Air Defense

9S32M1 missile guidance radar

Also known as
  • 9S32M1
  • 9S32
  • 9S32-1
  • 9S32M
  • 9S32M-1E
  • 9S32ME
  • 9C32
  • 9C32M
  • Grill Pan
  • S-300V engagement radar
  • S-300V missile guidance station
  • 9C32M1

The 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.

9S32M1 missile guidance radar, Tracked missile guidance radar, Air Defense
Image source: File:S-300V - 9S32 engagement radar.jpg

Role in Conflicts

Profile / Specs

Profile

Origin
Soviet Union / Russia
Built by
Almaz-Antey
Type
Tracked missile guidance radar
Service note
Late Cold War S-300V family, modernized in S-300VM and S-300V4 service
Designer
Electromechanical Research Institute (NEMI / NIEMI) and Antey design lineage

Specifications

Role
Multi-channel missile guidance and engagement radar for S-300V-family batteries
Radar type
Three-coordinate centimeter-band phased-array radar, as described in January 2026 reporting
Platform
Tracked self-propelled S-300V-family vehicle
Chassis
Tracked self-propelled Object 833 chassis in the baseline 9S32 component reference
Combat weight
44 tons for the baseline 9S32 station
Crew
Six-person crew for the baseline 9S32 station
Tracked targets
Up to 12 targets tracked simultaneously in the baseline 9S32 component reference
Guidance capacity
Reportedly guides up to 12 surface-to-air missiles against six airborne targets
Detection range
Missilery.info cites fighter detection at 150 km above 5 km altitude, and autonomous fighter detection up to 140 km
Supported system
S-300V / S-300VM tracked long-range air-defense and anti-ballistic missile family
Targets supported by parent system
Aircraft, helicopters, drones, cruise missiles, and selected ballistic threats depending on S-300V variant and missile load
Operational dependency
Works with S-300V command, surveillance, launcher, and reload vehicles rather than as a standalone weapon
Battery position
One 9S32-family engagement radar per S-300V firing battery in open system-composition references
Battery vehicles
Works with 9S457 command, 9S15/9S19 radar, 9A82/9A83 launcher, and 9A84/9A85 reload-launch vehicle families depending on S-300V configuration
Variants

Open sources use several closely related 9S32 designations across the S-300V family. This entry is centered on the 9S32M1 designation reported in Russian S-300V/S-300V4 service, while the broader line includes the baseline 9S32 engagement radar and export or upgraded 9S32ME forms for S-300VM / Antey-2500.

VariantConfigurationDesignation notes
9S32Baseline S-300V engagement radar

The 1988 S-300V composition lists a 9S32 engagement radar at battery level, paired with tracked launch and reload vehicles.

Sources: S-300V WeaponSystems, S-300V Missile System

9S32-1S-300V1 engagement radar designation

Oryx lists a Ukrainian 9S32-1 radar for the 9K81-1 S-300V1 among visually documented Ukrainian equipment losses in the Russian invasion of Ukraine.

Sources: Oryx Ukrainian Equipment Losses

9S32MImproved S-300VM engagement radar line

Technical references describe 9S32M as the improved engagement-radar branch used with modernized S-300VM / Antey-2500 family components.

Sources: Air Power Australia Giant Gladiator, S-300V Missile System

9S32M1Modernized Russian S-300V guidance radar

January 2026 reporting identifies the 9S32M1 as the three-coordinate, multi-channel missile guidance radar struck in Donetsk region.

Sources: UNITED24 9S32M1 Radar Strike, Defense Express 9S32 Strike

9S32MEExport S-300VM / Antey-2500 guidance radar designation

S-300VM / Antey-2500 references identify 9S32ME as the export/upgraded multi-channel missile guidance radar used with the modernized tracked branch.

Sources: S-300V Air and Missile Defense System, Air Power Australia Giant Gladiator

9S32M-1EAntey-4000 export guidance-station designation

Rosoboronexport's Antey-4000 page lists the 9S32M-1E multichannel missile guidance station as the system element responsible for search, detection, lock-on, automatic tracking, and target-parameter transfer to launchers.

Sources: Rosoboronexport Antey-4000

Parent Air-Defense System

The radar is not a standalone launcher; its battlefield value comes from acting as the S-300V-family battery engagement radar while command, surveillance, launcher, and reload vehicles provide the rest of the firing chain.

Compatible itemItem typeCompatibility evidence
S-300, Long-range surface-to-air missile system, Air DefenseS-300Long-range surface-to-air missile family

The catalog's S-300 family page covers the broader S-300V branch; open system references place 9S32-family engagement radars alongside tracked launch, reload, command, and surveillance vehicles in that branch.

