Systémes antiaériens (Documentation)

Rappel du premier message :

-SA-1 Guild (S-25 Berkut) :

Citation :

Aperçu pour la première fois sur la place Rouge en novembre 1960, lors du défilé annuel commémorant la révolution d'Octobre, le SA-1 est entré en service le 7 mai 1955, juste après le modèle suisse RSC, et le système amé­ricain Nike Ajax. Le développement du S-25 a commencé le 9 aout 1950 sous l'impulsion de Staline.
Très profilé, il était muni d'ailerons cruciformes en delta (eux-mêmes dotés d'élevons) et, à l'avant, d'ailettes (également cruciformes et en delta) entièrement mobiles. Le mis­sile était équipé avec un radar de nez B-200.
Baptisé « Yo-Yo » par l'OTAN, le radar principal associé au SA-1 était extrêmement complexe pour son temps. Il comprenait six antennes tournantes couvrant chacune un champ de 70° tant en hauteur qu'en direction. Utilisant des techniques de balayage par impulsions (à l'instar du radar « Fan Song » du successeur du SA-1, le SA-2 « Guideline »), le « Yo-Yo » était capable de poursuivre jusqu'à trente cibles à la fois; il développait en outre une puissance maximale d'au moins 2 mégawatts. Presque aussi performants que les systèmes américains de type Ballis­tic Missile Early Warning System, le « Yo-Yo » et son missile, le SA-1, furent classés d'emblée par le Pen­tagone dans la catégorie des armes de défense stratégique. Le dernier SA-1 a été retiré du service en 1982 et remplacé par des S-300P.

http://encyclopedie-des-armes.com/missiles-de-1939-a-nos-jours/74-missiles-sol-air/1438-sa-1-l-guild-r.html

-Origine : Russie
-Type : systeme antiaérien de moyenne portée
-Mise en service : 1955
-Portée : 30km
-Vitesse max (missile) : Mach 3
-Altitude max : 18.000m
-Operateurs : URSS
-Engagements : ?







-SA-2 Guideline (S-75 Dvina) :

Citation :

Le S-75 Dvina (terminologie OTAN : SA-2 Guideline) est l’un des premiers système de missile sol-air guidé par radar mis en service par l’Union soviétique.

Volant à Mach 3,5, affichant 40 km de portée, armé d’une charge explosive de 130 kg, le missile S-75 Dvina est associé au radar de tir Fan Song et au radar d’alerte Spoon Rest. Très rapidement, ce système prouve son efficacité et les victoires du S-75 se multiplient.

Une batterie se compose en principe d’un radar au centre et de six rampes de lancement en cercle autour de celui-ci.

http://fr.wikipedia.org/wiki/S-75_Dvina

-Origine : Russie
-Type : systeme antiaérien de moyenne portée
-Mise en service : 1957
-Portée : 40/50km
-Vitesse max (missile) : mach 3.5
-Altitude max : 18/20.000m
-Operateurs : Russie; Chine; Cuba; Egypt;Corée Du Nord ; Pakistan; Syrie; Vietnam; Algerie
; Inde; Yougoslavie ...
-Engagements : Guerre du Vietnam; Guerre des Six Jours; Guerre du Kippour; Guerre indo Pakistanaise ...








-SA-3 Goa (S-125 Nyeva/Pechora) :

Citation :

