Armée Russe / Armed Forces of the Russian Federation

Rappel du premier message :

Citation :

Les chantiers navals russes livreront 17 navires en 2011



En 2011, le consortium russe de construction navale OSK livrera à la Marine du pays et aux clients étrangers 17 bâtiments de guerre, dont deux sous-marins nucléaires lanceurs d'engins (SNLE), a annoncé mercredi aux journalistes le PDG du consortium, Roman Trotsenko.

"Cette année, nous projetons de livrer 17 bâtiments de guerre aux forces navales russes et aux clients étrangers, y compris des SNLE et des bâtiments de surface", a-t-il déclaré lors du Salon international de la défense maritime (IMDS-2011) qui se déroule du 29 juin au 2 juillet à Saint-Pétersbourg.

M. Trotsenko a précisé que la Marine russe recevrait deux sous-marins nucléaires, mais a refusé de citer leurs noms.

Une source bien informée au sein du complexe militaro-industriel a confié à RIA Novosti qu'il s'agissait du sous-marin stratégique Iouri Dolgorouki (utilisé mardi pour un test du missile balistique intercontinental Boulava) et du sous-marin nucléaire à fonctions multiples Severodvinsk.

Selon M. Trotsenko, l'OSK construit actuellement 54 navires, dont 40 pour les forces navales russes et 14 pour des pays étrangers.

RIA Novosti

La frégate Neustrashimy, au large du Danemark, juin dernier

farewell a écrit:

Citation :

La Russie perd le contact avec un satellite tout juste lancé

L'agence spatiale russe a annoncé jeudi avoir avait perdu le contrôle du satellite de télécommunication Express AM-4, lancé la veille.

Les experts tentent de rétablir le contact avec l'engin construit par Astrium, une unité du groupe aerospatial européen EADS , précise-t-elle. Il devait assurer la diffusion de la télévision numérique, l'accès à internet et des services de télécommunications pour les 15 prochaines années.

Le satellite d'une valeur de 265 millions de dollars, décrit par ses constructeurs comme le plus puissant jamais construit en Europe, a été lancé mercredi soir par une fusée Proton-M depuis le cosmodrome de Baïkonour, au Kazakhstan. (Alissa de Carbonnel, Hugo Vidal-Rosset pour le service français, édité par Jean-Philippe Lefief)

http://www.aerocontact.com/actualite_aeronautique_spatiale/ac-la-russie-perd-le-contact-avec-un-satellite-tout-juste-lance~12525.html

Ce n'est pas militaire

tiens ... St Petersburg en personne

après une participation au parade du 31-07-11, à St petersburd, Mr St Petersburg a entré en une période d'E&M ... finanlement, ce que disait les chinois est vrai !!

Interesting :

Citation :

Russian Army Waiting For A Fifth-generation ICBM

Defense Ministry decided on the development of a new heavy liquid ballistic missile, which should replace the world's most powerful intercontinental ballistic missile (ICBM), P-36M (according to western classification SS-18 Mod.1, 2,3 Satan - "Satan" ).

This was reported by a former Chief of Staff of the Strategic Missile Forces Viktor Esin. "Satan" - the foundation of our land group's strategic nuclear deterrent forces. Today on constant alert is 58 such missiles deployed on their 580 nuclear warheads.The machine is immune to electromagnetic pulse and can be started from the mine, even if a nuclear warhead explodes in proximity. It will break through any missile defense system and will deliver payload to the target, even in another hemisphere it has: 10 nuclear warheads (megaton class) each having individual guidance. This is quite enough to wipe out the city in one strike, and even the whole country. However, by 2020 practically all existing missiles will serve their period, and will have to change them. Therefore has accepted the solution to develop new ICBM..

Defense completes the negotiation with the producers of the future of intercontinental ballistic missile and tactical technical specifications have been developed with the term of completion of state testing and adoption in 2018 - said Viktor Esin. - Design office of the military-industrial complex was carried out search of scientific-research work, which is on a competitive basis has allowed to determine the shape of future ICBM. This will be a new intercontinental ballistic missile, the fifth generation, and not a clone of ICBM "Voivod".

