Daily Archives: December 13, 2016

Su-30SM to be armed with Krypton missiles in the Arctic region

Russia may use anti-ship Krypton missiles to cover Arctic region

December 13, 2016 TASS

The TASS news agency reports on the military potential of the Su-30SM fighters and the Kh-31 anti-ship missiles being supplied to the Russian armed forces

The modernization of the Russian armed forces has taken another step forward with the delivery in 2016 of the first shipments of the modern multipurpose Su-30SM fighters.

In the spring a squadron of eight planes was deployed to the Black Sea Fleet in Crimea while in the fall two planes were added to the fighter air regiment in the Rostov Region.

Recently, a group of Su-30SMs was sent to a separate Russian Fleet attack air regiment in the country’s north. In 2017 the fighters will also be delivered to Russia’s naval aviation in the Baltics and by 2018 the Aerospace Forces will receive more than 30 planes.

The Su-30SMs are actively participating in the Syrian campaign, accompanying the Russian air force’s frontline and strategic bombers.

According to the Izvestiya newspaper, the planes supplied to the North Sea Fleet will carry not only “air-to-air” class missiles but also Kh-31 supersonic anti-ship missiles. The publication believes the fighters’ objective will be to cover the Barents Sea from enemy planes, attack drones, winged missiles and military ships. The Su-30SMs will also be able to strike radar stations, antiaircraft systems and other objects on the ground.

The Krypton’s potential

In 2015 the army and fleet were supplied with more than 10 modernized and new types of cruise missiles. One of the most interesting novelties was a family of Kh-31AD anti-ship and anti-radar missiles (also known as Kh-31M or AS-17 Krypton in NATO’s classification). They are built by the Tactical Missiles Corporation.

The development of the missile began in 1975. Krypton was the first serial missile in the world to be equipped with a combined jet engine. The engine helps the missile fly at a low altitude (10-16 feet) and still maintain a speed of Mach 2 (more than 1,400 miles per hour).

Thanks to this quality and to its high maneuvering capabilities, the missile’s survivability and its effectiveness in striking the selected target increase as it overcomes air defense systems, despite the counteraction of the opponent’s electronic warfare systems.

“Everyone has tried to copy our Kh-31 missile, but they haven’t been able to for decades now. There’s no equivalent in China or the U.S., although the Americans tried buying our targets to construct a Kh-31,” said Boris Obnosov, general director of the Tactical Missiles Corporation.

The Kh-31AD missiles are carried by the Su-30/35 and Mig-29K/35 fighter families.

The Su-30SM’s possibilities

The Su-30SM multipurpose fighter is a more advanced plane from the Su-30 family. The new modification is based on the Su-30MKI export fighter, but its on-board radar equipment has been adapted for domestic aviation.

The fighter is installed with the Bars multifunction radar station, an air refueling system and new navigational systems. Its control equipment for group operations has been expanded and its life support system has been improved.

By using the Kh-31 anti-radar and anti-ship missiles (up to six units) the plane is capable of participating in operations to suppress enemy air defense systems and destroy its ships.

The Su-30 in Syria

The Su-30 has proven itself during the Russian air force’s operation in Syria. The first news about the plane’s use in the aviation group came out on October 12, 2015 after the fighters had covered airspace for all Russian planes operating in the Arab republic.

In Syrian airspace the Su-30SM occasionally observed U.S. planes, as well as American attack drones. In November 2015 the multipurpose fighters accompanied the Tu-160 strategic missile-carrying bombers. The successful use of the fighter in Syria will allow Russia to increase the number of these planes in its armed forces in the future.

Original post rbth.com

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Kh-31 (Russian: Х-31; AS-17 ‘Krypton’)

kh_31p.jpg

The Kh-31 (Russian: Х-31; AS-17 ‘Krypton’) is a Russian air-to-surface missile carried by aircraft such as the MiG-29 or Su-27. It is capable of Mach 3.5 and was the first supersonic anti-ship missile that could be launched by tactical aircraft.

