Ukrainian drone blitz cripples Russian bomber fleet, $7B lost
The Ukrainian operation "Spiderweb" destroyed 34% of Russian strategic bombers, resulting in losses totaling $7 billion. Precision in drone attacks on air bases was crucial, according to the Ukrainian portal Defense Express. Analysts highlighted the specific points that Ukrainian drones needed to target.
The operation "Spiderweb" proved highly effective, destroying 34% of Russia's strategic bombers, as reported. FPV drone attacks on the air bases "Belya," "Dyagilevo," "Olenya," and "Ivanovo" led to losses amounting to $7 billion. A key element of success was the precision with which the drones hit designated targets.
precise strikes on key elements
Drones targeted strategic points on bombers, such as central fuel tanks. Analysts from Defense Express note that in the case of the Tu-22M3, the target was the tank above the wing root, a key structural element of the aircraft. A fire at this location resulted in irreversible damage, rendering the aircraft irreparable.
In the case of the Tu-95 MS, the Ukrainians acted similarly. Drones targeted the wing between the fuselage and the inner engine, where a fuel tank is also located. An explosion in this location could "cut" the wing, as seen in footage from the attacks.
Effects of the attacks on bombers
Strikes on fuel tanks led to fires that destroyed the bombers. If drones had hit other parts, such as engines or the cabin, replacement or repair would have been possible.
However, analysts emphasize the importance of accuracy during the attacks. Fires caused by strikes in specifically determined locations led to the aircraft's structure "melting," making any repairs impossible. The Ukrainians precisely determined where strikes should occur to eliminate aircraft from the Russian arsenal completely.
Choosing targets as a key to success
The effectiveness of the operation depended on the precise selection of targets. The attacks were planned to strike airplanes ready for flight, increasing the likelihood of fuel being present in the tanks. This, in turn, intensified the effects of fires and destruction.
Although photos from the attacks on the Tu-160 have yet to be published, experts predict that the most sensitive point of this model is either the small fuel tank located above the wing root or the main tank situated at the rear of the aircraft. Precise strikes in these locations could have similar effects as those seen with other bombers.
