Manufacturer catalog

Almaz-Antey

Almaz-Antey is a Russian state-owned defense holding focused on air and missile defense systems, radar, and command-and-control equipment. In this catalog it is the builder behind the Buk-M2, Tor-M2, S-350 Vityaz, and S-400 Triumf families.

33 weapons

Almaz-Antey is a Moscow-based Russian defense holding whose public materials emphasize anti-aircraft and anti-missile systems, radar, and automated control equipment. Trade-show and reference sources describe it as a state-owned conglomerate with a broad air-defense industrial base and multiple affiliated enterprises.

For this catalog, Almaz-Antey matters because it is the builder associated with the catalog's Russian air-defense entries, including Buk-M2, Tor-M2, S-350 Vityaz, and S-400 Triumf. Those systems illustrate the company's span across short-, medium-, and long-range air defense.

Air and missile defense systemsRadar and surveillance systemsCommand-and-control systemsDefense electronics and modernizationAnti-aircraft missile complexes

Notable Systems

Buk-M2, Tracked medium-range surface-to-air missile system, Air Defense

Buk-M2

Tracked medium-range surface-to-air missile system

Tracked medium-range surface-to-air missile system in the Buk family, representing Almaz-Antey's battlefield air-defense line in the catalog.

9A330 Tor TLAR, Short-range self-propelled surface-to-air missile system, Air Defense

Tor-M2

Short-range self-propelled surface-to-air missile system

Short-range point-defense surface-to-air missile system representing the catalog's close-in air-defense end of Almaz-Antey's portfolio.

S-350 Vityaz, Medium-range surface-to-air missile system, Air Defense

S-350 Vityaz

Medium-range surface-to-air missile system

Medium-range air-defense system that sits between point-defense and long-range strategic SAM coverage.

S-400 Triumf, Long-range mobile surface-to-air missile system, Air Defense

S-400 Triumf

Long-range mobile surface-to-air missile system

Long-range mobile surface-to-air missile system that anchors the catalog's strategic air-defense coverage for this builder.

Manufacturer History

  1. Concern established

    Reference sources describe Almaz-Antey as a state-owned holding formed in 2002, consolidating a large defense-industrial base around anti-aircraft and anti-missile work.

    Sources: CAPA Almaz-Antey profile, Kremlin anniversary transcript

  2. 20th anniversary noted by the Kremlin

    A Kremlin transcript marking the company's 20th anniversary referenced the 2002 executive order that created the concern and its continued work on air and missile defense.

    Sources: Kremlin anniversary transcript

Website links
Official websiteOfficial trade-show profileKremlin anniversary transcriptState Department CAATSA sector list

English-language coverage uses several transliterations and legal forms for this concern, including Almaz-Antey, Concern VKO Almaz-Antey, and Almaz-Antey Air and Space Defence Corporation. Sanctions and trade-show sources are used here only for ownership, naming, address, and corporate-history context.

Manufacturer Sources

  • Official trade-show profilePublisher: RUSARMYEXPO | Note: Supports the public company name, Moscow contact information, and the official description of Almaz-Antey's air-defense, anti-missile, radar, and control-system focus. | Accessed: 2026-06-21
  • CAPA Almaz-Antey profilePublisher: Centre for Aviation | Note: Supports the 2002 founding context, state-owned holding description, and the consolidated air-defense industrial profile used in the builder summary and timeline. | Accessed: 2026-06-21
  • State Department CAATSA sector listPublisher: U.S. Department of State | Note: Supports the English legal-name variant and broader defense-sector context used by the U.S. government for Almaz-Antey. | Accessed: 2026-06-21
  • Kremlin anniversary transcriptPublisher: President of Russia | Note: Supports the 20th-anniversary reference and the 2002 executive-order context for Almaz-Antey's establishment. | Accessed: 2026-06-21
  • File:JSC GSKB Almaz-Antey headquarters in Moscow.jpgPublisher: Wikimedia Commons | Note: Image provenance and license page for the reusable Moscow headquarters photo associated with Almaz-Antey / GSKB Almaz-Antey. Licensed CC BY-SA 2.0. | Accessed: 2026-06-21

Produced weapons

Category

Air Defense

Systems that contest aircraft, missiles, helicopters, and drones.