There are several variants, it is best known as an anti-radiation missile (ARM) but there are also anti-shipping and target drone versions. There has been talk of adapting it to make an “AWACS killer”, a long-range air-to-air missile.  Source wikiwand.com

Kh-31AD airborne anti-ship guided missile

000.jpg30d21229-f904-454a-97eb-5a92b33b3b16Original.jpg

Kh-31AD airborne anti-ship guided missile is designed for hitting combat (assault landing) surface ships and cargo ships from the striking force (convoys) and single ships. This particular missile has a warhead power increased to 15% in compare with its prototype Kh-31A. Launch range is increased up to 120-160 km almost in two times.

Performance:

 Maximum launch range
(carrier flight parameters: H=15 km, M=1.5 km), km  120 to 160
 Launch altitrudes, km  0,1 to 15
 Launch speeds (M number)  0,65 to 1,5
 Aiming system  inertial + active radio homing head
 Active radio homing head angle of sight in vertical plane, degree  +10 to -20
 Active radio homing head angle of sight in horizontal plane, degree  up to +/-27
 Warhead:
 type  universal
 weight, kg  110
 Fuel  gasoline
 Missile start weight (maximum), kg  715
 Lengthxdiameter, m  5,340×0,360
 Weather conditions for use  any conditions at sea roughness
 up to 4-5
 Carriers  aircrafts Su-30MK (MKI, MKM, MK2),
 Su-35, Mig-29K, Mig-29KUB, Mig-35
 and etc.
 Average number of missile hits required to make enemy’s destroyer
 ineffective  2,0

Kh-31PD airborne high speed anti-radar missile

Kh-31PD airborne high speed anti-radar missile is designed to hit radars of anti-aircraft missile stations (ZRK).

Missile ground maintenance is provided by the OKA-E-1 aircraft guided weapons (AUSP) preparation system.

Performance:

 Maximum launch range, km
 (carrier flight parameters H=15km, M=1,5), km  180 to 250
 Maximum launch range (H=0,1km), km  15
 Launch altitudes, km  0,1 to 15
 Launch speeds (M number)  0,65 to 1,5
 Aiming system  inertial + wide waveband range
 passive radio homing head
 Target location angle when launching, degree
 target lock being under carrier  +/-15
 target lock at the trajectory  +/-30
 Warhead:
 type  cluster, universal
 weight  110
 Fuel  gasoline
 Missile start weight (maximum), kg  715
 Missile overall dimensions:
 lengthxdiameterxwing span, m  5,340×0,360×0,954 (1,102)
 Weather conditions  any weather conditions
 Carriers  aircraft Su-30MK (MKI, MKM, MK2),
 Su-35, Mig-29, Mig-35, Mig-29KUB and etc.

Source ktrv.ru

Related post:

A squadron of the latest Su-35S fighters arrive at Karelia base

Russia’s navy receives new batch of Sukhoi-30SM

Russia may buy BrahMos cruise missiles for Su-30SM fighters – rbth.com

Su-30SMcywysj5wgaaymd1

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East China Sea Fleet receive two new corvettes

EditorZhang Tao Time 2016-12-12

LIANYUNGANNG, Dec 12(ChinaMil) – The East China Sea Fleet of the Chinese PLA Navy embraced two new guided-missile frigates on December 12, 2016.

The two frigates’ naming and commissioning ceremony was held at a naval port in Lianyungang in east China’s Jiangsu Province on Monday morning.

Rear admiral Cao Zhubing, deputy political commissar of the East China Sea Fleet, attended the ceremony and presented the navy ensign and naming certificate for the two new frigates respectively.

The Baoding (Hull number 511) and Heze (Hull number 512) are two new members of Chinese Navy’s Type 056 corvette family. The corvette of this type, with a full load displacement of 1300 tons, is equipped with China’s independent-developed weapons and able to fight against rival’s aircraft, surface ships and submarines independently or in coordination operations.

The two frigates are named respectively after Baoding City of the Hebei Province and Heze City of the Shandong Province.