Sources: S-300 Missile Threat, S-300V Missile System, S-300V WeaponSystems

Why the radar matters

Conflict reporting treats damage to the 9S32-family radar as more than a vehicle loss because it removes the battery element that tracks targets and guides multiple missiles.

Sources: Defense Express 9S32 Strike, UNITED24 9S32M1 Radar Strike

Radar Role In The Battery

The 9S32-family vehicle is the engagement and missile-guidance node for S-300V batteries, working with command, surveillance, launch, and reload vehicles rather than firing missiles by itself.

Battery position

Open S-300V architecture references place one 9S32 engagement radar in each firing battery, alongside launch vehicles and reload-launch vehicles.

Sources: S-300V WeaponSystems; S-300V Missile System.

Guidance function

Defense Express and UNITED24 describe the radar as able to guide up to 12 missiles against six airborne targets.

Sources: Defense Express 9S32 Strike; UNITED24 9S32M1 Radar Strike.

System branch

S-300V is the tracked army air-defense branch of the S-300 family, with anti-aircraft and anti-ballistic missile roles.

Sources: S-300 Missile Threat; S-300V Air and Missile Defense System.

Loss effect

When the engagement radar is disabled, the remaining launch and support vehicles lose the central radar channel needed for normal battery combat work until a replacement is available.

Source: Defense Express 9S32 Strike.

Timeline

9S32M1 missile guidance radar Key Events

  1. S-300V system reaches full deployment

    CSIS places full deployment of the S-300V system in 1988, after phased introduction of S-300V elements in the 1980s.

    Sources: S-300 Missile Threat

  2. S-300V enters intended 1988 composition

    WeaponSystems.net and Missilery.info describe the mature S-300V composition as including the 9S32 engagement radar with 9S457 command, 9S15/9S19 radar, launcher, and reload vehicles.

    Sources: S-300V WeaponSystems, S-300V Missile System

  3. Russian S-300VM systems enter service with improved radar technology

    Missile Defense Advocacy Alliance's S-300V timeline identifies 2014 as the year Russia was outfitted with its first S-300VM systems with improved radar technology.

    Sources: S-300V Air and Missile Defense System

  4. Russian 9S32M1 struck in Donetsk region

    Ukrainian and defense reporting said operators from the 412th Nemesis Brigade struck a Russian 9S32M1 radar belonging to an S-300V system in Donetsk region.

    Sources: UNITED24 9S32M1 Radar Strike, Defense Express 9S32 Strike, Oryx Russian Equipment Losses

Media

9S32M1 missile guidance radar Videos

9S32M1 missile guidance radar Images

9S32M1 missile guidance radar, Tracked missile guidance radar, Air Defense - view 1
Source: File:S-300V - 9S32 engagement radar - rear view.jpg
Related Weapon Systems
50N6A multifunction radar, Mobile multifunction radar for the S-350 Vityaz air-defense system, Air DefenseAir Defense50N6A multifunction radarMobile multifunction radar for the S-350 Vityaz air-defense systemThe 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.
9M311 surface-to-air missile, Two-stage command-guided surface-to-air missile, MunitionsMunitions9M311 surface-to-air missileTwo-stage command-guided surface-to-air missileThe 9M311 is a Soviet two-stage, radio-command guided surface-to-air missile family developed for the Tunguska gun-missile air-defense system and adapted for naval Kortik/Kashtan installations. Sources describe a detachable booster, an unpowered missile stage guided by radio commands, and a continuous-rod warhead. Open reporting also documents Ukrainian Tunguska use with a 9M311-series missile firing during the 2014 Russia-Ukraine War.
9S36M radar, Tracked illumination, guidance, and target-designation radar, Air DefenseAir Defense9S36M radarTracked illumination, guidance, and target-designation radarThe 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.
MIM-104 Patriot, Long-range surface-to-air and ballistic missile defense system, Air DefenseAir DefenseMIM-104 PatriotLong-range surface-to-air and ballistic missile defense systemThe MIM-104 Patriot is a U.S.-origin, truck-mobile air and missile defense system built around phased-array radar, command-and-control vehicles, launchers, power generation, antenna masts, support vehicles, and PAC-2 or PAC-3 interceptor families. Developed from the 1960s SAM-D program, it evolved from aircraft defense into a high-value air and missile defense layer used in Desert Storm, Operation Iraqi Freedom, Yemen, Ukraine, Gulf base defense, and reported 2026 Iran-war drone defense over Bahrain.
9S470M1 command post, Tracked Buk-family command post vehicle, Air DefenseAir Defense9S470M1 command postTracked Buk-family command post vehicleThe 9S470M1 is the tracked command-post vehicle associated with the Buk-M1 surface-to-air missile system, sitting between the 9S18-family target-acquisition radar and Buk TELARs or launcher-loader vehicles. It receives target information, manages command-and-control links, and assigns targets inside a Buk battery or battalion command layer; Russia-Ukraine War loss records document Russian 9S470M1-family command posts destroyed or captured with Buk-M1/Buk-M1-2 equipment.
Buk-M2, Tracked medium-range surface-to-air missile system, Air DefenseAir DefenseBuk-M2Tracked medium-range surface-to-air missile systemThe 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.
1RL239/1RL239M ARK-1/ARK-1M Rys counter-battery radar, Tracked artillery-locating counter-battery radar, Electronic WarfareElectronic Warfare1RL239/1RL239M ARK-1/ARK-1M Rys counter-battery radarTracked artillery-locating counter-battery radarThe 1RL239/1RL239M ARK-1/ARK-1M Rys is a Soviet tracked artillery-locating radar family on the MT-LBu chassis, built to detect mortar, artillery, rocket-artillery, and tactical-missile firing positions for counter-battery work. The baseline ARK-1 entered Soviet service as the 1RL239, while the ARK-1M modernization added independent power and updated command equipment before late-Soviet production ended.

