- Fire Point confirmed it is developing an air-launched ballistic missile based on its FP-9 platform, chief designer Denis Shtilerman said in a recent interview.
- The ground-launched FP-9 has a stated range of 800 kilometers, while Fire Point is also developing the FP-7, FP-9, FP-1 and Flamingo FP-5.
Denis Shtilerman, chief designer at Ukrainian strike drone and missile developer Fire Point, has confirmed the company is developing an air-launched ballistic missile (ALBM) based on its FP-9 platform, adding a new long-range strike capability to a portfolio that already includes some of Ukraine’s most advanced domestically produced weapons.
Shtilerman disclosed the program during a recent interview, describing a weapon that would extend the already considerable reach of the FP-9 baseline system. The ground-launched version of the FP-9 carries a stated range of 800 kilometers. In the air-launched configuration, the missile would achieve a significantly greater range because the aircraft carrying it handles the energy-intensive work of climbing to altitude, meaning the weapon’s own fuel can be spent almost entirely on forward flight rather than vertical ascent. That physics advantage is precisely what makes air-launched ballistic missiles attractive to militaries seeking to push strike range well beyond what ground-based launchers can offer.
Fire Point is not a newcomer to long-range strike development. The company has already fielded the FP-1, a long-range strike drone, and the Flamingo FP-5, a cruise missile. The FP-7 and FP-9 ballistic systems are also in development alongside the ALBM variant, giving Fire Point an expanding family of strike weapons covering multiple delivery profiles and ranges. That breadth of development within a single Ukrainian company reflects how rapidly the domestic defense industry has accelerated since Russia’s full-scale invasion in February 2022.
An air-launched ballistic missile works by being carried aloft by an aircraft — typically a fast-moving combat jet — before being released. Once dropped, it follows a ballistic trajectory toward its target, combining the speed and steep terminal angle of a ballistic weapon with the range extension provided by the launch aircraft’s altitude and velocity. The launch platform itself stays well beyond the reach of the target’s air defenses, which is the central tactical advantage the system offers. Ballistic missiles traveling at high speeds on steep descent angles are significantly harder to intercept than cruise missiles flying level flight paths.
Several countries have already fielded operational systems of this type. Russia has employed its Kh-47M2 Kinzhal extensively in Ukraine, launching it from MiG-31K interceptors. Israel operates the Rampage, the Air LORA and Blue Sparrow air-launched systems designed for standoff precision strike. China and the United States each have programs in this category, though neither has publicly disclosed combat use of their respective systems.
Ukraine’s interest in developing a domestic ALBM is directly tied to the nature of the war it is fighting. Russian air defenses, logistics nodes, command centers, and industrial facilities sit at distances that challenge shorter-range systems, and the ability to strike from standoff range protects Ukrainian aircraft from the dense surface-to-air missile networks Russia has deployed. A domestically produced ALBM would reduce Ukraine’s dependence on foreign-supplied long-range munitions while giving its air force a weapon Russia’s air defense planners would need to account for alongside existing Ukrainian strike assets.
Designing a ground-launched ballistic missile is a significant engineering challenge; adapting one for air launch, with the integration requirements that entails, represents a further step. Whether the FP-9 ALBM reaches production will depend on funding, flight testing, and the availability of suitable carrier aircraft — but its disclosure signals that Ukrainian industry is thinking well beyond the immediate battlefield.