Original post chinamil.com.cn

Main pic Baoding (Hull number 511) – Image: chinamil.com.cn

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They are sure pumping out ships in record numbers

Latest related post:

Chinese Naval Ships visit San Diego

China launches 40th Jiangdao-class corvette

Aircraft carrier the Liaoning ready for battle at any time

Type 056 corvette

158f398844374035713222The guided-missile frigate Heze(hull number 512) is pictured during the commissioning ceremony on Dec. 12, 2016. Image: hinamil.com.cn

VBCI Nexter Wheeled armoured infantry fighting vehicle

From high-intensity combat missions to peacekeeping operations, the VBCI keeps an entire infantry section safe. VCBI is “Combat Proven” and is currently deployed in operation. VBCI represents the best balanced solution between protection, firepower, mobility and payload. VBCI has an unrivalled overall survivability: ballistic, mines and IED protection, “Soft Kill” systems. It is fitted with CBRN equipment.

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The VBCI (French denomination of “Véhicule Blindé de Combat d’Infanterie)”) is a French wheeled armoured infantry fighting vehicle designed and manufactured by the French Companies Nexter Systems and Renault Trucks Defense. The VBCI is designed to replace the old tracked armoured infantry fighting vehicle AMX-10P, who is currently used by the mechanised units of the French Army.

AMX-10P

amx-10p_3

Development of the AMX-10P infantry fighting vehicle began in 1965, however its production began only in 1973. Over 2 000 of these IFVs were built for the French army and for the export customers. Despite its age the AMX-10P is still in service with France. Other operators are Bosnia and Herzegovina, Indonesia, Mexico, Morocco, Qatar, Saudi Arabia, Singapore and the United Arab Emyrates. The AMX-10P is being replaced with the new VBCI.

blueprint-amx-10P.jpg

Entered service 1973
Crew 3 men
Personnel 8 men
Dimensions and weight
Weight 15.3 t
Length 5.77m
Width 2.78 m
Height 2.57 m
Armament
Main gun 20-mm cannon
ATGW 2 x MILAN launchers (optional)
Machine guns 1 x 7.62-mm
Elevation range – 8 to + 50 degrees
Traverse range 360 degrees
Ammunition load
Main gun 800 rounds
ATGW 10 x MILAN missiles (optional)
Machine guns 2 000 rounds
Mobility
Engine Hispano-Suiza HS-115 diesel
Engine power 276 hp
Maximum road speed 65 km/h
Amphibious speed on water 8 km/h
Range 600 km
Maneuverability
Gradient 60%
Side slope 30%
Vertical step 0.7 m
Trench 1.6 m
Fording Amphibious

AMX-10P data military-today.com

le-vbci-en-vallee-de-tagab-11

In November 2000, the French Ministry of Defence awarded a contract to Giat Industries and Renault VI (now Renault Trucks) for the first 65 vehicles (54 VCI – including 12 with the Eryx missile system – and 11 VPC). A joint venture company, Satory Military Vehicles, was set up by Giat and Renault Trucks to be responsible for the VBCI and a number of other vehicles. Renault has responsibility for the mobility systems, including the driver’s station, engine, gearbox, suspension and axles and on-board electrical networks. Giat is responsible for the armoured hull, interior furnishing, assembly and integration of the turret and vehicle, observation, command and control, weapons and self-protection systems.The first two prototypes were completed in May 2004. Five prototypes have been delivered, four VCI and one VPC, and are undergoing qualification trials. One is taking part in operational trials with the French Army. Serial production is underway and the first three production vehicles were delivered in May 2008, two IFV and one command variant.

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Qualification was granted by the DGA in March 2008 and the VBCI has now gone into series production. On 5 December 2008 , the DGA placed a supplementary order with Nexter Systems and Renault Trucks Defense for 116 vehicles. This order brings the total number of vehicles ordered to date to 298 VBCIs. The DGA has accepted the first 49 vehicles in accordance with the initial schedule. In September 2009, The Minister of Defence, Hervé Morin, today announced an order for 332 VBCI armoured infantry combat vehicles for the Army. The order was awarded by the defence procurement agency, Délégation générale pour l’armement (DGA) to a joint venture company owned by Nexter Systems and Renault Trucks Defense. This latest order increases to 630 the number of VBCIs on order for the Army, as specified by the White Paper on defence and national security. The total cost of the VBCI program, including development and pre-production, is 2.86 billion euros. (approx. $4.1 billion).