Appartenant à la même génération que le SA-2 « Guideline » (dont il constitue un dérivé direct), le SA-3 « Goa » a été mis en service en 1961. Beaucoup plus petit que le « Guideline », le « Goa » est en même temps plus manoeuvrable. Ses premières versions utilisaient un système de radioguidage similaire et étaient tout aussi vulnérables aux contre-mesures électroniques que leur modèle. A l'instar du SA-2, le SA-3 est doté d'une fusée auxiliaire à propergol solide, son second étage (le groupe moteur) étant par contre alimenté également en propergol solide, à la différence de la fusée­moteur du « Guideline », à por­pergol liquide.
Bien qu'il constituât à l'origine un système mobile, le SA-3 s'est révélé peu maniable comparé à d'autres systèmes plus récents. De moins en moins employé par l'armée de terre, le « Goa » est en revanche encore utilisé par les forces de défense aérienne soviétiques (PV-O) pour la défense rapprochée des aérodromes.
Parmi les radars associés au « Goa » figurent le radar d'alerte avancée et de désignation de cible « Flat Face », qui bénéficie d'une portée de 250 km, et le radar de poursuite et de gui­dage « Low Blow » qui, avec une portée de 85 km, peut poursuivre jusqu'à six cibles à la fois tout en guidant deux missiles sur chaque cible. Optimisé pour la détection d'objectifs volant à basse altitude, le « Low Blow » est capable d'acqué­rir une cible à partir des seuls échos de sol.
Guidé par radiocom­mande, le missile proprement dit peut également être équipé d'une tête chercheuse radar semi-active pour son guidage dans la phase finale de sa trajectoire.
Le SA-3 fut utilisé pour la pre­mière fois dans les années soixante au Moyen-Orient, les contre-mesures mises au point par les Israéliens pour repousser les SA-2 s'avérant cepen­dant tout aussi efficaces contre le « Goa ». Ce dernier n'en constitua pas moins l'arme sol-air la plus uti­lisée par les nations arabes pendant la guerre du Kippour, en 1973, même s'il fut finalement éclipsé pen­dant ce conflit par le SA-6 « Gain­ful », beaucoup plus efficace.
Le S-125 a été retiré du service en Russie par des SA-10 et SA-12. Mais en 2000, La Russie a décidé de recycler les S-125 en les améliorant pour l'exporation et en devenant des Pechora. En 2001, la Pologne fit la même chose  sous le nom Newa SC.

-Origine : Russie
-Type : systeme antiaérien semi-mobile de moyenne portée
-Mise en service : 1960
-Portée : 25/35km selon les version
-Vitesse max (missile) : Mach 3
-Altitude max : 18.000m
-Operateurs : Russie; Algérie; Angola; Azerbaïdjan; Bulgarie; Cuba; Egypt; Éthiopie; Libye; Corée du Nord; Pérou; Pologne; Serbie; Syrie; Vietnam; Yémen; Inde
-Engagements : Guerre du Vietnam; Guerre du Kippour; Guerre du Liban; Guerre en Angola; Guerre des Balkans ...













-SA-4 Ganef (2K11 Krug) :

Citation :

Le SA-4 Ganef ( dénomination soviétique : 2K11 Krug ) est un missile sol-air destiné à attaquer des appareils volant à moyenne et haute altitude. Apparu en public pour la première fois sur la Place Rouge, en mai 1964, le Ganef voit son développement s’étaler de 1957 à 1969. Le Krug-A entre en service en 1967, le Krug-M en 1971 et le Krug-M1 en 1974. Il est conçu pour la défense en profondeur de l’espace aérien, son déploiement long et complexe le rendant peu approprié pour une défense très rapprochée.

Les missiles sont montés par paire sur un chassis dérivé du poseur de mines GMZ, qui a été adapté plus tard pour l’obusier automoteur M1973 de 152 mm, et chenillé ce qui donne au lanceur une grande mobilité, parfaite pour suivre les unités blindées. Chaque batterie dispose de trois lanceurs, d’un radar de guidage et de contrôle Pat Hand, d’un radar de recherche Thin Skin et de plusieurs camions 6 x 6 Ural-375 de ravitaillement en missiles ( les services de renseignement des Etats-Unis évaluaient leur nombre à quatre véhicules par batterie, ce qui limiterait sérieusement la cadence de tir ). En outre, les Ganef sont associés à un radar longue portée Long Track, d’une portée de 175 kilomètres, et qui sert aussi aux systèmes SA-6 et SA-8. La portée des missiles utilisés par le lanceur Krug varie selon les versions de 50 à 55 kilomètres. D’une portée d’environ 2,5 tonnes au lancement, chaque missile emporte une tête explosive de 135 kilos. Son guidage se fait par illumination radar de la cible ( SARH ) mais en cas d’environnement électronique défavorable, il peut être guidé par guidage optique.

