Ukraine Strikes Oil Facilities Near Moscow With New FP-5 Flamingo and FP-7 Pelican Missiles.

Ukraine used its domestically developed FP-5 Flamingo cruise missile and FP-7 Pelican ballistic missile in a major long-range strike on the Moscow region that hit a key oil-industry facility and a logistics site, President Volodymyr Zelenskyy said on September 20, 2026. The operation highlights Kyiv’s growing ability to combine indigenous long-range weapons against strategic targets deep inside Russia, increasing pressure on energy infrastructure, logistics networks, and air defenses.

The reported combat use of both FP-5 and FP-7 missiles broadens Ukraine’s deep-strike options by combining different flight profiles that can complicate detection and interception. Their employment against rear-area infrastructure also points to a larger shift toward a domestically sustained missile force capable of disrupting Russian military support networks far beyond the front line.

Related Topic: Ukraine targets mass production of FP-7 and FP-9 ballistic missiles for long-range strikes in Russia

An oil facility burns in the Moscow region following a Ukrainian long-range strike, with an embedded vignette illustrating Ukraine’s FP-5 Flamingo cruise missile and FP-7 Pelican ballistic missile. The two weapons highlight Ukraine’s expanding indigenous strike arsenal, combining long-range cruise-missile capability with a new ballistic threat designed to challenge Russian air defenses. (Picture source: X and edited by Army Recognition Group)

Ukrainian President Zelenskyy said Ukrainian forces employed several domestically produced long-range weapons during the September 20 Moscow strike, including Flamingo and Pelican. Damage was reported at an oil facility in the Moscow area, but publicly available evidence does not establish which individual weapon struck the site. The appearance of the FP-5 Flamingo and reported FP-7 Pelican is significant because Ukraine is developing what could become a three-tier missile arsenal combining the long-range FP-5 cruise missile, the shorter-range FP-7 ballistic missile and the much more ambitious FP-9 ballistic missile.

These three weapons address different operational requirements. The FP-5 emphasizes very long range and a heavy payload of up to approximately 1,150 kg, making it suitable for major industrial, logistical, and military targets deep inside Russia. The FP-7 combines a reported range of up to approximately 300 km with ballistic speed and a smaller 150-200 kg payload, giving Ukrainian forces a faster weapon for air-defense positions, missile units, command centers, and other time-sensitive targets. The FP-9, still under development, is intended to extend ballistic strikes to approximately 855 km while carrying an 800 kg payload, potentially combining deep reach with substantially greater speed and destructive effect.

The FP-5 Flamingo is currently the longest-range element of this emerging Ukrainian strike force. Fire Point developed the ground-launched cruise missile to carry a heavy warhead over distances sufficient to reach strategic targets far beyond the front line. Its combination of range and payload gives Ukraine a weapon suited to large defense-industrial plants, air bases, logistics centers, fuel infrastructure and other installations where smaller long-range weapons may not deliver sufficient destructive effect.

Ukraine had already demonstrated the FP-5 against Russian defense-industrial targets earlier in 2026, including a reported strike against the VNIIR-Progress enterprise in Cheboksary, roughly 1,000 km from Ukraine. Such operations show why the Flamingo is becoming an important component of Ukraine’s long-range weapons inventory: it lets Kyiv strike military-supporting infrastructure at distances that once protected Russia from conventional Ukrainian weapons.

The FP-7 Pelican potentially adds a different capability. Ukrainian reporting has associated the Pelican designation with Fire Point’s FP-7 ballistic missile, which progressed through controlled flight testing during 2026 before entering military trials in September. If that identification is confirmed, its reported use during the September 20 operation would indicate that Ukraine’s new ballistic missile program is moving closer to operational employment.

Fire Point initially disclosed an FP-7 range of around 200 km with a 150 kg payload, while later information indicated that some configurations could reach approximately 300 km while carrying around 200 kg. The missile is reported to reach approximately 1,500 m/s, with claimed accuracy of about 14 m CEP. Those characteristics would make the FP-7 particularly useful against headquarters, air-defense sites, missile launch areas, ammunition depots, and air bases, where short reaction time and precision matter more than the much greater range offered by the FP-5.