150918_roanne_vbci_fabrica_nexter_gines-soriano

Around one hundred vehicles are being produced annually for France, but the assembly line could deliver at a significantly higher rate, to meet any possible export requirements. The basic simplicity of the VBCI means that the production line could also be transferred, in the event of export contracts involving local provisioning, production and/or integration.

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In December 2009, GTD and Nexter Systems have signed a shareholder agreement under which a Spanish joint venture will be formed within the next few weeks. One of the main tasks of the new company will be to fulfil the contract for the Spanish “Vehiculo Blindado Ruedas 8×8” (VBR 8×8) programme to replace the existing BMR vehicle.

140424_vcbi_samlebaandImage: artilleriet.dk

Variants

– VPC : (command post vehicle) is equipped with a terminal information system (SIT) FINDERS®, developed by Nexter Systems, a regimental information system (SIR), developed by EADS, and a remotely controlled 12.7 mm cupola. 150 VPCs have been ordered for the French Army.

1404220173_01Le Véhicule Blindé de Combat et d’Infanterie / Post de Commandement –  Image: armyman.info

– VBCI : (infantry fighting vehicle) can be equipped with 20mm RWS, 25mm, 30mm, or 40mm medium-calibre turret and a 7.62 mm MG. The rank VBCI is also available in mortar and Eryx (short-range, anti-tank missile system) versions, and can also be equipped with 25 to 105 mm turrets, or even a 120 mm low-recoil. 550 « rank » version VCIs have been ordered by the French Army.

photo_fr_vbci_1VBCI infantry fighting vehicle

– VTT : (Troop Transport Vehicle) is designed to transport troops. It has an interior volume of 13 m³ and can carry a 2-man crew and up to 10 soldiers with their equipment. The VTT is sized to meet export requirements and is currently being considered by several national armies.

9e521ae2.jpgVTT (Troop Transport Vehicle) – Image: shephardmedia.com

– Other types of utility vehicle can also be produced, based on the same platform: Ambulance, Repair vehicle. Mine Clearance, etc. The total possession cost is optimized with the use of a single platform common to all variants.

Armament

griffin-strike-vbci

The VBCI in the French Army is equipped with with a one-man Nexter Dragar turret armed with a dual feed 25mm NATO cannon type 25 M811 with 150 rounds in the turret and a coaxial 7.62mm machine gun. In all weather conditions, the Tarask® turret provides the dismounted combat units with effective fire support. The Nexter 25 M811 cannon delivers 50% more firepower than any 20mm weapon. The VBCI IFV can be equipped with turrets up to 40mm, AFV with 90mm to 105mm gun turrets. The 25 mm gun fires in single round, three rounds, ten rounds and free burst firing modes with rates of fire at 125 rounds a minute and 400 rounds a minute. The gunner is equipped with a multisensor optronic sight that includes a direct day optical channel, a thermal imager, a laser range finder and video channel linked to the weapon fire control system.

Nexter Dragar turret

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Nexter Systems Dragar one-man turret armed with a Nexter Systems 25 mm Model 811 dual-feed cannon which has 175 rounds of HE and 45 rounds of armour-piercing ammunition for ready use. A 7.62 mm machine gun is mounted coaxial to the 25 mm cannon on the right side of the turret and has 200 rounds of ready use ammunition.

The DRAGAR turret is light and compact to preserve cross-country, carrying and amphibious capabilities. The modular ballistic protection, low profile and lack of highly inflammable hydraulic system (all-electric drive) ensure enhanced battlefield survivability. In all weather conditions, the DRAGAR turret provides the dismounted combat units with effective fire support. The 25 Model 811 cannon delivers 50 per cent more firepower than any 20 mm weapon. The DRAGAR turret enables accurate on-the-move firing and provides for self-defence against low-level air threats. It is fully interoperable with NATO standard 25×137 mm ammunition (STANAG 4173).