A l’heure actuelle, le Ganef n’est plus en service en Russie ( 500 lanceurs, retirés en 2007 ), en Allemagne de l’Est, en Hongrie et en Tchécoslovaquie. Il susbiste cependant plusieurs dizaines d’exemplaires en Arménie, Azerbaidjan, Bulgarie, Kirghizistan, Pologne, Turkménistan et peut-être en Corée du Nord. La longue portée du missile le rend encore potentiellement dangereux, même si sa grande taille et son manque de manoeuvrabilité peuvent réduire son efficacité.

http://www.avions-militaires.net/dossiers/missiles/sa-4-ganef.php

-Origine : Russie
-Type : systeme antiaérien mobile de longue portée
-Mise en service : 1965
-Portée : 55km
-Vitesse max (missile) : Mach 4
-Altitude max : 25.000m
--Autonomie : 780km
-Operateurs : Russie(retiré du service); Arménie; Azerbaïdjan; Pologne; Allemagne(retirés du service); Turkmenistan; Corée du Nord ...
-Engagements : ?










-SA-5 Gammon (S-200 Volga) :


Le SA-5 Gammon est un systeme sol-air longue portée, destiné a défendre de larges zones contre les bombardier ou les avions stratégique (tels que le SR71 ...).Chaque bataillon dispose de six lanceurs mono-rail pour missile, et un radar de controle de tir.

-Origine : Russie
-Type : systeme antiaérien de longue portée
-Mise en service : 1966
-Portée : 250km
-Vitesse max (missile) : Mach 4
-Altitude max : 35.000m
-Operateurs : Russie; Corée Du Nord; Iran; Libye; Inde; Ukraine ...
-Engagements : crise du Golf de Syrte (libye), le 4/10/2001 un S-200 ukrainien abbat accidentellement un avion de ligne  Tel Aviv (Israël) à Novossibirsk, (Siberie).

grand beau travail alloudi..mes remerciments .

c'est ce genre d'effort que j'apprecie toujours.

Bravo Alloudi

gigg00 a écrit:

grand beau travail alloudi..mes remerciments .

c'est ce genre d'effort que j'apprecie toujours.

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Bravo Alloudi

merci

Bamse RBS23

Citation :

Description: The BAMSE is a medium range air defense system designed for protection of military facilities, ground forces and high value infrastructures. The BAMSE is intended against very small and fast targets such as attack missiles, anti-radiation missiles, UAVs and cruise missiles. It can also engage high altitude flying targets.

The BAMSE air defense system consists of a Surveillance and Control Centre (SCC) and 3 Missile Control Centers (MCC). The SCC comprises an Ericsson Giraffe 3D surveillance radar with an antenna mast of 8/13 meters. The SCC can coordinate up to 4 MCC. The MCC trailer are located up to 20 km away from the SCC and interconnected via a cable or radio communications. The MCC comprises a Ka-band fire control radar with a 8 meters mast, IRST (infrared sensor for surveillance and tracking), IFF, 6 ready-to-fire BAMSE missiles, and weather sensors. The complete reload of a MCC takes less than 4 minutes.

The BAMSE air defense system has a built-in simulation capability to carry out training. The MCC trailer depends on transportation vehicles which also carry additional missiles for reloading operations. The Sweden government ordered the RBS23 in 2000 and deliveries started in 2002.
Specifications

Performance: Ceiling 15,000 m (49,213 ft), Max Range 15,000 m (49,213 ft), SetUp Time 15 min

Rafael Spyder-sr

SPYDER is a quick reaction, low level surface-to-air missile system designed to effectively counter attacks by aircraft, helicopters UAVs and precision guided munitions. The system provides excellent protection of valuable assets, as well as first-class defense for forces located in the combat area. The SPYDER system incorporates RAFAEL's most advanced, proven performance air-to-air missiles – the Derby active radar (RF) missile and Python 5, a dual waveband Imaging Infra Red (IIR) missile. SPYDER missiles have full commonality with the air-to-air missile version.

