Principle Anti-Air Missile System (PAAMS)April 26, 2018
|Mobility||Ship-based; highly mobile|
|Role||Short- to long-range air and missile defense|
|Targets||Tactical ballistic missiles, cruise missiles, combat aircraft, and Unmanned Aerial Vehicles (UAV)|
|Interceptors||Aster 15 (over 30 km); Aster 30 (over 100 km)—Aster interceptors are also used by the SAMP/T air defense system|
|Components||Aster interceptors, Sylver Vertical Launching System, automatic fire control system, S1850M Radar (Long-Range Radar) SAMPSON radar (British variant), EMPAR radar (French and Italian variant)|
|Status||Deployed on two French Horizon-class frigates, two Italian Horizon-class frigates, and six British Type 45 destroyers|
|Producer||EUROPAAMS; a joint venture between Eurosam, MBDA, and UKAMS|
PAAMS is designed to provide sea-based protection against hostile aircraft, tactical ballistic missiles and cruise missiles. It is a 360 degree omni-directional system that can provide multi-layer air defense for PAAMS-equipped vessels and area protection for a fleet of nearby ships. The air defense platform is capable of defeating saturated attacks from modern air threats including sea-skimming anti-ship missiles, diving anti-radar missiles, and fighter aircraft. Currently, PAAMS is equipped by six British Type 45 destroyers (PAAMS is known as Sea Viper by the British Royal Navy), two French Horizon-class frigates, and two Italian Horizon-class frigates.
For long-range surveillance and tracking, PAAMS utilizes the S1850M radar, an upgraded version of the Dutch SMART-L radar, which allows vessels equipped with PAAMS to identify and track aerial threats. Once a threat is identified by the S1850M long-range radar, the fire control radar, EMPAR multifunction radar on Horizon-class frigates, and SAMPSON multifunction radar on Type 45 destroyers, is engaged to provide information on the target’s trajectory and calculate a firing solution. To engage a threat, Aster 15 and Aster 30 interceptors are launched autonomously—in quick succession if needed—from Sylver Vertical Launching Systems, which can house up to eight Aster interceptors in one launch tube. The interceptors are integrated with the multifunction fire control radar and command and control system to maneuver and intercept aerial targets.
Both Aster 15 and Aster 30 interceptors use the terminal dart, which is a lightweight, highly maneuvering missile equipped with a RF seeker to execute hit-to-kill intercepts. The highly maneuverable Aster interceptors—also used by the French and Italian SAMP/T air defense system—are ideal for intercepting modern maneuvering air and cruise missile threats.
Aster 15 Used for short- to medium-range air defense. Aster 15 is capable of traveling over 30 km at speeds of Mach 3.
Aster 30 Used for short- to long-range air defense. Aster 30 is capable of traveling over 100 km at speeds of Mach 4 and has a maximum altitude of 65,000 ft.
Commonly referred to as the European counterpart to the U.S.-made Aegis Combat System, PAAMS allows the United Kingdom, France, and Italy to defend their naval forces against modern and numerous aerial threats using domestically produced technology; without having to rely on American defense technology. Similar to the American Aegis Combat System, PAAMS is able to counter modern aerial threats such as Russian cruise missiles and combat aircraft. The system is interoperable with NATO’s Integrated Air and Missile Defense System and able to send and receive tracking information on air-breathing and space-based threats.
Russia’s recent military modernization and creation of anti-access/area-denial (A2/AD) “bubbles” in the Baltic and Black Seas have revitalized the importance of NATO’s collective air and missile defense capabilities. To maintain deterrence credibility in the face of Russian A2/AD, it is important that NATO forces have the means to counter Russian offensive and defensive weapon systems, especially when operating within contested regions. The PAAMS system, with its modern Aster interceptors capable of countering a range of modern Russian cruise missiles and combat aircraft, serves as the ideal weapon system for operating within Russian A2/AD bubbles.
April 4, 2012: A French Horizon-class frigate successfully intercepts a supersonic anti-ship missile flying at low altitude using an Aster 30 interceptor.
June 28, 2010: Aster 30 interceptor successfully completes firing trials after being fired from separate British, French, and Italian vessels.
July 23, 2009: The first British Type 45 destroyer, the HMS Daring, was commissioned.
June 2009: The first French Horizon-class vessel, Forbin, was commissioned.
April 2009: The first Italian Horizon-class vessel, Andrea Doria, was commissioned.
May 16, 2007: PAAMS successfully completed its qualification test, conducing a successful cruise missile intercept in the process.
May 23, 2006: PAAMS successfully completed its first qualification firing, intercepting a sub-sonic cruise missile from an Italian vessel.
September 2000: EUROPAAMS received first production contract for three sets of air defense interceptors Aster 15 and Aster 30.
August 2000: Italy and France both ordered two Horizon-class frigates each.
August 1999: The French government placed a contract with EUROPAAMS for production of the PAAMS warfare system to be developed for French, British, and Italian vessels.
- U.S. Missile Defense
- U.S. Deployed Intercept Systems
- Aegis Ashore
- Aegis Afloat
- Ground-Based Midcourse Defense
- Patriot Missile Defense System
- Terminal High Altitude Area Defense (THAAD)
- Avenger Air Defense System
- Counter-Rocket, Artillery, Mortar (C-RAM)
- SeaRAM Anti-Ship Missile Defense System
- U.S. Deployed Sensor Systems
- Command and Control
- U.S. Missile Defense Policy
- U.S. MDA Funding
- U.S. Deployed Intercept Systems
- Missile Defense of U.S. Partners
- U.S. Partners in Missile Defense
- Allied Intercept Systems
- Allied Sensor Systems
- Other BMD Systems
- Missile Defense Intercept Test Record
- Operational Intercepts by System
- Future BMD Systems
- Medium-Range Discrimination Radar
- Boost Phase Missile Defense
- Directed Energy
- Electromagnetic Railgun
- Hyper-Velocity Powder Gun
- LPD Based Ballistic Missile Defense Ship
- Long Range Discrimination Radar (LRDR)
- Medium Extended Air Defense System (MEADS)
- Multi-Mission Launcher (MML)
- Multi-Object Kill Vehicle (MOKV)
- Space-based Kill Assessment (SKA) Experiment
- Discontinued Programs