FP-1 vs PD-2
FP-1 vs PD-2 at a glance — range 1,600 vs 1,300 km, built 5,000 vs 20 units.
| FP-1 | PD-2 | |
|---|---|---|
| Origin country | 🇺🇦 Ukraine | 🇺🇦 Ukraine |
| Category | Military Drones | Military Drones |
| Manufacturer | Fire Point | UkrSpecSystems |
| First flight | 1 January 2024 | 1 January 2019 |
| Year introduced | 2024 | 2021 |
| Number produced | 5000 units | 20 units |
| Average unit price | $55K | -- |
| Wingspan | -- m | 5.0 m |
| Height | -- m | 1.0 m |
| Length | -- m | 2.9 m |
| Maximum speed | -- km/h | 140 km/h |
| Operational range | 1,600 km | 1,300 km |
| Service ceiling | -- m | 3,800 m |
| Max. takeoff weight | -- kg | 55 kg |
| Empty weight | -- kg | 45 kg |
Detailed Comparison
Ukraine's defense procurement strategy currently funds two divergent unmanned architectures: the mass-produced FP-1 one-way attack munition and the modular PD-2 intelligence, surveillance, and reconnaissance (ISR) system. The FP-1 functions as an expendable cruise missile surrogate built for deep strikes against static infrastructure. The PD-2 operates as a low-volume, persistent tactical reconnaissance node supporting artillery and localized maneuver units.
Development and Design
Development of the PD-2 began in 2019 as an evolution of the crowdsourced PD-1. UkrSpecSystems prioritized modularity, allowing operators to configure the airframe for conventional runway takeoffs or attach four electric lift rotors for VTOL operations in constrained environments.
In contrast, Fire Point developed the FP-1 in mid-2022 strictly for attrition warfare. Engineered for mass production—scaling to 100 units per day by mid-2025 with over 5,000 built—the FP-1 utilizes a solid rocket booster for launch. It incorporates radar-absorbent materials and electronic counter-countermeasures (ECCM) to penetrate contested airspace.
Specifications and Performances
The performance metrics of both systems dictate their operational profiles. The FP-1 delivers a 60–120 kg modular warhead at ranges up to 1,600 km, acting as a theater-level strike asset. Its $55,000 unit cost enables saturation tactics against air defenses.
The PD-2 trades kinetic payload for persistence. With a maximum takeoff weight of just 55 kg, it utilizes a 100 cc four-stroke engine to achieve an 8-hour endurance and operates via a 180 km encrypted datalink. While the PD-2 can drop 3 kg free-fall munitions, its 11 kg payload capacity is optimized for electro-optical/infrared sensors rather than kinetic effects.
Deployment and usage
In operational service, the Armed Forces of Ukraine employ the platforms in entirely separate kill chains:
- The PD-2 provides persistent overwatch along the Line of Contact, identifying targets for HIMARS and 155mm artillery. Its VTOL configuration permits deployment from hidden treelines, minimizing the physical footprint of its mobile ground control station.
- The FP-1 executes pre-programmed, one-way missions deep into Russian territory, targeting ammunition depots, command posts, and surface-to-air missile batteries at ranges exceeding 1,200 km.
Experimental variants indicate further doctrinal divergence. The FP-1 is testing airborne deployment of wing-mounted FPV drones, and the FP-1/2 variant integrates unguided missiles, pointing toward a rudimentary loitering mothership concept.
Conclusion
The FP-1 holds the edge in strategic shaping operations, providing Ukraine with a high-volume deep-strike capability that bypasses the restrictions and high unit costs of Western-supplied cruise missiles. Its rapid production rate and heavy warhead make it a critical theater-level asset for degrading enemy logistics. The PD-2 remains superior for tactical combined-arms integration. It provides the localized, real-time targeting data that the FP-1's fire-and-forget architecture lacks. For systemic infrastructure attacks, the FP-1 dictates the operational tempo; for closing the tactical kill chain on the frontline, the PD-2 provides the necessary sensor node.