Thursday, March 12, 2026

3M54-1 Kalibr (SS-N-27 “Sizzler”) – Russian Anti-Ship Cruise Missile

The 3M54-1 Kalibr, also known by its NATO reporting name SS-N-27 “Sizzler”, is a high-precision, long-range anti-ship cruise missile developed by NPO Novator (OKB-8). Featuring a two-stage propulsion system with a supersonic terminal phase, the 3M54-1 is designed to penetrate modern naval air defenses and strike high-value maritime targets with devastating effect.

Description and Development

The 3M54-1 Kalibr was tested starting in 2004 and quickly became integrated into the Russian Navy’s surface ships and submarines. Platforms include:

  • Buyan-M-class corvettes
  • Admiral Grigorovich-class frigates
  • Yasen-class, Schuka-B (Akula-class), and Lada-class submarines

Export variants of the missile, such as 3M54E, have been adopted by countries including India, China, Algeria, and Vietnam. India deployed the missile on Sindhughosh-class submarines and Talwar-class frigates, successfully testing it in 2008.

The missile has undergone continuous upgrades to maintain effectiveness against evolving threats, with enhancements to guidance, propulsion, and warhead lethality.

Variants

VariantRoleKey FeaturesRangePayload
3M-54EAnti-ship (export)Compact design, subsonic cruise220–300 km200 kg
3M-54E1Anti-ship (export)Sea-skimming flight, Mach 0.8 terminal speed300 km200 kg
3M-14ELand-attack (export)Inertial guidance, heavier payload300 km450 kg
3M-54TEAnti-ship (surface)Thrust vectoring booster, 8.9 m length660 km (domestic)450 kg
3M-54TE1Anti-ship (surface)Sea-skimming, thrust vectoring, Mach 0.8 terminal660 km est.450 kg
3M-14TELand-attackInertial guidance, thrust vectoring booster300 km450 kg

Warhead

The 3M54-1 carries a high-explosive warhead (400–500 kg) optimized to penetrate ship hulls and detonate inside critical systems such as:

  • Propulsion
  • Weapons systems
  • Command and control centers

Its delayed detonation ensures deep penetration, capable of crippling even heavily armored vessels, including destroyers and aircraft carriers.

Design and Propulsion

  • Length: 6.2–8.9 m (variant-dependent)
  • Diameter: 0.533 m
  • Launch weight: 1,300–2,300 kg
  • Construction: Lightweight aluminum alloys and composites for durability and aerodynamic efficiency

Propulsion system:

  1. Launch: Solid rocket booster for stable ascent
  2. Cruise: Turbojet engine for sustained subsonic speeds (0.8–0.9 Mach)
  3. Terminal: Secondary booster for supersonic sprint (up to 2.9 Mach), enhancing strike impact and minimizing enemy reaction time

Guidance Systems

The missile integrates multi-mode guidance:

  • Mid-course: Inertial Navigation System (INS)
  • Long-range: GLONASS satellite navigation
  • Terminal: Active radar seeker for precise target acquisition
  • Flight profile: Low-altitude sea-skimming reduces radar signature

This ensures effective engagement even in electromagnetically contested environments.

Combat Use

The 3M54-1 Kalibr is deployed from:

  • Surface ships (vertical launch systems)
  • Submarines (533 mm torpedo tubes)

Its primary mission is neutralizing surface warships, employing stealthy approach and high-speed terminal attack to overcome layered air defenses. The missile can also strike land targets with the 3M-14 variants, making it versatile across maritime and littoral operations.

Specifications

Parameter3M54-1 Kalibr
TypeShip/submarine-launched cruise missile
UsersRussia, India, China, Algeria, Vietnam
Warhead400–500 kg HE or thermonuclear (variant-dependent)
EngineSolid-fuel rocket + turbojet (subsonic cruise), terminal booster for supersonic sprint
Weight1,300–2,300 kg
Range220–660 km (variant-dependent)
SpeedSubsonic cruise (0.8–0.9 Mach), supersonic terminal up to 2.9 Mach
GuidanceINS, GLONASS, active radar seeker
DimensionsLength 6.2–8.9 m, Diameter 0.533 m

The 3M54-1 Kalibr remains a cornerstone of Russia’s anti-ship capability, combining stealth, precision, and supersonic terminal speed to challenge modern naval defenses and project power across maritime theaters.

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