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S-400 Triumf, Long-range mobile surface-to-air missile system, Air Defense2014 Russia-Ukraine War, 2011 Syrian Civil War +1 moreS-400 TriumfLong-range mobile surface-to-air missile systemBuilt in: RussiaThe S-400 Triumf, NATO reporting name SA-21 Growler, is a Russian road-mobile long-range air defense system built around networked command, search radar, engagement radar, and transporter-erector-launchers. It uses multiple interceptor families for layered engagements against aircraft, UAVs, cruise missiles, and selected ballistic missile threats, and Russian S-400 batteries in occupied Crimea have been recurring targets in Ukraine's campaign against Russian air defenses.
S-350 Vityaz, Medium-range surface-to-air missile system, Air Defense2014 Russia-Ukraine WarS-350 VityazMedium-range surface-to-air missile systemBuilt in: RussiaThe S-350 Vityaz is a Russian road-mobile medium-range surface-to-air missile system developed by Almaz-Antey for layered air defense against aircraft, helicopters, cruise missiles, UAVs, and some ballistic targets. The system pairs 50P6-series launchers, 50N6-series radar components, and 9M96/9M100-family interceptors. In the 2014 Russia-Ukraine War, reporting has documented Russian S-350 deployments near Ukraine and later Ukrainian strikes on S-350 launcher and radar equipment.
39N6 Kasta-2E2 surveillance radar, Mobile 3D low-altitude air-surveillance radar, Air Defense2014 Russia-Ukraine War39N6 Kasta-2E2 surveillance radarMobile 3D low-altitude air-surveillance radarBuilt in: RussiaThe 39N6 Kasta-2E2 is a Russian mobile 3D low-altitude air-surveillance radar in the Kasta family, intended to detect and track aircraft, helicopters, drones, and cruise missiles while feeding air-defense command networks. It is distinct from the older 35N6/51U6 Kasta-2E1 branch and has been documented as a Russian radar target in occupied Ukraine, Crimea, Zaporizhzhia, and southern Russia during the 2014 Russia-Ukraine War.
96L6-TsP acquisition radar, Mobile acquisition and surveillance radar, Air Defense2014 Russia-Ukraine War96L6-TsP acquisition radarMobile acquisition and surveillance radarBuilt in: RussiaThe 96L6-TsP is a Russian mobile acquisition and all-altitude surveillance radar in the 96L6 family, associated in open sources with upgraded S-350, S-400, and higher-tier Russian air-defense networks. It is reported as a dual-panel phased-array radar that can work with passive 96L6-VP modules in a 96L6-AP active-passive configuration, giving Russian batteries a broader air-picture sensor for aircraft, UAV, missile, and high-altitude target detection.
91N6A surveillance and tracking radar, Mobile air-surveillance and battle-management radar, Air Defense2014 Russia-Ukraine War91N6A surveillance and tracking radarMobile air-surveillance and battle-management radarBuilt in: RussiaThe 91N6A page covers the Russian 91N6 Big Bird S-band surveillance and tracking radar family used in Almaz-Antey long-range air-defense architecture. Official export material describes the 91N6E as the S-400 radar that detects and tracks aerodynamic and ballistic targets while feeding the 55K6E command post; open specialist sources treat 91N6A(M)/91N6M as the later S-500 acquisition and battle-management form, while subtype-specific public detail remains limited.
92N6A engagement radar, Mobile engagement and missile-guidance radar, Air Defense2014 Russia-Ukraine War, 2011 Syrian Civil War92N6A engagement radarMobile engagement and missile-guidance radarBuilt in: RussiaThe 92N6A is a Russian 92N6-family engagement radar associated with the S-400 Triumf air-defense system. Public sources describe the 92N6/92N6E Grave Stone as the multifunction radar that acquires and tracks targets, prepares launches, guides missiles, and exchanges fire-control data with the S-400 command system; conflict rows are limited to sources that directly name the 92N6 or 92N6E family rather than generic S-400 deployments.