SPYDER's truck-mounted Missile Firing Units (MFU) are equipped with both IIR and RF missiles. The MFU carries any combination (IIR/RF) of four missiles on a rotatable launcher assembly. The system's high mobility allows quick deployment and operational agility. The SPYDER System has 360° engagement capability during day or night and under all weather conditions. The SPYDER System can engage multi threats simultaneously. It has Lock-On-Before Launch (LOBL) and Lock-On-After Launch (LOAL) modes of operation. The intercept envelope of the SPYDER system spans from less than 1km to 15 km, against targets flying at altitudes between 20 m and 9,000 m.

SPYDER's highly modular structure allows simple adaptations to customers’ platforms and future growth. A standard SPYDER missile battery has up to six missile firing units per battery and a command and control unit.

The truck-mounted Command and Control Unit (CCU) comprises the Elta EL/M 2106 ATAR 3D surveillance radar. The surveillance radar has advanced ECCM capabilities and can simultaneously track multi-targets. Wireless data link communication enables deployment of the MFUs at a distance from the CCU. The CCU is also capable of operating with neighbouring SPYDER air defence batteries and share information with higher echelons. This interoperability capability provides the SPYDER air defense system with high flexibility in combat situations.

SPYDER was developed in cooperation with IAI.

System's Main Features

• Full commonality with RAFAEL's air/air missile
  
• Effective against low altitude air threats
  
• Short and medium range performance
  
• Fire and forget or fire and update capability
  
• Multiple target and cluster target engagements
  
• Mobility in difficult terrain
  

Python 5 is a fifth generation air-to-air missile and the latest member of the Python family. The missile provides the pilot engaging an enemy aircraft with a revolutionary full sphere launch capability. Python 5 can be launched from a very short range to beyond visual range with greater probability of kill and excellent resistance to countermeasures. The missile is also offered in an air defense configuration.

• Full sphere launch envelope from very short to beyond visual ranges
  
• Excellent acquisition and tracking performance
  
• Target Lock-On-Before and After Launch capability
  
• Excellent resistance to countermeasures
  
• Greater probability of kill
  

Rafael's Derby is a fully developed Beyond Visual Range (BVR) air-to-air missile. The missile offers excellent performance and maneuverability in both medium and short range engagements. The missile is also offered in an air defense configuration.

Main features:

Active radar seeker Designed for both medium and short range All weather performance Look-down/Shoot-down capability Lock On Before Launch (LOBL) mode for tight dogfights Advanced programmable ECCM Lightweight Fully developed, tested and proven missile

Citation :

The impressive SLAMRAAM control centre with the related consoles. The I/J (X)-band 3D narrow beam AN/MPQ-64 can also cue Stinger, AAA and VSHORAD-class missiles. The radar has a range of up to 75 km and uses the AN/TPX-56 IFF. It's configuration allows the weapons, radars and command posts to operate from widely separate battlefield positions.

QJG02 14.5mm (chinois)

Citation :

Caliber: 14.5 x 115 mm
Weight: 75kg (QJG 02) or 110 kg (QJG 02G with wheeled mount) on AA mount / tripod
Length: n/a
Length of barrel: n/a
Feed: belt, 50 rounds
Rate of fire: 500 rounds per minute