The work will be the State Missile Center of Makeyev (Miass, Chelyabinsk region). Experts said the new missile, in particular, laid such new requirements, so that it can guarantee to overcome any missile defense system (including the cosmic shock train). " At the same time provided a deep and modernization of existing silo launchers of heavy ICBMs, which suggests their technological improvement, as well as a new qualitative level of fortification of protection with the creation of passive and active site-missile defense. This will make it possible the times to increase the vitality of silo launch installations from the action of enemy by both the conventional high-precision weapons and to nuclear.

As told Izvestia, a military-industrial complex, the choice Makeyev Design Bureau - the traditional developer sea ballistic missile strategic purpose - due to several factors. Chief among them - the company has experience building large liquid engines, capable of carrying a large payload, and also has a production plant in Krasnoyarsk, which now is one of the most successful Russian naval ballistic missiles RSM-54 "Blue". Complete work on new missile to be completed by 2018.

On the other hand, it is puzzling that the development of this land-based ICBM is entrusted to Makeyev, a company having expertise in designing sea-based ICBMs (like Sineva); but such is also with the case of MIIT a company which primarily designed land-based ICBMs (like Topol-M) but equally had shown competency in designing submarine-based ICBM (like Bulava).. It is said that during the competition won NPO Mashinostroyenia. This company has traditionally worked to create intercontinental liquid propellant missiles. Its range of UR-100N is par with "Satan" & is the basis of groupings of strategic nuclear forces, thier proposals, radically reduce the price of the development of future missile.

Dmitry Litovkin

DefDog

Citation :

La Russie veut 120 Su-34

Le général de l’Armée de l’Air, Aleksander Zelin, a déclaré lors du salon aéronautique MAKS 2011 que la Russie comptait former cinq escadrons de Su- 34.

Pour l’instant, seuls 32 Su-34 ont été commandés. Par ailleurs, l’Armée de l’Air russe souhaite avoir 70 appareils opérationnels en 2015.

Le Su-34 doit remplacer le Su-24 à ailes à géométrie variable comme bombardier de première ligne.

L’appareil produit par Sukhoï est une version biplace spécialement conçue pour le bombardement. Basé sur le Su-27K, il peut emporter huit tonnes d’armement sur 12 points d’emports lourds.

Le bombardier est propulsé par deux AL-31FM de NPO Saturn/MMPP Salut.

http://www.aerocontact.com/actualite_aeronautique_spatiale/ac-maks-2011-la-russie-veut-120-su-34~12530.html

Citation :

Le SNLE Yury Dolgoruky n’a pas lancé le missile Bulava à cause d’un court-circuit

http://www.corlobe.tk/article25565.html

Citation :

La Russie va construire 10 sous-marins de la classe Yasen



http://www.corlobe.tk/article25564.html

Kronshtadt / 23-08-11
Le SM B-227, qui porte depuis 2008 le nom de Vyborg. Il est parmi les premiers Kilo 877 ASA à la marine soviètique ... à l'époque ou la construction des SM ne durait que quelques mois ... sa mise en cale date du février 82 et son ASA est officialisée en Octobre 83.

un etat désolant vraiment ...

t´en fais pas,ils le refourgueront refurbishé a un etat croyant acheter nouveau

Citation :

SOURCE:Flight International
NPO Saturn reveals cause of PAK-FA engine flame-out

A malfunction in the automatic flight control system was the cause of the Sukhoi PAK-FA's starboard engine flame-out at the MAKS Moscow air show, according to Russian engine maker NPO Saturn.
Speaking to the Russian media two days after the incident, NPO Saturn general director Ilya Fedorov acknowledged that the starboard engine "suffered [a] surge".
A bright flame was seen to erupt from the powerplant when the fighter was halfway through its take-off run at Ramenskoye airfield on 21 August. According to Fedorov, this was due to a malfunctioning sensor which began feeding "erroneous data" to the airplane's control syste

He thanked Sukhoi test pilot Sergei Bogdan for his prompt reaction to the engine malfunction. "It was a test for the new machine. During flight trials on any brand new aircraft - and this airplane is undergoing flight trials - malfunctions such as this one are not only possible, but even mandatory."
Fedorov said: "The motor did not fail - in fact, it was put by erroneous control input into a wrong mode that caused the surge. This is not an engine failure, but the wrong data input caused by a malfunctioning sensor feeding data to the flight control system.
"After what had happened the motor was checked [and] the malfunctioning sensor was replaced by a good one. Today, there is no issue with this engine."