35N6 Kasta surveillance radar, Mobile low-altitude air-surveillance radar, Air Defense2014 Russia-Ukraine War35N6 Kasta surveillance radarMobile low-altitude air-surveillance radarBuilt in: Soviet Union / RussiaThe 35N6 Kasta is a mobile UHF-band low-altitude surveillance radar associated with the Kasta-2-1/Kasta-2E1 branch of Russia's air-defense sensor network. Open radar references describe the 51U6/Kasta-2E1 as a two-coordinate low-altitude radar with separate antenna and operator or command-post elements; Janes identified a two-vehicle KamAZ-43114 system near Buhaivka, and Oryx plus WarSpotting list destroyed Russian Kasta command-post and antenna vehicles in the 2014 Russia-Ukraine War.
50N6A multifunction radar, Mobile multifunction radar for the S-350 Vityaz air-defense system, Air Defense2014 Russia-Ukraine War50N6A multifunction radarMobile multifunction radar for the S-350 Vityaz air-defense systemBuilt in: RussiaThe 50N6A is a Russian mobile multifunction radar associated with the 50R6A/S-350 Vityaz air-defense system. It provides search, target tracking, fire-control, and missile-guidance support for Vityaz batteries, while official export data for the S-350E family gives the multifunction radar 150 km circular-scan and 230 km fixed-sector air-target detection modes. WarSpotting documented a Russian 50N6A radar destroyed in Donetsk oblast on January 1, 2026, making the component directly visible in the 2014 Russia-Ukraine War rather than only through its parent S-350 system.
55K6A command post, Mobile S-400 air-defense command post, Air Defense2014 Russia-Ukraine War55K6A command postMobile S-400 air-defense command postBuilt in: RussiaThe 55K6A is the Russian-service command-post component associated with the S-400 Triumf air-defense system. Open export literature describes the closely related 55K6E combat control post as the node that processes radar information, distributes targets, issues target designations, and links S-400 batteries with higher or neighboring command systems. In Ukraine, open-source loss trackers identify Russian 55K6A command posts destroyed during the full-scale war, making the component useful as a separately tracked command-and-control target rather than only as part of the broader S-400 launcher family.
48Ya6-K1 Podlet-K1, Mobile three-coordinate low-altitude air-surveillance radar, Air Defense2014 Russia-Ukraine War, 2011 Syrian Civil War48Ya6-K1 Podlet-K1Mobile three-coordinate low-altitude air-surveillance radarBuilt in: RussiaThe 48Ya6-K1 Podlet-K1 is a Russian mobile three-coordinate radar complex built to detect and track low-altitude air targets for air-defense units. Public reporting describes the system as a multi-vehicle package with a radar/antenna vehicle, command or operator-control vehicle, and power-support vehicle on KamAZ chassis, while Rosoboronexport markets the export Podlet-K1KE for automated detection, tracking, identification, and flight-information tasks in air-defense and air-force radio-engineering units. Ukraine-war reporting documents Russian Podlet-K1 losses and strikes tied to the S-300 and S-400 air-defense network.
1L125 Niobium-SV, Mobile VHF three-coordinate air-defense surveillance radar, Air Defense2014 Russia-Ukraine War1L125 Niobium-SVMobile VHF three-coordinate air-defense surveillance radarBuilt in: RussiaThe 1L125 Niobium-SV is a Russian mobile VHF/meter-band, three-coordinate radar built for ground-forces air defense and developed by NNIIRT within the Almaz-Antey group. Rosoboronexport's 1L125E export profile describes a 5-500 km, 360-degree surveillance radar for detecting, tracking, identifying, and reporting aerodynamic and ballistic targets, including low-observable aircraft; Ukrainian and sanctions-derived records identify Niobium-SV radars in Russian service during the Russia-Ukraine war.
30N6 engagement radar, S-300-family engagement and missile-guidance radar, Air Defense2014 Russia-Ukraine War, 2020 Nagorno-Karabakh Conflict +2 more30N6 engagement radarS-300-family engagement and missile-guidance radarBuilt in: Soviet Union / RussiaThe 30N6 is the S-300P-family engagement radar lineage known by NATO as Flap Lid and, on later export configurations, Tomb Stone. The 5N63S Flap Lid B branch is the self-propelled S-300PS-era configuration, giving S-300P, S-300PS, S-300PMU, and S-300PMU-2 batteries target tracking, illumination, and missile-guidance functions rather than serving as a standalone weapon. Direct conflict records place Flap Lid-family radars in Ukraine and Nagorno-Karabakh losses, and satellite-based analysis identified a 30N6/30N6E radar as the probable S-300 component hit near Isfahan in April 2024.
