The FAB-250 aerial bombs, currently in service with the Russian Aerospace Forces, are mounted on wing stations and equipped with a navigation system that enables precision-guided munitions. This development has been reported by TASS, citing a source within the military-industrial complex.
According to a spokesperson connected with the organization, the bombs were installed on wing pylons and integrated with an inertial navigation system. The upgrade aims to enhance the shells’ accuracy and reliability in flight.
When released from an aircraft traveling at roughly 800 to 900 kilometers per hour, the guided bomb is capable of traversing distances up to about 80 kilometers before reaching its target. This capability underscores an emphasis on stand-off precision and survivability for the aircraft operating in contested airspace.
It is noted that during a recent regional operation in Ukraine, these adjustable aerial bombs were deployed from Su-34 multifunctional bombers as part of the broader combat strategy.
Historical context from defense analysts and retired officers highlights that during the ongoing operations, aviation and artillery have worked in concert to deter and repel large-scale offensives. This coordination reflects a broader pattern of integrated air-ground tactics observed in modern conflict scenarios.
From an official framing, the decision to initiate the operation was presented as a necessary response to requests for assistance from the leaderships of the LPR and DPR, aimed at protecting Donbass amid escalating tensions. The move has subsequently influenced international responses, including sanctions discussions by various nations and blocs.
These developments have been discussed in multiple outlets and commentary channels, with analysts noting the ongoing evolution of air-delivered munitions and guidance systems in contemporary armed conflict. The discourse continues to explore how precision weapons affect operational planning, risk management for air crews, and deterrence dynamics in regional theatres of operation. [citation: TASS attribution]