DRAGAR turret Source army-guide.com

Tarask® turret

tarask_sdflk1

Designed as a modular one-man turret with in-chassis commander’s station, the Tarask® turret meets the growing requirements for Infantry Fighting Vehicles (IFV) combining high mobility with superior payload, high levels of protection and firepower.

The Tarask® turret features lightweight and compactness characteristics that preserve the armoured vehicle’s performance especially in terms of mobility, amphibious capabilities and carrying capacity.

Its modular ballistic protection, low profile and the absence of highly inflammable hydraulic system (all-electric drive) ensure enhanced battlefield survivability.

In all weather conditions, the Tarask® turret provides the dismounted combat units with effective fire support. The Nexter 25 M 811 cannon delivers 50% more firepower than any 20mm weapon.

Tarask protected turret comprise a 25mm M811 gun, a coaxial MAG-58 7.62mm light machine gun, MOP (Moyen d´Observation Panoramique) panoramic day/night stabilized observation sight, GALIX smoke grenade launchers, LIRE (Leurre Infra RougE) wire-guided missile jammer, Catherine XP thermal imager, HL 503 episcopes and an auxiliary power unit.

vbci_53_of_80.jpgImage: Jean Thomas Rembert

HL 503 episcopes

The HL 503 is a daytime observation periscope designed to equip a turret characterized by a large field in azimuth and optimized transmission

  • Magnification: x1

daytime lane

  • total field in elevation (vertical): 23 °
  • total field in azimuth (horizontal): 140 °
  • optical transmission:> 35%
  • Resolving power: <50%
  • Laser protection: optional
  • Episcopic height: 210 mm

Status: In operational service on Nexter VBCI 

Source nexter-group.fr

The Tarask® turret enables on-the-move firing and ensures self-defence against low-level air-threats.

France has procured 520 VBCI VCI infantry fighting vehicles equipped with TARASK turret.

Specifications:
Property Value
Main weapon caliber (mm) 25
Rate of fire (rds/min) 400
Elevation (degree) 45
Depression (degree) -7
Auxiliary gun calibre (mm) 7.62
Crew 1
Panorama 1
Planes of gun stabilization 2
Traverse arc (degree) 360
Weight (kg) 2700
Ammunition of the main gun 169
Ammunition of the auxiliary gun 200

Tarask® turret Source army-guide.com

VBCI-2 in IFV with Nexter Systems T40 turret armed with a CTAI 40 mm CTAS: Details

VBCI-T40-©Nexter-1024x682

25mm cannon type 25 M811

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The Giat Industries 25 mm Model 811 automatic gun has been developed as a private venture for installation in new turrets or retrofitted to older turrets.

The Giat Industries Dragar turret has also been installed for trials purposes on the Giat Industries VEXTRA (8 x 8) technology demonstrator.

In the future, the Dragar turret, armed with the 25 mm Model 811 cannon may be installed on the French Army’s future VBCI (8 x 8) armoured fighting vehicle.

The 25 mm Model 811 is an externally powered weapon utilising a cam arrangement to time and drive the internal mechanism and it fires standard 25 x 137 mm ammunition.

Ammunition feed is dual and the rate of fire can be selected between the low one (125 rds/min) and high one (400 rds/min).

kllzivhmImage: mkek.gov.tr

Modes of fire, which can be selected using the electronic controls fitted to the gun are single shot, limited bursts or unlimited bursts. It is possible to start up, operate and service the weapon without firing ammunition.

The recoil load is 1,500 daN which makes it suitable for mounting on armoured or unarmoured vehicles. The user can select electric (24 V) or hydraulic drive.

According to Giat Industries, the accuracy of the 25 mm Model 811 is such that all rounds will hit a 1.5 m diametertarget at a range of 1,500 m. Terminal effect of the 25 mm APDS-T round is equivalent at 1,500 m to that of a 20 mm round at a range of 1,000 m. The explosive mass of the 25 mm HE round is three times that of a 20 x 139 mm round.