76N6 Clam Shell, S-300-family low-altitude acquisition radar, Air Defense2014 Russia-Ukraine War76N6 Clam ShellS-300-family low-altitude acquisition radarBuilt in: Soviet Union / RussiaThe 76N6 Clam Shell is a Soviet/Russian S-300-family low-altitude acquisition radar built to find small, low-flying targets such as cruise missiles and terrain-following aircraft. It supplements the S-300 battery's wider search and fire-control radars by improving coverage near the radar horizon, often from a 40V6M or 40V6MD mast. Direct Ukraine-war evidence identifies Clam Shell-family equipment in Slovakia's S-300PMU transfer to Ukraine and a 76N6 radar destroyed with Russian S-300 equipment at Voronezh in August 2025.
5P85SM2-01 TEL, S-400 self-propelled transporter-erector-launcher, Air Defense2014 Russia-Ukraine War5P85SM2-01 TELS-400 self-propelled transporter-erector-launcherBuilt in: Russia / BelarusThe 5P85SM2-01 is a self-propelled transporter-erector-launcher associated with Russia's S-400 Triumf long-range air-defense system. It carries four launch canisters on a MAZ-543M-family heavy wheeled chassis and depends on the S-400 battery's command post, search radars, and 92N6E engagement radar for target data and missile guidance. Visual-loss tracking has separately documented Russian 5P85SM2-01 launchers in Ukraine, making the TEL identifiable beyond generic S-400 system references.
5P85TE2 TEL, S-400 towed transporter-erector-launcher, Air Defense2014 Russia-Ukraine War5P85TE2 TELS-400 towed transporter-erector-launcherBuilt in: RussiaThe 5P85TE2 is a towed transporter-erector-launcher associated with Russia's S-400 Triumf long-range air-defense system. It carries four ready missile canisters on a semitrailer normally towed by a BAZ-64022 tractor, depends on the S-400 battery's command-and-radar vehicles for target data and launch control, and has been directly identified in reporting on a Russian S-400 launcher loss near Yevpatoriya during the Russia-Ukraine War.
9A330 Tor TLAR, Short-range self-propelled surface-to-air missile system, Air Defense2014 Russia-Ukraine War9A330 Tor TLARShort-range self-propelled surface-to-air missile systemBuilt in: Soviet Union / RussiaThe 9A330 Tor TLAR is the tracked transporter-launcher-and-radar vehicle for the original Soviet 9K330 Tor short-range surface-to-air missile system. It combines acquisition radar, engagement radar, command-guided 9M330 missiles, and a tracked GM-series chassis in a self-contained battlefield air-defense vehicle, making it the earlier Tor-family branch that preceded the 9A331 Tor-M1 and modern Tor-M2 configurations.
Tor-M2, Short-range surface-to-air missile system, Air Defense2014 Russia-Ukraine War, 2020 Nagorno-Karabakh ConflictTor-M2Short-range surface-to-air missile systemBuilt in: RussiaThe Tor-M2 is a Russian short-range, self-propelled surface-to-air missile system built to protect maneuver forces and fixed sites from aircraft, helicopters, drones, guided missiles, and other precision weapons. The 9A331M designation identifies the tracked Tor-M2 launcher/radar vehicle in the 9K332 family, while 9A332 appears in Tor-M2 reference material for launcher/radar vehicle configurations and the 9A331MU/9K331MU Tor-M1-2U or Tor-M2U branch is a closely related Russian-service upgrade usually handled inside the same Tor-M2 family boundary. In conflict records it appears as Russian mobile front-line air defense in Ukraine and as Armenian Tor-M2KM coverage during the 2020 Nagorno-Karabakh war.
9A317 TELAR, Tracked Buk-M2 transporter erector launcher and radar, Air Defense2014 Russia-Ukraine War9A317 TELARTracked Buk-M2 transporter erector launcher and radarBuilt in: RussiaThe 9A317 TELAR is the tracked self-propelled firing vehicle for the 9K317 Buk-M2 medium-range surface-to-air missile system. Open technical and export-system references describe it as a GM-569-based launcher-radar vehicle with four ready 9M317-family missiles, onboard target detection and illumination, electro-optical backup channels in the 9A317E export version, and autonomous firing capability inside a wider Buk-M2 battery; Ukraine-war loss reporting ties Russian 9A317 TELARs to visually documented battlefield losses.
