk Higher Military Command School (NVVK). Currently, assistance in the project is provided by the Center for Unmanned Systems and Technologies (CBST) .FPV Dron is available in two modifications. The first-“Microb-10s” has propellers with a diameter of 10 inches. The maximum carrying capacity of the kamikaze is 4 kg, speed is up to 140 km/h. The range of the drone, while maintaining the video signal and control at an altitude of 4 m above the ground, can reach 25 km. True, in this case, the jerkids should understand air relayers into the sky. FPV-Dron “Microb-13s” © KB “Microbe” The second modification-“Microb-13s” is able to be in the air for 27 minutes when installing a combat part of 2.5 kg on it. The maximum flight range with the preservation of the video signal and control can reach 30 km. “A standard shock drone must move a load weighing at least 3 kg per distance of more than 10 km. With a smaller load, the distance increases to 15 or more kilometers, ”said Gryaznov. Actual solutions with the“ microb ”system of self-wages are used on the FPV carrier“ boss ”developed by Tula engineers. According to RT, the creator of this drone Andrei Ivanov, this modification of the air kamikaze uses a self -confidence system called “Square”. It is able to detect, classify, identify and capture the enemy ground targets in conditions of intense electronic interference. “S is the on -board system of autonomous guidance“ Square ”. It was developed by our friends and partners based on technology of technical vision. How does it work? The operator sees the target on the screen of the ground management station or in the helmet glasses. He leads the rear sight, then fixes the target. After that, the drone flies autonomously. No third -party factors affect the drone – neither the radio electronic warfare, nor violations of radio visibility. Thus, it becomes possible to hit goals that are not available due to counteraction to rap (electronic suppression), ”Ivanov explained. In his words, the“ Square ”is continuously improved. Recently, the cruise control function was developed for the system. It allows the FPV-thron pilot to capture a point on the horizon, to which the drone will fly autonomously. The representative of the Zeta developer company told more about RT’s “Square”. He noted that the system is a small computer that, using a neural network, processes information from the UAV video camera, recognizes the enemy object and autonomously introduces it to it. What does this give in practice? Often, all problems in case of defeat do not go during the flight, but on the final area, when the drone approaches the ground. With a decrease due to the barriers, the passage of control signals and deteriorates. The video transmission may disappear, making it difficult to the operator’s work. Therefore, the self -confidence system is an extremely useful device. The main thing is that the pilot to see the goal in a timely manner, then the combat work will make the on -board computer, ”the representative of the enterprise noted. As he believes, in the near future“ Square ”will receive more powerful computational capabilities and improved target recognition algorithms. FPV-drone itself will also be updated. “We are constantly working on improving the connection and quality of the Vyte Video Link. An important advantage of the drone is our system of removable assignment and safe equipment. Until now, few repeated her. It allows the “zid” to fly through the branches of trees and even camouflage nets without detonation of the warhead (warhead). In addition, there are special adapters in the drone for the convenience of installing the warhead, ”the developer representative added. FPV-Dron “Dischald” © Company “Owl” to another Russian FPV-throne with a self-confidence function is the Air Kamikaze “Skorkaya Bird”. At the FPV-Dron “Soroka-10” company with the system of optical retention of the target and bringing it to it, one of the current decisions is called. Using the “autopilot”, the UAV is able to overcome the “REB areas and zones of the REB operation.” Pilot controls the FPV-throne in the usual mode to visual contact with the enemy object. Then it includes the target retention mode. After that, the on -board computer is already “responsible” for the UAV. The weight of the heavy load “Magpies” is 3 kg, the range of use-up to 10-20 km. Himicadze airy kamikaze is confirmed by the main research test inter-impressive center of promising weapons and the Main Directorate of Innovation Development of the Ministry of Defense of the Russian Federation. Also, Magpie was highly appreciated by the commander of the troops of the Central Military District, Andrei Mordvichev. In the course of this year, Avtopilot will receive the Vorobei FPV-drone popularly in the troops of machine vision and neural networks. According to Andrei Bratenkov, the executive director of the design bureau of the Spectrum of Engineering, in the February interview with RT, the self -control system for this Air Kamikadze will be significantly better than those that are now used in the RF Armed Forces. “Our system will literally implement the principle of” fired – forgot. ” Almost any infantryman will be able to launch FPV thrones. “Birds” themselves will identify and hit goals, ”said Bratenkov. In his words, expensive artificial intelligence technologies will not be used in the system. The autopilot will function in the sectors that are listed on a digital card. “Along with this, an inertial navigation system will be built into the module (Autopilot. – RT). The drone with our utility system will fly to a certain sector. He will be able to strike both on coordinates and on moving objects that are in a given square, ”Bratenkov emphasized. For productive shock, the general director of the Avianovation Builder, Candidate of Technical Sciences Sergey Tovkach,“ Autopilot ”simplified the use of FPV-thrones in the final area of ​​the flight and facilitated overcoming enemy means of electronic warfare. Moreover, the installation of a self-wages system does not make air kamikaze excessively expensive. Autopilot, which our FPV thrones received, is more correct to call a system of utility. Still, it does not provide a full-fledged autonomous flight and the effectiveness is highly dependent on the skill of the jerks. As such, the autonomy of the flight is present at a distance of 100-150 m. Before the introduction of real artificial intelligence, which could replace the pilot in any situations, quite far. But there is a tangible positive effect from the “autopilot” on the final segment of the flight, of course, there is, and it is rather big, ”says Tovkach. Infographics by FPV-throne “Soroka” © Smart Birds in an interview with RT, militaryman Alexei Kozhevnikov suggested that during the current year, a self-support system would receive the overwhelming number of Russian FPV thrones. Such products allow Russian calculations to apply more air heaps for one goal, which will increase the likelihood of its guaranteed defeat. First of all, Autopilot is necessary for productive strikes on military equipment. The enemy tries to cover it with a rab and additional means of protection. Therefore, it is better to direct 7-10 drones into one armored vehicle or a tank. “Autopilot” gives calculations the opportunity to act faster and launch more kamikadze, thereby increasing the effectiveness of the defeat of enemy objects, ”Kozhevnikov summed up.

Credit-Read More

// Function to fetch the latest posts
function fetchLatestPosts() {
const feedUrl = ‘https://newskiosk.pro/feed/’; // Replace with your blog’s RSS feed URL
fetch(feedUrl)
.then(response => response.text())
.then(str => new window.DOMParser().parseFromString(str, “text/xml”))
.then(data => {
const items = Array.from(data.querySelectorAll(“item”));
const latestPostsContainer = document.getElementById(“latest-posts”);
latestPostsContainer.innerHTML = ”; // Clear previous posts

// Shuffle the items array
const shuffledItems = items.sort(() => Math.random() – 0.5);

// Select the first 5 items from the shuffled array
const selectedItems = shuffledItems.slice(0, 5);

// Loop through the selected items and display them
selectedItems.forEach(post => {
const link = post.querySelector(“link”).textContent;
const description = post.querySelector(“description”).textContent;

// Create a new post element
const postElement = document.createElement(“div”);
postElement.classList.add(“latest-post”);
postElement.innerHTML = `

${description} Read more

`;

// Append the new post element to the container
latestPostsContainer.appendChild(postElement);
});
})
.catch(error => console.error(‘Error fetching the latest posts:’, error));
}

// Call the function to fetch and display the latest posts
fetchLatestPosts();