Types of ammunition fired include APDS-T, HEI, HEI-T, SAPHEI, TP and TP-T, which comply with STANAG4173.

le-canon-de-25mmImage: defense.gouv.frhdepqyvrnt

Cartridges:

  • The M791 APDS-T cartridge possesses the superb accuracy and penetration necessary to defeat today’s threats. Its high velocity, coupled with a low time of flight, assures effective performance at extended ranges.
  • The M792 HEI-T cartridge offers the accuracy and lethality needed for light materiel, anti-personnel and fire-suppression roles. This cartridge features the M758 Point Detonating Self-Destruct Fuze developed and produced exclusively by ATK.
  • The M758 provides superior arming delay, graze and extended-range sensitivity, and self-destruct.
  • The M793 TP-T is a low-cost, target practice cartridge, ballistically matched to the M792 HEI-T round.
  • The M910 TPDS-T is a training cartridge designed to specifically match the trajectory of the APDS-T round but with a desired range limit.
  • The PGU-32/U SAPHEI-T round provides aerial and surface gun platforms with improved effectiveness against soft and light armored targets. This round is qualified for use on the AV-8/B Harrier and MK 38 Navy weapon systems.
  • The PGU-25 HEI is an untraced round that is used on fixed-wing aircraft, such as the AV-8/B Harrier and AC-130 Gunship. It uses the M505 point-detonating fuze.
  • The PGU-23 TP is a low-cost, untraced target practice cartridge ballistically matched to the PGU-25 HEI.

Source nioa.com.au

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Specifications:

Property Value
Main weapon caliber (mm) 25
Weight (kg) 113
Width (mm) 345
Length (mm) 2630
Height (mm) 370
Life of gun (rounds) 16000
Muzzle velocity (m/s) 1360
Elevation (degree) 45
Depression (degree) -8
APFSDS effective firing range (m) 1500

25 mm Model 811 cannon Source army-guide.com

Coaxial MAG-58 7.62mm light machine gun

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The FN MAG is a Belgian 7.62 mm general purpose machine gun, designed in the early 1950s at Fabrique Nationale (FN) by Ernest Vervier. It has been used by more than 80 countries, and it has been made under licence in countries such as Argentina, Egypt, India, Singapore, the United Kingdom and the United States. With 200,000 units delivered so far and over 80 countries around the globe adopting it, the MAG™ medium machine gun is definitely a worldwide standard known under various designations: MAG58, GPMG, L7A1 and M240.The FN Mag or M240 (American designation) was adopted by the U.S. Military following a worldwide competition in search of a reliable 7.62x51mm NATO machine gun. With pistol grip, carry handle and fixed buttstock, the M240 B is today’s “go-to” medium machine gun for all branches of the U.S. Armed Services.

Variants : 
– Model 60-20: machine gun for infantry troops
– Model 60-40: coaxial machine gun for armoured fighting vehicles
– Model 60-30: aircraft variant

vbci_60_of_80Image: Jean Thomas Rembertvbci_38_of_80FN MAG Model 60-40 & GALIX smoke grenade launcher : coaxial machine gun – Image: Jean Thomas Rembert
Ammunition
– 7.62x51mm NATO
Technical Data
Lenght : 1,263 mm
Weight : 11.79 kg 
Rate of fire : 650 – 1,000 rds/min
Magazine : rounds Belt
Country users
80 countries in the world
Designer Country
Belgium
Identification
FN Herstal and identification number on the right side of the weapon
Security
Security selector on the pistol grip, secure and firing position.
Range
Effective: 800 m
Maximum: 1,500 m on tripod
Barrel
Lenght: 630 mm

FN MAG Source armyrecognition.com

AFV with 90mm to 105mm gun turrets

nexter_vbci_by_densq-d7qi7ygImage: deviantart.net

GALIX smoke grenade launcher

vbci_39_of_80GALIX smoke grenade launcher : coaxial machine gun – Image: Jean Thomas Rembert

GALIX features an analysis block and a control block (with the latter one being manual or automatic), up to 24 mortar-like launchers for decoys and less-lethal ammunition, with a low elevation setting (10° in most cases). Three variants of the control system are proposed. For light vehicles, an autonomous GALIX system has been designed, with an option of manual launch.

vbci_48_of_80Image: Jean Thomas Rembert

For the combat vehicles, in case of which the crew has no time to deal with suddenly emerging threats, a fully automated variant of the system is proposed. In such case, the system reacts to signals delivered by a variety of sensors used on the platform, including, above all, Laser Warning Sensors.

vbci_34_of_80GALIX smoke grenade launcher – Image: Jean Thomas Rembert

Moreover, a version for a “group protection” vehicles has been developed. Here, the launchers may also be utilized to provide protection toothers vehicules , operating nearby. Such suite is developed in line with the MIL-STD 1275 D norm, with 28V DC power supply. 