9A316M launcher, Tracked Buk-M3 transporter erector launcher, Air Defense2014 Russia-Ukraine War9A316M launcherTracked Buk-M3 transporter erector launcherBuilt in: RussiaThe 9A316M is the tracked transporter erector launcher used with Russia's 9K317M Buk-M3 medium-range surface-to-air missile system. It carries a larger ready missile load than the radar-equipped 9A317M TELAR but depends on a 9A317M firing vehicle or 9S36M illumination and guidance radar for target and launch data; Ukraine-war reporting has identified a Russian 9A316M TEL operating with a 9A317M TELAR in Kursk Oblast.
9A317M TELAR, Tracked Buk-M3 transporter erector launcher and radar, Air Defense2014 Russia-Ukraine War9A317M TELARTracked Buk-M3 transporter erector launcher and radarBuilt in: RussiaThe 9A317M TELAR is the autonomous tracked firing vehicle for Russia's 9K317M Buk-M3 medium-range surface-to-air missile system. Open technical sources describe it as a six-canister, radar-equipped self-propelled firing unit able to receive target designation, track targets, prepare missile flight tasks, illuminate targets, and launch 9M317M-family missiles; Ukraine-war reporting and loss documentation identify Russian 9A317M TELARs and Buk-M3 launchers as battlefield air-defense targets.
9S36M radar, Tracked illumination, guidance, and target-designation radar, Air Defense2014 Russia-Ukraine War9S36M radarTracked illumination, guidance, and target-designation radarBuilt in: RussiaThe 9S36M is a Russian tracked radar vehicle in the 9K317M Buk-M3 family, combining target illumination, missile guidance, and target-designation functions for Buk-M3 batteries that can use 9A316M launch vehicles. Official Viking export material describes the related 9S36ME radar as handling low-flying targets and transmitting commands to multiple missiles, while Ukraine-war visual evidence has documented Russian 9S36M losses as part of Buk-M3 combat deployments.
Buk-M2, Tracked medium-range surface-to-air missile system, Air Defense2014 Russia-Ukraine War, 2011 Syrian Civil War +1 moreBuk-M2Tracked medium-range surface-to-air missile systemBuilt in: RussiaThe Buk-M2 is a Russian tracked medium-range surface-to-air missile system in the Buk family, using 9M317-family missiles and networked radar vehicles to defend maneuver forces and fixed sites against aircraft, helicopters, cruise missiles, precision weapons, and some ballistic targets. Conflict records tie Buk-M2/Buk-M2E systems to Russian battlefield air defense in Ukraine, Syrian government air-defense engagements, the April 2018 Syria strike response, and Venezuelan air-defense losses during the 2026 United States-Venezuela Conflict.
9S32M1 missile guidance radar, Tracked missile guidance radar, Air Defense2014 Russia-Ukraine War9S32M1 missile guidance radarTracked missile guidance radarBuilt in: Soviet Union / RussiaThe 9S32M1 is a tracked multi-channel missile guidance radar in the S-300V air-defense family, descended from the 9S32 engagement-radar line used at battery level. It tracks assigned targets, coordinates with S-300V launch vehicles and command elements, and provides the radar channel needed to guide missiles against aircraft, cruise missiles, drones, and selected ballistic threats. Ukrainian reporting in January 2026 documented a Russian 9S32M1 being struck in Donetsk region during the Russia-Ukraine War.
1L119 Nebo-SVU, VHF air-surveillance radar, Air Defense2014 Russia-Ukraine War1L119 Nebo-SVUVHF air-surveillance radarBuilt in: RussiaThe 1L119 Nebo-SVU is a Russian meter-band VHF air-surveillance radar developed from the Nebo-SV line for detecting and tracking aircraft, ballistic targets, low-observable aircraft, and jammers. Rosoboronexport advertises it as a 360-degree radar with digital signal processing, while technical references describe it as a mobile active phased-array system intended to feed radar tracks into air-defense command-and-control networks.

