Dragavon

https://www.dagogtid.no/samfunn/krigslukka-har-snudd-for-ukraina/677864

https://www.bbc.com/news/articles/c1d9wvd2e4ro

https://newsukraine.rbc.ua/interview/doing-everything-to-please-trump-didn-t-deliver-1777525002.html

https://www.kyivpost.com/post/75054 https://www.pravda.com.ua/eng/news/2026/04/30/8032464/ https://www.washingtonpost.com/opinions/2026/04/28/mitch-mcconnell-congress-funded-ukraine-pentagon-is-stalling/ Så er spørsmålet om vi kan tru på det Hegseth seier?

Trump vil altså fortsatt prøve å tvinge Ukraina til kapitulasjon 🤬

READ 💬: In a high-precision operation 80 kilometers behind the front lines, Ukrainian forces have successfully struck a sophisticated Russian Kasta-2E radar system. The attack, which took place near the village of Volotovo in Russia’s Belgorod region, was carried out on April 27, 2026. This strike marks a significant tactical achievement, as it removes one of the primary "eyes" used by Russian air defenses to monitor the skies at extremely low altitudes. The operation was conducted by the Achilles unit, part of Ukraine’s 429th Separate Unmanned Systems Brigade. By using a long-range attack drone to hit a target so deep inside Russian territory, Ukraine has once again demonstrated its growing ability to reach beyond the immediate battlefield to degrade the enemy's most expensive and sensitive equipment. The Importance of the Kasta-2E 🔻 The Kasta-2E is not a typical radar system. While most radars are designed to look high and far into the sky for fighter jets, the Kasta is specialized for "low-level" detection. It is specifically designed to find targets that try to hide by flying close to the ground, such as cruise missiles, helicopters, and small drones. According to Ukrainian military officials, the Kasta-2E is capable of tracking up to 200 targets simultaneously within a 150-kilometer radius. For Russia, this system serves as an early warning network. It alerts air defense batteries, such as the S-400 or Tor-M1, whenever a Ukrainian drone or missile crosses the border at a low height. By destroying this station, Ukraine has created a "blind spot" in the Russian defense network, making it much easier for future strikes to slip through undetected. A High-Value Target 🔻 Beyond its tactical usefulness, the Kasta-2E is a major financial loss for the Russian military. The system is packed with advanced electronics and specialized sensors that are difficult to manufacture under current international sanctions. Experts estimate the value of a single Kasta-2E system to be at least $60 million. The fact that a drone costing a few thousand dollars was able to destroy a $60 million radar station 80 kilometers from the border highlights the "asymmetric" nature of the war in 2026. Ukraine is increasingly using its domestic drone industry to "trade up," using inexpensive, locally made tools to destroy the high-tech pillars of the Russian military. This strike in the Belgorod region is part of a larger, systematic campaign by Ukraine to dismantle Russia’s air defense umbrella. In the days surrounding the Kasta strike, the Ukrainian General Staff confirmed several other successful hits: 🔻 📌 Nebo-U Radar: A long-range surveillance radar was struck in occupied Crimea. 📌 Nebo-M Radar: Another high-tech station was targeted near Chernovets in the Belgorod region on April 16. 📌 Tor-M1 System: A surface-to-air missile system was confirmed hit near Lozove in the Luhansk region. By targeting these systems, Ukraine is slowly peeling back the layers of protection that Russia uses to guard its troop concentrations, supply depots, and oil refineries. When a radar station like the Kasta is removed, every other Russian asset in that 150-kilometer circle becomes significantly more vulnerable to aerial attack. Technical Precision in the Deep Rear 🔻 The 80-kilometer distance of the strike near Volotovo is particularly noteworthy. It shows that Ukrainian drone operators are becoming more skilled at navigating through electronic jamming. To hit a radar station, which is designed specifically to detect drones, requires the drone to either be "stealthy" enough to avoid detection or fast enough to strike before the operators can react. The success of the Achilles unit proves that Ukraine's "Unmanned Systems Forces," a new branch of the military created specifically for drone warfare, is already delivering strategic results. This shift toward robotic warfare allows Ukraine to put pressure on Russian territory without the need for traditional, manned aircraft that would be at high risk of being shot down. The destruction of the Kasta-2E radar in the Belgorod region has effectively blinded Russian low-altitude defenses in a key sector of the border. By utilizing a cost-effective drone to eliminate a $60 million early warning system 80 kilometers inside Russia, Ukraine continues to degrade the enemy's technical capabilities and clear the path for future operations.