The variants differ by the quantity of launchers: 6-8,12 or 24 depending the version. Secondly, the said versions have also different analysis block which in case of the combat and “covering” vehicles may be operated in a fully automated manner. GALIX system, dedicated to be used in case of combat and “covering” vehicles, is also tailored to cooperate with warning systems and also GPS or weather station, among other devices.

2420051404c9002368d09f5e247aed9f.jpegFASCU automatic control block of the GALIX system – Image Credit: Defence24.pl (defence24.com)

Ammunition for “Active” and “Passive” Operations

Galix suite is  not only for the purpose of self-defence (passive action) but also to actively act against the people of adverse stance. This is possible due to the fact that the Lacroix company proposes a wide variety of munitions which may reduce the effectiveness of opto-electronic observation systems, and act against the enemy personnel or hostile crowd (e.g. flashbang grenades).

f0d52061eb37b3e9a49ceb4d5c7fca8dGALIX suite utilizes six grenade types. From the left: GALIX-4, GALIX 19/19R, GALIX 46, GALIX 17 I, GALIX 17 and GALIX 13 grenades. Image Credit: Lacroix (defence24.com)

At the moment, seven types of grenades are offered. They differ in size and in charge:

  • GALIX 13 (length – 330 mm, weight – 4.5 kg) – Multi-spectral combat smoke grenades;
  • GALIX 17 I (length – 265 mm, weight – 3.7 kg) – Multi-spectral training smoke grenades;
  • GALIX 17 (length – 330 mm, weight – 4.5 kg) – Reloadable training smoke grenades;
  • GALIX 19/19 R (length – 265 mm, weight – 2.2 kg) – Sound grenade for crowd management;
  • GALIX 46 (length – 265 mm, weight – 2.4 kg) –  Crowd dispersal grenade (with a kinetic, acoustic and smoke charges, causing irritation);
  • GALIX 29 (length – 265 mm, weight – 2.2 kg) – Flashbang grenade for crowd management; This ammunition is under development
0bace5b80a7b31ca7977e8102f2311bc.jpegTwo GALIX 13 and a single GALIX 17 I (in the middle) grenades. Image Credit: Defence24.pl (defence24.com)

Translated by google Galix suite data defence24.com

CATHERINE XP – LW QWIP fire control thermal imager

vbci_40_of_80 Image: Jean Thomas Rembert

catherine-qw-page-21

Spectral band: 8-12μm (LWIR – the proven
solution for the battlefield) or 3-5μm (MWIR)
• Cooled technology
• Full MIL Spec
• Compatible with AFV Fire Control applications

• Long range surveillance and target acquisition
• Day and Night + Adverse conditions
• Ability to see through barriers such as vegetation, camouflage netting…
• World leader outside US market for Thermal Imager for AFV
• The most complete range of Thermal Imagers

Source thalesgroup.com

vbci-copyright-nexter-y-debayImage: adbr.com.au

Eurosatory 2014: Nexter displays VBCI with 30 mm OWS: Here

ob_2cc08a_vbci-t30-tourelle-teleoperee-hitfi.jpgImage: rpdefense.over-blog.com

Nexter Systems develops new 40 mm turret family: Here

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Protection

vbci_36_of_80Image: Jean Thomas Rembert

The hull and the turret of the VBCI Nexter Systems are composed by Welded steel and aluminium, who offers a protection against small arms fire and artillery shell splinters.