Up until recently the most powerful machine gun in the PLA inventory was the 14.5mm Type 58 – a straightforward copy of the Soviet Vladimirov KPV, used on single, twin and quad AA mounts. Only recently has the PLA bothered with a replacement for this old, but still effective weapon, and in 2002 it adopted the new QJG 02 14.5mm HMG. This weapon is of indigenous design, and it looks somewhat like an enlarged W-85. So far it has been observed only on low-profile, single-gun AA mountings, which also can be used for ground applications. It is believed that QJG 02 heavy machine gun is already in service with some units of PLA. An updated export version of the gun, named QJG 02G, is being promoted by its maker, the Chinese arms factory No.36. The key difference between QJG 02 and QJG 02G is that the latter has the mount with detachable towing wheels.
The QJG 02 can fire all types of 14.5mm ammunition, including the newest Chinese DGJ 02 SLAP ammunition with muzzle velocity of 1250 m/s (4100 fps) and claimed armor penetration of 20mm at 50^o angle at 1000 meters.
Reliable information on this new machine gun is very limited so far. It is believed that limited production of the Type 02 HMG started in around 2004 or 2005.
The Type 02 is a gas operated, air cooled, belt fed, machine gun that fires from an open bolt. Barrel is quick-detachable and has a carrying handle attached to it. QJG 02 uses a rotary bolt locking system.
The Type 02 is associated with a special low profile mount, which consists of an adjustable tripod with a turntable that hosts the gunner’s seat, traverse and elevation mechanisms, and the gun cradle with built-in recoil dampers. When traversing, the entire turntable with gunner and gun is rotated; the rotation is controlled by a horizontal wheel located in front of the gunner. Elevation of the gun is controlled by another wheel, located to the left of the traverse control. The gun trigger is operated by the pedal. The entire system is said to be easily disassembled into five man-packs, each weighing 20 kg or less.
The Type 02 is typically fitted with a special telescope sight, installed on a parallelogram mount well above the barrel. The sight mount is attached to the gun cradle.

LeFlaSys (ASRAD) Light Mechanised Short-Range Air Defense System, Germany
http://www.army-technology.com/projects/leflasys/

LFK NG pour remplacer le missile stinger
http://www.mbda-systems.com/mbda/site/ref/scripts/EN_LFK-NG_188.html

____

Surface-Launched AMRAAM (SL-AMRAAM / CLAWS) Medium-Range Air Defence System, USA
http://www.army-technology.com/projects/surface-launched/

Avenger Upgard Version

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As you can see, the engineers at Boeing decided to have a little fun in designing an Avenger on steroids. They put it on an Oshkosh M-ATV and equipped it with everything from a Bushmaster chain gun and various missiles to a laser.

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SLAMRAAM Successfully Intercepts Targets in Two Test Firings


TEWKSBURY, Mass. | Raytheon Company's SLAMRAAM (Surface Launched Advanced Medium Range Air-to-Air Missile) system successfully destroyed an unmanned aerial vehicle target and intercepted a cruise missile target at White Sands Missile Range, N.M. The limited user test-firing data will be used to validate key system capabilities and potential enhancements in addition to providing operational assessment.

"Successful completion of this test firing demonstrates the maturity of the design and its operational capability when in the hands of soldiers," said Sanjay Kapoor, vice president for Patriot Programs at Raytheon Integrated Defense Systems. "SLAMRAAM is the most cost-effective system in development to combat the increasing unmanned aerial vehicle and cruise missile threat to our deployed forces, high-value fixed assets and population centers."

The primary objective of this series of tests was to demonstrate soldiers' ability to operate the system in a tactical environment. In addition to maneuvering and emplacing the system, the soldiers had to demonstrate the ability to properly operate the system to detect, identify, track, engage and destroy both types of threat. The U.S. Department of Defense recently announced that SLAMRAAM would be funded through development and testing and will maintain an emergency operational capability.

defpro

Je ne sais pas si on en a déjà parlé ... parmi les choses présente cette année au salon tchéque IDET 2011, on trouve un SA-6 upgardé, avec des missiles Aspide :

Citation :

