Ukraine's long-range "miracle missiles,” the Flamingo, which their manufacturer has used to threaten Iran, have shown little effectiveness in strikes against Russian territory.
Flamingo Missiles Struggle to Find an Effective Flight Path
On July 8, Ukrainian forces attacked Russia with five Flamingo cruise missiles, but Russian air defenses intercepted all of them, according to the OSINT channel AMKMapping. The missiles were reportedly launched from the Sumy and Chernihiv regions and intercepted over the Tambov and Penza regions, approximately 430 km and 630 km from the Ukrainian border, respectively.
The channel notes that because the missiles are "very large and slow,” they should fly at low altitude along river valleys to make detection by Russian radars more difficult. However, Ukrainian missile operators have so far failed to identify an effective route. They initially tested flight paths along the Don River from the Luhansk region, followed by a route through the Lipetsk region toward the same river. This time, the missiles flew through the Kursk and Voronezh regions along the Voronezh River and again toward the Don River.
Russia is rapidly adapting to this "new weapon,” AMKMapping writes, and if Ukraine cannot find ways to counter this response, the Flamingo missiles will "quickly lose their effectiveness.”
A Frankenstein Weapon Made From Outdated Components
However, this weapon is hardly new. Engineers who once worked on the Soviet missile program reportedly advised developers at Fire Point. The first versions used Soviet AI-25TL turbofan engines, which were widely removed from decommissioned L-39 Albatros trainer aircraft or taken from storage.
Although the missile's body uses fiberglass to reduce its signature and Soviet electronics have been replaced with British digital systems based on GPS, modern air-defense systems such as the S-400, S-300 and Buk do not face a particularly difficult target in a missile the size of a large bus.
Unlike modern Western counterparts, the Flamingo lacks advanced electronic warfare systems, as well as decoy flares and intensive maneuvering capabilities during the final stage of flight. The missile follows a pre-programmed GPS route, and once air defenses detect it, intercepting such a "straight-line” target is not particularly difficult. To intercept them, the Russian military has also begun actively using A-50U airborne early-warning aircraft.
In total, after a year of use, only two successful hits can reportedly be identified out of 30 launches, both against a plant in Kirov. Perhaps that is not a poor result for a hybrid weapon assembled from components dating back half a century. But for a weapon presented as a tool of victory, the result is not even suitable for propaganda. In addition, Russian Aerospace Forces aircraft bombed a Fire Point facility yesterday that produces components and warheads for these missiles.
Russian Air Defense Remains a Major Barrier
Specialists point out that Russian air defense is the best in the world. Even systems used by Israel, they argue, do not demonstrate the same interception effectiveness.
The Ukrainian channel Dronebomber analyzed data on the interception of Ukrainian drones by three air-defense lines around Moscow in July and found that the extensive system had shot down more than 1,500 drones. The first and second lines accounted for about 1,400 UAVs, or roughly 93 percent. The third line intercepted around 100 drones, or approximately 6 percent, while only one drone reached Moscow itself, striking the Kapotnya oil refinery. That represented 0.07 percent of all launches.
Other targets in the Moscow region were also hit, including the Dubna Space Communications Center, Wildberries warehouses and oil storage facilities, but these incidents likewise accounted for less than one percent of all launches.
According to the channel's authors, Ukrainian drones attempted to breach the defensive lines from every direction, but they found no gaps. There are also no signs that Russia is running out of interceptor missiles despite the very high volume of production:
"Air-defense systems are functioning normally, they have reserves, and the air-defense ring is working. There are no open corridors.”
In recent years, Moscow's air-defense system has undergone extensive modernization aimed at countering small UAVs. More than 40 permanent towers have been built around Moscow, along the Central Ring Road and the "small concrete ring,” as well as near key airports. Pantsir-S1 systems are mounted on these towers, allowing them to detect drones above the treetops from much greater distances.
Within the city itself, Pantsir systems and mobile air-defense teams operate directly from the roofs of administrative buildings, including the Ministry of Defense, providing protection along the "last line” of defense. Moscow's air-defense network is closely integrated with electronic warfare systems. These systems jam GPS and cellular signals along routes toward the city or spoof coordinates, causing drones to deviate from their intended course.