Furtif

le 31 Aout 2011
Croiseur lance-missiles Moskva (121) ex(Slava)

lida a écrit:

Citation :

SOURCE:Flight International
NPO Saturn reveals cause of PAK-FA engine flame-out

A malfunction in the automatic flight control system was the cause of the Sukhoi PAK-FA's starboard engine flame-out at the MAKS Moscow air show, according to Russian engine maker NPO Saturn.
Speaking to the Russian media two days after the incident, NPO Saturn general director Ilya Fedorov acknowledged that the starboard engine "suffered [a] surge".
A bright flame was seen to erupt from the powerplant when the fighter was halfway through its take-off run at Ramenskoye airfield on 21 August. According to Fedorov, this was due to a malfunctioning sensor which began feeding "erroneous data" to the airplane's control syste

He thanked Sukhoi test pilot Sergei Bogdan for his prompt reaction to the engine malfunction. "It was a test for the new machine. During flight trials on any brand new aircraft - and this airplane is undergoing flight trials - malfunctions such as this one are not only possible, but even mandatory."
Fedorov said: "The motor did not fail - in fact, it was put by erroneous control input into a wrong mode that caused the surge. This is not an engine failure, but the wrong data input caused by a malfunctioning sensor feeding data to the flight control system.
"After what had happened the motor was checked [and] the malfunctioning sensor was replaced by a good one. Today, there is no issue with this engine."

Furtif

Déjà post sous le topic PAK-FA (je pense toujours que si cette explication est juste c'est un ouff de soulagement pour les russes et leurs prochains clients)

et soulagement pour moi aussi sur son futur..

49 ans de plus au Tadjikistan :

Citation :

.....
Medvedev and Rakhmon agreed to prepare in early 2012 an agreement
extending Russia's lease of the military base in Tajikistan by 49 years.
Medvedev said, "We agreed to instruct our departments that a new
forward-looking agreement for 49 years should be prepared for signing in
the first quarter of the next year." .....
upi.com

Le Kazakhstan a acheté un lot de matériel militaire à la Russie : (nom du projet : Ouralvagonzavod (tour de passe passe pour se débarrasser des T72 pour préparer le terrain au prochain T-X? )

Citation :

.....
Le volume des livraisons n'a pas été indiqué mais on
sait que l'armée de la république a reçu des chars T-72B et des
lance-roquettes multiples TOS-1.Comme le service de presse de la corporation l'a indiqué à "RusBusinessNews",
trois véhicules de combat de soutien des chars (BMPT) ont été également
achetés. Cette élaboration militaire prometteuse a passé les essais
officiels mais elle ne fait pas encore partie de l'armement de l'armée
russe.
......
RusBusinessNews

Le système Kornet-EM

Citation :

NEW CAPABILITIES OF ATGM SYSTEMS
Military Parade, No. 4, 2011

Author: Igor Stepanichev, Arkady Shipunov, Lev Zakharov

Igor Stepanichev - Acting Director General of KBP Instrument Design Bureau

Arkady Shipunov - First Deputy General Director - Head of Research

Lev Zakharov - Chief designer in charge of subject area

Antitank guided missile (ATGM) systems have been developed and manufactured around the world for more than half a century. Over this time they have become the most popular and in-demand type of precision guided weapons, due to their ease of use and relatively low cost.

Nowadays, ATGM systems are effectively used not only to destroy tanks, but also to engage a wide range of other small targets: enemy lightly armored and soft-skin vehicles, various fortifications, manpower, and infrastructure elements.

The third-generation Kornet-E system featuring a laser-beam riding guidance system, developed by the KBP Instrument Design Bureau and adopted in 1998, was the first ATGM system offering complete ECM immunity and the capability of firing from mobile carriers (platforms). Currently, the Kornet-E ATGM system with a firing range of 5,500 m is the most advanced model of a multipurpose close assault weapon. Its missile load includes missiles with a tandem HEAT warhead designed primarily to engage heavily protected targets (tanks, bunkers, etc.) and missiles with HE warheads intended to defeat a wide spectrum of targets posing a threat on the battlefield.