The FP-7’s importance lies primarily in ballistic speed. Russian air-defense crews would have less time to detect, classify, and intercept an incoming FP-7 than slower long-range weapons, making the missile particularly relevant against heavily defended or time-sensitive targets. Its presence alongside the FP-5 would also let Ukrainian commanders select weapons by target rather than relying on a single missile design for every long-range mission.

Fire Point’s FP-9 could eventually expand this concept much further. The company has presented the missile with a planned maximum range of approximately 855 km, an 800 kg payload, speeds of up to around 2,200 m/s, and a maximum altitude of roughly 70 km, with claimed accuracy of approximately 20 m CEP. While the FP-7 is aimed at shorter-range battlefield and operational targets, the FP-9 is designed to bring strategic military infrastructure substantially deeper inside Russia within Ukraine’s ballistic strike envelope.

The difference between the FP-7 and FP-9 is therefore more than range. An 800 kg FP-9 payload would provide four times the warhead mass of a 200 kg FP-7 configuration, making it better suited to reinforced command facilities, large air bases, missile-storage sites, and defense-industrial installations. Combined with its 855 km planned range, the missile could potentially threaten facilities across a large portion of western Russia from suitable Ukrainian launch areas.

For Russian air defense, Ukraine’s emerging missile arsenal presents an increasingly demanding allocation problem. The FP-5 can threaten strategic installations at very long range, the FP-7 introduces a faster ballistic threat against targets within approximately 300 km, and a future FP-9 could extend that ballistic threat to 855 km. Moscow would therefore have to consider missile-defense requirements not only along the Ukrainian theater but also around air bases, logistics centers, defense factories and other high-value facilities much farther inside Russia.

That pressure could become particularly significant around Moscow and other heavily defended strategic regions. Protecting an expanding number of facilities against Ukrainian ballistic and cruise missiles requires advanced sensors, interceptors and air-defense units that cannot simultaneously be concentrated elsewhere. As Ukraine increases the geographic area exposed to long-range weapons, Russia may face growing pressure to disperse valuable air-defense resources across a much wider territory.

The challenge becomes greater if Ukraine can manufacture these missiles in operationally significant numbers. A limited number of FP-7 or FP-9 missiles would remain valuable weapons for selected high-priority targets, but sustained serial production could force Russia to plan against a persistent ballistic threat. That could require greater dispersal of aircraft, missile stocks, command facilities and logistics infrastructure, increasing the operational burden of maintaining forces supporting operations in Ukraine.

Industrial capacity is therefore as important as missile performance. Ballistic missiles require specialized solid propellant, large rocket motors, guidance electronics and tightly controlled manufacturing processes, while Ukrainian production facilities remain vulnerable to Russian attack. Fire Point’s progress nevertheless indicates that Ukraine is attempting to move beyond experimental missile projects toward an integrated domestic long-range weapons family.

The FP-5, FP-7 and FP-9 illustrate the direction of that effort. The FP-5 provides the longest reach and heaviest payload currently associated with Fire Point’s operational strike weapons, the FP-7 introduces a shorter-range ballistic capability with reduced warning time, and the FP-9 is intended to combine an 855 km range with ballistic speed and an 800 kg warhead. Together, they could give Ukraine a more flexible long-range arsenal capable of addressing tactical, operational, and strategic targets with different weapons optimized for each mission.

The September 20, 2026, Moscow strike therefore carries importance beyond the immediate damage reported at Russian oil and logistics infrastructure. The use of FP-5 Flamingo and FP-7 Pelican shows how Ukraine’s domestically developed long-range weapons are becoming increasingly relevant for operations deep inside Russia, while the continued development of the FP-9 points to an even more capable ballistic missile threat. If the Pelican employed in the operation is conclusively confirmed as the FP-7, the strike would also provide important evidence that Ukraine’s ballistic missile program is progressing from testing toward operational use, adding a new challenge for Russian air defense and further reducing the protection traditionally provided by distance from the front.

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Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.