https://www.dagbladet.no/nyheter/har-to-like-darlige-valg/84550464

Lenge siden eg har kikket etter disse no, men dei passer på 🥰

READ 💬: Ukraine has introduced a clever new way to protect its skies by turning a Soviet-era transport plane into a flying base for drone-hunting missions. The aircraft, a twin-engine turboprop called the An-28, is now being used to carry and launch interceptor drones directly from the air. This new method has already moved from the testing phase into real-world combat, proving effective at taking down Russian attack drones. The An-28 was originally designed decades ago for simple tasks like carrying passengers or cargo in remote areas. It is a sturdy, reliable plane that can take off from short, bumpy dirt runways rather than polished airport strips. While it is not a fast fighter jet, its ability to fly slowly and stay in the air for a long time makes it the perfect platform for hunting the slow-moving "Shahed" drones that regularly target Ukrainian cities. From Machine Guns to Mini-Missiles 🔻 Earlier in the conflict, crews on these An-28 planes were seen using a more manual approach to drone hunting. They mounted a six-barrel machine gun, known as a Minigun, in the side door to shoot at targets they spotted in the sky. While this worked, it required the pilot to fly very close to the enemy drone, which can be dangerous and difficult, especially at night. The new upgrade changes everything. Instead of relying only on guns, the plane now has specialized racks, called pylons, attached under its wings. These racks can carry up to six interceptor drones at a time. When the crew detects an enemy target using the plane's new optical sensors, they can release one of these small drones to finish the job. How the Interceptors Work 🔻 The plane uses two main types of drones for these missions. One is a Ukrainian-made model called the P1-Sun, and the other is an American-made system called Merops. These interceptors act like very cheap, smart air-to-air missiles. Once the interceptor is dropped from the wing, its own motors kick in. A pilot on the plane or on the ground then guides it toward the target using a live camera feed. This allows the interceptor to chase down the enemy drone and destroy it by crashing into it or exploding nearby. Because the interceptors are launched from the air rather than the ground, they start with the advantage of height and speed, making it much easier for them to catch their prey. A Cost-Effective Solution 🔻 One of the biggest challenges in modern defense is the cost of weapons. A single high-tech missile used by a standard air defense system can cost millions of dollars. In contrast, the drones being sent to attack Ukraine often cost only a few thousand dollars. Using expensive missiles to shoot down cheap drones is not sustainable in a long-term conflict. The An-28 and its "mini-missile" drones solve this problem. The planes are inexpensive to operate, and the interceptor drones are far cheaper than traditional missiles. By using these converted transport planes, Ukraine can save its most advanced and expensive defense systems for larger threats like cruise missiles and enemy jets. Expanding the Fleet 🔻 Reports suggest that the crews operating these "drone-hunting" planes often include civilian volunteers who have joined the military effort. This shows how quickly Ukraine is adapting its existing resources to meet new threats. With at least three mounting points on each wing, a single An-28 can now take out several targets in a single flight. The success of the An-28 program has also led to other experiments. Similar interceptor drones are now being tested for launch from uncrewed boats at sea. This "flying battery" concept marks a significant shift in how modern wars are fought, moving away from heavy, expensive machinery toward agile, low-cost technology. Ukraine’s use of the An-28 to launch interceptor drones is a practical and effective way to defend its airspace. By combining old aircraft with new drone technology, the military has created a low-cost solution to a complex modern problem.