Category

Electronic Warfare

Systems built to sense, relay, jam, deceive, or attack electromagnetic networks.

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1L111 Fara-1, Man-portable ground surveillance radar, Electronic Warfare2014 Russia-Ukraine War1L111 Fara-1Man-portable ground surveillance radarBuilt in: RussiaThe 1L111 Fara-1 is a Russian man-portable battlefield surveillance and weapon-guidance radar developed by NPO Strela for detecting moving personnel and vehicles and cueing weapons such as automatic grenade launchers or machine guns. Later export and upgraded Fara-PV and Fara-VR variants keep the same short-range ground reconnaissance role while adding panoramic display, target-track, and lighter manpack features, with Russian examples documented in Ukraine as captured or destroyed battlefield sensors.
1L271 Aistyonok, Portable mortar locating reconnaissance radar, Electronic Warfare2014 Russia-Ukraine War, 2011 Syrian Civil War +1 more1L271 AistyonokPortable mortar locating reconnaissance radarBuilt in: RussiaThe 1L271 Aistyonok is a Russian portable mortar-locating and artillery-reconnaissance radar associated with NPO Strela inside the Almaz-Antey industrial group. Rosoboronexport describes the export system as a modular radar for battalion-to-brigade fire support: detecting 81-120 mm mortar positions, tracking shell bursts for artillery correction, and observing moving ground targets out to 20 km. Specialist radar references describe a 135 kg J-band set, while open-source conflict reporting documents Russian-linked use in Syria and Ukraine plus Armenian/Artsakh wartime fielding problems in the 2020 Nagorno-Karabakh conflict.
1K148 Yastreb-AV, Self-propelled counter-battery artillery reconnaissance radar complex, Electronic Warfare2014 Russia-Ukraine War1K148 Yastreb-AVSelf-propelled counter-battery artillery reconnaissance radar complexBuilt in: RussiaThe 1K148 Yastreb-AV is a Russian self-propelled counter-battery radar complex attributed to the Almaz-Antey industrial group and Tula-based NPO Strela. Open reporting describes it as a phased-array artillery reconnaissance system on a BAZ-6910-025 8x8 chassis, built to track incoming shells or rockets and calculate artillery firing positions for counter-battery fire. Russian state-linked reporting announced its use with Russian artillery units in Ukraine in January 2024, while Ukrainian military, government-linked, and independent news coverage later documented the destruction of multiple Russian Yastreb-AV systems.

Category

Munitions

Standalone missiles, bombs, rockets, torpedoes, and guided or unguided explosive payloads.

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Category

Support Equipment

Transport, logistics, recovery, command, engineering, and other enabling equipment.

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DRL-27SE air traffic control radar module, Airfield traffic-control radar module, Support Equipment2014 Russia-Ukraine WarDRL-27SE air traffic control radar moduleAirfield traffic-control radar moduleBuilt in: RussiaThe DRL-27SE is the dispatch and terminal-area air-traffic-control radar module used in Russia's RSP-28ME mobile and RSP-27SE stationary radar landing-system families. In the 2014 Russia-Ukraine War, open-source loss records and Ukrainian defense reporting identify a DRL-27SE module in an RSP-28ME complex at occupied Belbek air base as damaged or destroyed during a Ukrainian drone strike in May 2026.
Command post for 35N6 Kasta surveillance radar, Mobile radar command-post vehicle, Support Equipment2014 Russia-Ukraine WarCommand post for 35N6 Kasta surveillance radarMobile radar command-post vehicleBuilt in: Soviet Union / RussiaThe command post for the 35N6 Kasta surveillance radar is the mobile control and operator element associated with the Kasta low-altitude air-surveillance package rather than the radar antenna vehicle itself. Radartutorial describes the 51U6/Kasta-2E1 operator shelter as a cabled element that can be positioned away from the antenna, Janes reported a two-vehicle KamAZ-43114 Kasta-2E1 system observed in non-government-controlled Ukraine in 2021, and Oryx plus WarSpotting document destroyed Russian command posts for 35N6 and 51U6 Kasta-family radars during the 2014 Russia-Ukraine War.