Ukraine likely feels more confident in achieving decent production volumes for a simple cruise missile like the Flamingo in a shorter timeframe compared to their ballistic missile efforts. Based on the information available, the Flamingo lacks any revolutionary or intricate features, making it relatively straightforward to ramp up manufacturing. The mere release of a video by Ukraine showing the Flamingo missile in production indicates that they have a working prototype and simply require expansion of output. They are making this information public to, on one side, alert the Russians that no location is secure, compelling Russia to reallocate assets or face the destruction of whole facilities, and on the other side, to demonstrate to Western partners that funding for innovation is paying off and yielding tangible outcomes.
I believe Ukraine could adopt a strategy of producing around 20 units weekly to overwhelm protective systems. With a range of 3,000 kilometers, it’s possible to direct the missiles toward a limited group of objectives and overload whatever local anti-aircraft measures might be in place, since Russia must transport their systems and munitions manually and cannot cover all areas. Moreover, those systems are limited in the number of projectiles they can hold at once and are vulnerable to being overrun. For every scenario, Ukraine needs to successfully penetrate defenses with sufficient missiles just a single time.
Based on the information released about the Flamingo as a straightforward, scalable cruise missile with a 3,000 km range, subsonic speed (around 850-950 km/h), and a heavy warhead (up to 1,150 kg), here are several extremely profound strategies for its use. These draw from asymmetric warfare principles, psychological operations, economic disruption, and integrated military tactics, emphasizing Ukraine’s need to maximize impact against a numerically superior adversary like Russia. The strategies build on the core ideas of rapid scaling, defense saturation, and signaling to both enemies and allies, while considering the missile’s simplicity and long-range capabilities. Asymmetric Economic Attrition: Focus launches on Russia’s energy and industrial infrastructure, such as oil refineries, pipelines, and manufacturing hubs deep in Siberia or the Urals, to erode Moscow’s war-sustaining revenue without direct battlefield engagements. This forces Russia into a defensive posture, diverting billions in resources to protect vast, dispersed assets, while Ukraine leverages the missile’s range to strike from secure positions. Over time, this could accelerate Russia’s economic collapse, turning the conflict into a prolonged war of financial exhaustion where Ukraine’s lower-cost production (aiming for 7 per day by October) outpaces Russia’s repair efforts.
The Flamingo’s current design—subsonic, satellite/inertial-guided, and resembling Cold War-era systems like the US Mace or modern Tomahawk—offers a solid baseline for enhancements. Upgrades could focus on survivability, precision, and versatility, leveraging Ukraine’s growing defense industry and potential Western collaborations. Ukraine could build on the missile’s simplicity by making it harder to detect/intercept, increasing penetration rates against advanced defenses like S-500. Could double effectiveness in saturation scenarios without major redesigns.
Ukraine could face significant challenges in achieving mass production of the Flamingo. The movement of supplies would rapidly reveal the manufacturing site’s position, making it vulnerable to strikes from Iskanders. They also cannot establish a mass production assembly line inside a bunker. Systems like Pantsir and Tor would have no trouble intercepting this massive target regardless. However, certain undefended assets remain susceptible to attacks.
The Flamingo missile employs the identical turbofan engine as the L-39, which Motor Sich in Ukraine once manufactured, though it’s improbable they’ve made any in recent years or even over the past ten years, and the plant was probably converted for other uses early in the conflict. It’s possible they retained some surplus engines, and since Ukraine possesses a reasonable number of L-39 planes, they might have repurposed those.
There hasn’t been much reporting on Ukraine deploying L-39s, even though I’m puzzled why they haven’t used them for intercepting drones, given their use of Yak-52s for that purpose. Additionally, I’ve seen little information on L-39 losses beyond two instances during the SMO, but numerous airfields have been attacked, so perhaps others were damaged. Nevertheless, I believe it’s improbable for Ukraine to reach a production rate of seven units daily by October. The most feasible approach for them to accomplish that might involve sourcing L-39 engines from decommissioned L-39s in other nations. However, resuming manufacturing at Motor Sich seems improbable, as the site has endured frequent attacks, and many of the engine specialists have probably been relocated.