Second MEADS Launcher Passes Key Acceptance Test


ORLANDO, Fla., MUNICH, and ROME, June 20, 2011 /PRNewswire/ -- The Medium Extended Air Defense System (MEADS) successfully passed another hardware milestone when its second Launcher Platform Group (LPG) completed formal acceptance testing during March in Dello, Italy.
(Photo: http://photos.prnewswire.com/prnh/20110620/FL22141)
MEADS is a ground-mobile air and missile defense system that incorporates the hit-to-kill PAC-3 Missile Segment Enhancement (MSE) Missile, 360-degree radars, netted-distributed battle management/communication centers and high-firepower launchers. The system combines superior battlefield protection with extensive flexibility, allowing it to protect forces and critical assets against tactical ballistic missiles, cruise missiles, unmanned aerial vehicles and aircraft.
Designed by MBDA Italia and produced by subcontractor ATIB, the tested LPG is carried on a German MAN Prime Mover. Following integration with an Integrated Launcher Electronics System, Launcher Power System and Internal Communication System (MICS), the completed launcher will begin system-level integration with other MEADS elements. MEADS is scheduled to begin flight tests at White Sands Missile Range, N.M. later this year.
The lightweight MEADS launchers are easily transportable and tactically mobile. Each carries up to eight PAC-3 MSE Missiles and achieves launch readiness in minimum time. A Palletized Load Handling and Elevation System allows MEADS launchers to autonomously and rapidly reload.
During the acceptance tests, the LPG demonstrated compliance with all expected capabilities, including:

• Automatic missile upload/offload reload that is unmatched among existing air defense systems
  
• Verification of LPG emplacement from 'road march' configuration to 'ready-to-fire' position and back
  
• Quick and automatic detachment of main components from the prime mover in preparation for helicopter transport.
  

Through improvements in range, interoperability, mobility and full 360-degree defense capability against the evolving threat, MEADS improves capability to defend troops and critical assets. MEADS defends up to eight times the coverage area with far fewer system assets. This allows for a substantial reduction in deployed personnel and equipment, with less demand for airlift.
MEADS International, a multinational joint venture headquartered in Orlando, Fla., is the prime contractor for the MEADS system. Major subcontractors and joint venture partners are MBDA in Italy, LFK in Germany and Lockheed Martin in the United States.
source:
MEADS INTERNATIONAL

MSOP2011



NASAMS

Roland sur chassis AMX30 en Action

..a coté des Roland

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Development of S-500 air defense systems behind schedule - paper




The development of Russia's formidable S-500 air defense system is lagging behind schedule by at least two years, the Izvestia daily said on Wednesday citing a defense industry source.

According to the source, the first prototypes will be ready and tested by 2015, while the deliveries to the Russian army could start in 2017 at the earliest.

"The production cycle of this system is about two years. Therefore, even if the prototypes are ready by 2015, the military will not receive production models earlier than in 2017," the source said.

A source in the Russian Defense Ministry confirmed that the earlier announced schedule of S-500 deliveries in 2015 was "too optimistic," as the prototypes should have already been undergoing field tests to meet the deadlines.

The S-500, a long-range air defense missile system, is expected to become the backbone of a unified aerospace defense system being formed in Russia.

The system is expected to have an extended range of up to 600 km (over 370 miles) and simultaneously engage up to 10 targets.

The Russian military has demanded that the system must be capable of intercepting ballistic missiles and hypersonic cruise missiles and plans to order at least ten S-500 battalions for the future Russian Aerospace Defense.

(RIA Novosti)

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Lockheed Martin Conducts Successful Pac-3 Missile Test at White Sands Missile Range

DALLAS, TX | Lockheed Martin’s PAC-3 Missile successfully detected, tracked and intercepted an aerodynamic tactical ballistic missile target today in a flight test at White Sands Missile Range, N.M.

The test included a ripple fire engagement, utilizing a PAC-3 Cost Reduction Initiative (CRI) Missile as the first interceptor and a PAC-3 Baseline Missile as the second interceptor. The CRI Missile includes block upgrades to the PAC-3 Baseline Missile for performance improvement.

“We continue to improve the capability of the PAC-3 Missile, staying ahead of the evolving threat,” said Richard McDaniel, PAC-3 Programs vice president in Lockheed Martin’s Missiles and Fire Control business. “This flight test success completes the validation of PAC-3’s latest software and hardware updates as we continue to provide this extremely capable hit-to-kill weapon to the warfighter.”

