Kh-35

Kh-35
Allocer · CC BY-SA 3.0 · source
Name	Kh-35
Caption	Anti-ship cruise missile (illustrative)
Origin	Soviet Union / Russia
Type	Anti-ship cruise missile
Service	2003–present
Used by	See Operators
Manufacturer	See Operators
Weight	~620 kg
Length	~3.85 m
Diameter	0.42 m
Wingspan	~1.1 m
Speed	subsonic (~0.8 Mach)
Range	130–300+ km (variant-dependent)
Filling	145–300 kg high-explosive warhead
Guidance	inertial navigation, active radar homing, GPS/GLONASS
Launch platforms	ship, coastal, air, submarine

Kh-35 is a Soviet-era anti-ship cruise missile developed for littoral and blue-water engagement, entering Russian service in the early 2000s. Designed to engage surface combatants and merchant shipping, it complements systems fielded by navies and coastal defense forces across Eurasia. The missile family emphasizes sea-skimming flight, autonomous terminal guidance, and adaptability to shipboard, aviation, submarine, and coastal-launch roles.

Development

Development began in the late Cold War period driven by requirements established by the Soviet Navy, with design work influenced by concepts from the Rubin Bureau, the Zvezda Design Bureau, and industrial partners such as NPO Mashinostroyeniya. Program milestones intersected with procurement decisions involving the Soviet Ministry of Defense, transitions during the dissolution of the Soviet Union, and later modernization programs overseen by the Russian Ministry of Industry and Trade. Test and evaluation activities referenced facilities and test ranges associated with the Baltic Fleet, the Northern Fleet, the Black Sea Fleet, and trials involving design bureaus and shipbuilders like Severnaya Verf, Admiralty Shipyards, and the Baltic Shipyard. Export and license-production negotiations involved companies and states such as Rosoboronexport, India’s Defence Research and Development Organisation, Iran’s Ministry of Defence and Armed Forces Logistics, and Turkey’s Presidency of Defense Industries.

Design and specifications

The missile’s aerodynamics and propulsion integrate a turbofan engine design lineage connected to research at TsIAM and production capabilities from enterprises like NPO Saturn, while guidance architecture reflects integration of inertial navigation systems similar to designs by NIIP and active radar seekers developed in collaboration with Tikhomirov NIIP and NIIR. Structural and materials technologies draw upon practices from enterprises such as NPO Mashinostroyeniya and Vympel, with sea-skimming performance validated by flight tests over ranges associated with the White Sea and Caspian Sea proving grounds. The warhead and fuzing arrangements mirror approaches used in munitions examined by the Russian Academy of Sciences’ research centers, and integration into shipboard combat systems required interfaces compatible with combat management systems like Poliment-Redut, Fregat, and Almaz-Antey sensor suites. Typical performance metrics include subsonic cruise speeds, active radar terminal homing, and range envelopes reported variably in defense analyses by think tanks such as the Stockholm International Peace Research Institute, the Center for Naval Analyses, and RAND Corporation.

Variants

Several derivative models emerged to meet service needs across platforms and export customers. The naval surface-launched variant was adapted for installation on corvettes and frigates built by shipyards including Severnaya Verf and Yantar Shipyard, while coastal defense configurations were packaged as mobile coastal batteries comparable in deployment concept to systems fielded by the Russian Coastal Troops and exported forces in India and Vietnam. Air-launched adaptations involved integration trials with aircraft types associated with the Sukhoi design bureau and fighter-bomber platforms such as Su-24, Su-30 and export aircraft procured by customers like the Indian Air Force and Vietnam People’s Air Force. Submarine-launched conversions paralleled adaptations seen in submarine-launched cruise missiles and required interaction with design offices responsible for the Rubin design bureau and Admiralty Shipyards. Export and upgraded variants, influenced by procurement from nations such as India, Vietnam, Algeria, and Turkey, incorporated improvements to seekers, navigation suites including GLONASS/GPS, and extended-range propulsion modules developed in cooperation with Russian aerospace industry partners.

Operational history

Operational employment traces through service entry aboard small missile ships and corvettes in the Baltic Fleet, Black Sea Fleet, and Pacific Fleet, with coastal batteries deployed in scenarios associated with regional power projection and littoral denial. Export deliveries saw induction into naval inventories of countries such as India, Vietnam, Algeria, and others, leading to exercises and live-fire demonstrations linked to naval exercises like INDRA, SLINEX, and bilateral drills with navies including the Indian Navy and Vietnam People’s Navy. Instances of deployment influenced planning documents and threat assessments generated by NATO, the United States Navy, the Royal Navy, and regional maritime security organizations. Combat engagements, reported drills, and peacetime patrol integrations were examined by analysts at the International Institute for Strategic Studies, Jane’s Defence, and regional defense ministries.

Operators

Operators include naval and coastal forces of states that procured systems through Rosoboronexport, direct government-to-government agreements, and licensed production arrangements. Notable operators and associated institutions encompass the Russian Navy (Baltic Fleet, Black Sea Fleet, Pacific Fleet), the Indian Navy and Indian Coast Guard in acquisition programs overseen by the Defence Research and Development Organisation, the Vietnam People’s Navy, the Algerian Navy, and other maritime forces that undertook procurement through export channels negotiated with the Russian Ministry of Industry and Trade and state enterprises such as United Shipbuilding Corporation.

Countermeasures and defenses

Countermeasures against the missile family involve integrated air and missile defense layers managed by combat management systems like Aegis (United States Navy), SAMP/T (France/Italy), S-400 (Russia), and shipboard point-defense systems including CIWS installations from companies such as Phalanx (Raytheon) and AK-630. Electronic warfare suites by Thales, Elettronica, KRET, and Elbit Systems provide jamming and deception capabilities, while tactics promoted by naval doctrinal studies from NATO, the Royal Navy, and the U.S. Navy emphasize signature reduction, hard-kill interceptors such as surface-to-air missiles, layered sensor networks, and coordinated counter-firing from frigates, destroyers, and air assets. Passive measures and damage-control procedures implemented by navies and shipbuilders mitigate effects and are documented in manuals published by institutions including the U.S. Naval Institute, the Royal United Services Institute, and national defense academies.

Category:Anti-ship cruise missiles