A future ATGM system must be a versatile defensive/assault guided weapon capable of handling a wide range of missions in the close-in zone under various combat conditions, moreover available both in portable and vehicular versions.

At MAKS 2011 International Aviation and Space Salon, KBP will exhibit its in-house developed Kornet-EM multipurpose missile system meeting the current requirements for a future ATGM system, owing to the use of advanced engineering solutions which have given it a number of new qualities.

The use of machine vision with a target autotracker removes the human from the ATGM guidance process, thus actually implementing the "fire and forget" concept, without using expensive seekers in the missile. At the same time the target tracking accuracy under real combat conditions increases up to 5 times and a high hit probability is achieved throughout the entire range envelope of the ATGM system, which is twice the range of the Kornet-E.

The capability to engage targets in automatic mode reduces the psychophysical load of operators, mitigates requirements for their qualifications, and at the same time cuts their training time.

The modular design concept traditional for the Kornet family allows the installation of one or two automatic missile launchers on a wide range of relatively inexpensive small vehicles of various origin (the weight of one-and two-launcher versions of the weapon system together with missile load is 0.8 and 1.2 tons, respectively) with a remote control option.

Basic specifications of the Kornet-EM system

Firing range -- 50 - 10,000 m

Guidance system -- automatic, laser beam riding guidance

Jamming immunity -- high

Number of targets engaged simultaneously by a savo -- 2

Armor penetration of HEAT warhead -- 1100-1300 mm

TNT equivalent of HE warhead -- 7 kg

Missile load -- 16 pcs

including ready-to-fire missiles -- 8


The proposed variant of a combat vehicle with two launchers provides salvo firing against two targets, thus significantly increasing the rate of fire and firing capabilities of the ATGM system. Like the Kornet-E, the Kornet-EM has retained the capability for salvo firing of two missiles in one beam against one target to penetrate active protection systems.

Increase in firing range up to 10 km and hit accuracy, the implementation of auto-tracking making it possible to track not only slow ground targets, but also higher-speed objects, have made the Kornet-EM capable of accomplishing a mission that is essentially new for the ATGM system - engagement of small aerial targets (helicopters, UAVs and attacking ground-attack aircraft).

The effectiveness of the Kornet-EM system against aerial targets is achieved through a combination of a precision automatic guidance system and a guided missile with a thermobaric warhead equipped with impact and proximity target sensors (ITS and PTS).

The proximity sensor guarantees reliable engagement of an aerial target at all firing ranges. Combined with a powerful HE warhead, the PTS compensates possible misses through effective destruction of an UAV or a helicopter by overpressure.

The maximum firing range of 10 km range gives the ATGM system an advantage when engaging helicopters - this makes it possible to fire at ranges exceeding the range of enemy weapons.

The Kornet-EM system includes:

- combat vehicle with two automatic launchers and operator's panel with a display;

- automatic launcher carrying four ready-to-fire guided missiles and fitted with a TV/thermal imaging sight incorporating high-resolution TV cameras and a 3rd Gen. thermal imager, a built-in laser rangefinder and a laser missile guidance channel as well as an automatic target tracker with laying servos;

- guided missile with a HE warhead with impact and proximity sensors having the firing range of up to 10 km;

- anti-tank guided missile with a maximum range of up to 8 km and a HEAT warhead with armor penetration of 1100 to 1300 mm, which gives the Kornet-EM the capability of defeating current and future tanks, given the tendency to growth in their armor protection.

The Kornet-EM missiles can be used for firing from a 9P163M-2 portable launcher with an optical channel of variable power (12x and 20x) equipped with a 3rd Gen thermal sight.

Comparative performance analysis of the Kornet-EM system and its foreign counterparts suggests that the former is superior to fire-and-forget systems 3 to 5 times in terms of combat efficiency when accomplishing missions traditional for ATGM systems, being at the same time simpler in use and maintenance and employing 3 to 4 times cheaper missiles, which are an expendable component of the system and largely determine its operating costs in troops.