The PAC-3 Missile is one of the world’s most advanced, capable and reliable theater air defense missiles. It defeats advanced tactical ballistic and cruise missiles, and fixed- and rotary-wing aircraft. As the most technologically advanced missile for the PATRIOT air defense system, PAC-3 significantly increases the PATRIOT system’s firepower, as 16 PAC-3s can be loaded in place of only four legacy PATRIOT PAC-2 missiles on the PATRIOT launcher.

Lockheed Martin achieved the first-ever hit-to-kill intercept in 1984 with the Homing Overlay Experiment, using force of impact alone to destroy a mock warhead outside of the Earth’s atmosphere. Further development and testing produced today’s PAC-3 Missile, which won a competition in 1993 to become the first hit-to-kill interceptor produced by the U.S. government. The PAC-3 Missile has been the technology pathfinder for today’s total conversion to kinetic energy interceptors for all modern missile defense systems.

Lockheed Martin is a world leader in systems integration and the development of air and missile defense systems and technologies, including the first operational hit-to-kill missile. It also has considerable experience in missile design and production, infrared seekers, command and control/battle management, and communications, precision pointing and tracking optics, as well as radar and signal processing. The company makes significant contributions to all major U.S. missile defense systems and participates in several global missile defense partnerships.

defpro

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Test Firing of HQ-16 (LY-80) Surface to Air Missile System


Chinese HQ-16 is a medium-range surface-to-air missile (SAM) system which can be launched vertically. Vertically launched HQ-16 SAM has range of over 40 kilometers and a single launcher can carry six HQ-16 surface to air missiles.Vertically launched HHQ-16 is a highly maneuverability anti-air missile system which can engage extremely low flying targets flying due to its high speed of Mach 4.

http://chinesemilitaryreview.blogspot.com/2011/10/test-firing-of-hq-16-ly-80-surface-to.html

Vu dans le dernier DSI, le nouveau système de DCA Sud Coréen : le Cheolmae 2 (Ironhawk 2).
Ce système utilise des composants du S400 russe avec quelques originalités à la clé. Ce système utilise le missile 9M96 du S400, un radar + contrôle de tir
founis par Samsung et Thalès. 40 Km de portée, 20 000 M de plafond. 50 G d'incidence.


1 ere partie de la vidéo suivante :


PGM

SA-6 Kub

Citation :

T38 STILET Short Range Air Defence System

Designation

The self-contained mobile T38 STILET Air Defense Missile System (ADMS) is designed to defend Army units, industrial and military installations from the strikes of all types of modern and advanced aerial attack assets flying nap-of-the earth, at low and medium altitudes and possessing the RCS of 0.03 m² and above. The STILET ADMS provides acquisition and identification of targets on the move and at halts, as well as engagement of target with one or two missiles from a short halt or from a stationary position.
Composition

The T38 STILET SAM system comprises combat and technical support assets.

Combat assets composition:

the T381 Combat Vehicle (CV)
the T382 Surface-to-Air Missiles (SAM)

Technical support assets composition:

the T383 Transportation and Loading Vehicle (TLV)
the T384 Alignment Vehicle (AV)
the T385 Maintenance Vehicle (MV)
the T386 Automated Mobile Check-up and Testing Station (AKIPS)
the T387 Ground Equipment Kit (GEK)


http://www.tetraedr.com/en/production/production_war/detail.php?ID=11

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Specifications :


Maximum range of targets’ destruction : 20 km
Altitude of targets’ destruction : 0.025 – 10 km
Maximum cross range : 10 km
Maximum speed of targets engaged : 900 m/s
Probability of target kill with one SAM : 0.90
Minimal RCS of targets detected : 0.03 m²
Emplacement/displacement time : 5 min
Total overall SAM system service life : 25 years

http://www.tetraedr.com/en/production/production_war/detail.php?ID=11