Sources

UNITED24 9S32M1 Radar StrikePublisher: UNITED24 Media | Note: Supports 2014 Russia-Ukraine War direct used by Russia context for a Russian 9S32M1 radar struck in Donetsk region on January 5, 2026, and supports 9S32M1 role, radar type, phased-array description, and missile-guidance capacity. | Accessed: 2026-07-03Defense Express 9S32 StrikePublisher: Defense Express | Note: Supports 2014 Russia-Ukraine War direct used by Russia context for the Ukrainian drone strike on a Russian S-300V 9S32 radar in Donetsk region, and supports the radar's target-tracking and missile-guidance role within the battery. | Accessed: 2026-07-03S-300 Missile ThreatPublisher: CSIS Missile Threat | Note: Supports S-300 and S-300V family background, S-300V development timeline, S-300V role, basing, missiles, and relationship to the broader S-300 family. | Accessed: 2026-07-03S-300V Missile SystemPublisher: Missilery.info | Note: Supports S-300V / S-300VM composition, including the 9S32-family multi-channel missile guidance station, command post, radars, launchers, reload vehicles, tracked chassis, and battery organization. | Accessed: 2026-07-039S32 Guidance StationPublisher: Missilery.info | Note: Supports baseline 9S32 component role, radar type, target search/tracking and launcher-transfer functions, target and missile channel counts, detection ranges, tracked Object 833 chassis, 44-ton weight, and six-person crew. | Accessed: 2026-07-03S-300V WeaponSystemsPublisher: WeaponSystems.net | Note: Supports S-300V family architecture, 9S32 battery engagement-radar role, 1983/1988 service-composition context, tracked mobility, and associated command, radar, launcher, and reload vehicles. | Accessed: 2026-07-03Rosoboronexport Antey-4000Publisher: Rosoboronexport | Note: Official export-system page supporting the later 9S32M-1E multichannel missile guidance station designation and its search, detection, lock-on, automatic tracking, low-flying target scan, and launcher-parameter transfer functions. | Accessed: 2026-07-03Air Power Australia Giant GladiatorPublisher: Air Power Australia | Note: Supports S-300V/S-300VM component and designation context, including 9S32/9S32M engagement-radar lineage, tracked vehicle family, Grill Pan identification, and 9S32M/ME modernization context. | Accessed: 2026-07-03Oryx Russian Equipment LossesPublisher: Oryx | Note: Supports 2014 Russia-Ukraine War direct used by Russia context by listing visually documented Russian 9S32M1 radars for S-300V as damaged during the Russian invasion of Ukraine. | Accessed: 2026-07-03Oryx Ukrainian Equipment LossesPublisher: Oryx | Note: Supports 2014 Russia-Ukraine War direct used by Ukraine context by listing a visually documented Ukrainian 9S32-1 radar for the 9K81-1 S-300V1 as destroyed during the Russian invasion of Ukraine. | Accessed: 2026-07-03S-300V Air and Missile Defense SystemPublisher: Missile Defense Advocacy Alliance | Note: Supports S-300V / S-300VM role, Almaz-Antey producer context, variant names, sensor and target context, timeline milestones, and export-service background. | Accessed: 2026-07-03File:S-300V - 9S32 engagement radar.jpgPublisher: Wikimedia Commons | Note: Image provenance and license page for the 9S32 engagement radar photograph used as the entry image. Licensed CC BY-SA 4.0. | Accessed: 2026-07-03File:S-300V - 9S32 engagement radar - rear view.jpgPublisher: Wikimedia Commons | Note: Image provenance and license page for the rear-view 9S32 engagement radar photograph used in the gallery. Licensed CC BY-SA 4.0. | Accessed: 2026-07-03