At MAKS 2011 International Aviation and Space Salon, KBP will exhibit its in-house developed Kornet-EM multipurpose missile system meeting the current requirements for a future ATGM system, owing to the use of advanced engineering solutions which have given it a number of new qualities.



Flight range -- 150 - 10,000 m

TNT equivalent -- 7 kg

Target sensor -- impact and proximity

Max flight speed -- 320 m/s

Weight with the container -- 33 kg

Container length -- 1210 mm



Flight range -- 150 - 8,000 m

Armor penetration -- 1100 - 1300 mm

Max speed -- 300 m/s

Weight (with the container) -- 31 kg

Container length -- 1210 mm

MAKS 2011 :

Citation :

Russia’s Defense Ministry to receive 140 helicopters by 2020

By 2020, Russia’s state corporation Oboronprom is to supply more than 140 helicopters Russia’s Defense Ministry.

The contract to that effect worth more than $4 billion has been signed Saturday, the general director of Oboronprom Andrey Reus said
....

interfax

Citation :

Russia signs off 2011 arms procurement deals


15:12 01/09/2011 STAVROPOL, September 1 (RIA Novosti) - Russian Defense Minister Anatoly Serdyukov said he has signed all deals under an ambitious weapons procurement program except for one, following official criticism that the military was falling short of its annual plan.

"The signings took place yesterday and the day before, there's only the contract with the United Shipbuilding Corporation that's left," Serdyukov told reporters on Thursday.

Russian Prime Minister Vladimir Putin had instructed the ministry to conclude all deals under the procurement program for 2011 by September. The ministry has been criticized by the Kremlin for making slow progress on the program.

Alexander Sukhorukov, the former head of the Russian arms procurement service Rosoboronzakaz, was appointed deputy defense minister by President Dmitry Medvedev earlier on Thursday.

Sukhorukov will be overseeing an $730-billion procurement program through 2020.

GbS

Déjà posté mais maintenant avec sous-titres :



World Guns

La Russie a entamé une modernisationde ses T90... désormais T90AM, c'est proche de ce qu'on voit dans les photo

Citation :

This is the export-oriented modernized T-90S on the pictures. New modernization of T-90 named T-90AM for domestic army is slightly different. It has new 2A82 125 mm MG (2A46M-5 for export version) with improved autoloader allowing long rods using, with 22 ready to use rounds (40 rounds all), 70% better barrel lifspan.

Turret FCS complex called 'Kalina' has panoramic commander view PK PAN with IR camera, and gunner view PNM Sosna-U. Remote controlled 7.62 turret UDP T05BV-1, GLONASS inertial navigation, improved radio and tactical awareness system.
V-93 1130 hp engine giving 23 hp\t (for 49 t tank), steering wheel & automatic gear, chassis sensory control system.

Citation :

Un MiG-31 explose en vol dans l’Oural

http://info-aviation.com/?p=11477

probleme du moteur, fuite de carburant...

Citation :

Le ministère russe de la Défense a annoncé par la suite que tous les vols des MiG-31 étaient suspendus en attendant que les causes de l’incident soient éclaircies.

A force de grounder, ils leur restent quoi aux Russes

farewell a écrit:

Citation :

Un MiG-31 explose en vol dans l’Oural

http://info-aviation.com/?p=11477

probleme du moteur, fuite de carburant...

qui dit Mig31 dit Mig25,dit les haut Mach et le moteur qui fondent apres Mach 2,5...ils ont(a mon avis)forcé sur la manette a gaz longtemps,les Mig ne tolerent pas ca

Yakuza a écrit:

farewell a écrit:

Citation :

Un MiG-31 explose en vol dans l’Oural

http://info-aviation.com/?p=11477

probleme du moteur, fuite de carburant...

qui dit Mig31 dit Mig25,dit les haut Mach et le moteur qui fondent apres Mach 2,5...ils ont(a mon avis)forcé sur la manette a gaz longtemps,les Mig ne tolerent pas ca

tout depend de l'observance des regles de procedures du pilote ainsi que de la qualité d'entretien de l'aeronef sinon c'est le 14 juillet avant l'heure...

cordialement