Key Specs of Russia’s S-71K ‘Kovyor’ Cruise Missile
Ukraine’s Main Intelligence Directorate (HUR) has published detailed information about Russia’s S-71K ‘Kovyor’ cruise missile on the War&Sanctions portal. This weapon system was first deployed late last year, highlighting its recent introduction and strategic role in military operations. For context, the War&Sanctions platform is a Ukrainian initiative that tracks and exposes Russian military technologies and their supply chains.
The missile was developed by Russia’s United Aircraft Corporation. Its warhead consists of a 250 kg OFAB-250-270 high-explosive fragmentation aerial bomb. The missile’s body uses a multilayer fiberglass-based composite material, while internal components are made from aluminum alloys. The guidance system includes:
- a flight controller;
- inertial navigation based on basic sensors;
- a power supply system.
Notably, several electronic parts originate from foreign countries, including:
- the United States;
- China;
- Switzerland;
- Japan;
- Germany;
- Taiwan;
- Ireland.
The missile is powered by an R500 turbojet engine and has an estimated operational range of 300 km. It comes equipped with one main and two auxiliary fuel tanks, potentially boosting its combat effectiveness. Additionally, the missile can be adapted for launch from the S-70 ‘Okhotnik’ unmanned aerial vehicle.
Interactive 3D Model of the Missile
The War&Sanctions portal also features an interactive 3D model of the missile, allowing users to explore its structural design and specifications in detail.
The released data on the Russian S-71K ‘Kovyor’ cruise missile underscores the role of technological innovation in modern warfare, as well as Russia’s reliance on imported components, which could affect production and combat readiness. These specifications may significantly influence battlefield strategies and regional security dynamics. The availability of the interactive missile model further demonstrates the efforts of Ukrainian analysts to study and assess Russian military threats.
As Ukraine continues to adapt to evolving threats, the analysis of foreign missile technologies becomes increasingly crucial. Recently, Ukrainian engineers have examined debris from North Korean missiles discovered in Kharkiv, shedding light on the potential implications for military strategy and defense capabilities. For a deeper understanding of this ongoing situation, you can read more about the findings and their significance in this related article.