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To increase the protection, the welded steel and aluminium alloy hull is fitted with spall liners and add-on titanium armour plate to protect against anti-tank weapons. The box structure floor and running gear provide protection against exploding mines.

vbci_12_of_80.jpgImage: Jean Thomas Rembertvbci_75_of_80.jpgImage: Jean Thomas Rembertvbci_27_of_80Image: Jean Thomas Remberthd_prod_vbci_05-uprav

The VBCI’s level of protection outclasses that of all existing 8×8 vehicles, with its high strength alloy hull and its add-on metal armour. Structurally, the VBCI provides a very high level of protection against conventional munitions (medium calibre fire, shell shrapnel).

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It is also designed to resist improvised explosive devices (IED) and very powerful mines, and also has an infra-red decoy system. Finally, its significant additional weight margin means that the VBCI protection remains upgradeable, and will soon be reinforced by active protection against rockets (type RPG), HE shells and anti-tank missiles.

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Propulsion

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The VBCI Nexter Systems is motorised with 550hp diesel engine with an in-line six-cylinder configuration and automatic gearbox are installed in the front right of the vehicle. In-line transmission is by four central axles protected by armoured housings.

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The VBCI is a 8 wheel drive configuration, the 8×8 configuration breaks with the tradition of tracklaying Infantry Combat Vehicles, to combine maximum ballistic and anti-mine protection with very high mobility. The VBCI offers a range of 470 miles and a maximum road speed of 60 mph. The vehicle can be driven with seven wheels if a wheel is lost by mine explosion.

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Accessories

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The VBCI Nexter Systems is equipped with night/day vision for the commander and the gunner. The commander has a remote display from the gunner’s sight equipped with an override control suite allowing the commander to operate the turret and weapons.

Loading a VBCIs in the hold of the A400M: Here

A400M - VBCI - Clermont-FerrandChargement d’un VBCI dans la soute de l’A400M  – Image: defense.gouv.frob_d16fe5_le-vbci-est-bien-a-l-aise-dans-la-sImage: rpdefense.over-blog.com

A400M Military Transport: Hereairbus-a400m-atlas-military-transport-aircraft-france

The vehicle is road and railway gauge compatible and is air transportable on an Airbus A400M. The Nexter Systems VBCI can cross fording in a depth of 1.20 m without preparation and 1.50 m with preparation.

Operational Capacities

Due to its high level of protection, its mobility and its modularity, the VBCI Nexter Systems (Armoured Infantry Combat Vehicle) remains, more than ever, at the core of land forces action doctrines. Feedback from present theatres of conflict shows that land forces missions have become more diversified, and are tending towards targeted environment control actions that are reversible and limited in their use of force, but which can be significantly reinforced if necessary.

ob_e08609_dsc7369Image: RP Defense – Overblog

The VBCI is a fully developed product, produced by a group of companies, formed by Nexter Systems and Renault Trucks Defense, that meets these operational requirements in terms of strategic, operational and tactical mobility, and also in terms of protection and configuration changes, to meet the requirements of various types of mission.

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The VBCI has already been deployed in a large range of missions abroad from peacekeeping (Lebanon, CAR) to counter-insurgency (Afghanistan) or more conventional combat operations (Mali), further demonstrating its in-built operational versatility and efficiency of its 25mm weapon system. VBCI’s ability to operate in a very wide variety of terrain and extreme weather conditions have been further demonstrated during a series of operations, most notably in desert conditions, covering more than 4200km by 50°C without failure.

vbci_150917_04Image: nevskii-bastion.ru

Specifications

Armament
From RWS up to a one or two-man operated turret, from 7.62mm MG to 105mm gun, air-defence, mortars, AT missiles / Observation, sighting and firing capability from the commander station in the hull and in the turret
Country users
France
Designer Company
Nexter Systems
Accessories
Fire control system with laser ranging and IR camera, NBC protection, centralised tyre pressure system
Crew
Up to 14 men
Armor
Ballistic protection provided by the aluminium alloy hull with the modular add-on armour including top attack. Protection against RPG (modular add-on armour). High protection against mine effects
Protection against lEDs (blast, fragments, EFP)
Weight
19 tons
Speed
100 km/h on road
Range
750 km
Dimensions
Lenght, 7,80 m; Width, 2,98 m; Height, 2,26 m

Main material source armyrecognition.com