Tuesday, August 31, 2010

Pindad APS-3 Anoa - Indonesian APC

APS-3 Ano
The APS-3 "Anoa" (Indonesian: Angkut Personel Sedang) is a 6x6 armoured personnel carrier developed by PT Pindad of Indonesia. The APS-3 is named after the Anoa, which is a type of buffalo indigenous to Indonesia. The prototype was first unveiled at the 61st anniversary of TNI on October 5, 2006 in TNI HQ at Cilangkap, south of capital Jakarta.

Development

The development history of the Pindad Panser was started in 2003 as a result of increased military intervention in the Aceh province. During the conflict, the Indonesian Army put forward urgent requirements for an armored personnel carrier for the transport of troops.

PT Pindad responded to this requirement in 2004, with the APR-1V (Angkut Personel Ringan) a 4x4 armored vehicle based on a commercial Izuzu truck chassis. 14 vehicles were built by Pindad and were sent to Aceh for evaluation and combat trials. However, the follow-on orders for another 26 vehicles were canceled following the 2004 tsunami.

Pindad continued the APC development program with assistance from the Agency For Assessment and Application of Technology or BPPT in 2005. The next prototype was the APS-1 (Angkut Personel Sedang), a 6x6 design that was again based on a commercial Perkasa truck platform by PT Texmaco. Although it was not selected for production, the experience gained in developing the APS-1 convinced the Indonesian Army to give the go-ahead by Pindad to develop the next generation of Panser vehicles, the APS-2 at a production cost of 600 million rupiah or US$60,000 each.

Design

Pindad APS-3 AnoaThe APS-3 differed from its predecessors which had been based on commercial truck platforms. Instead, the "Anoa" used a monocoque hull design consisting of armor steel. A new torsion bar suspension system was also developed for the Panser. Currently, the engine and transmission are imported from Renault. Indigenous options are being developed as replacements. The driver sits on the right of the vehicle while the vehicle commander sits on the left.

Armament

The baseline vehicle is fitted with a cupola on the left of the vehicle and armed with a 12.7mm (.50 cal) heavy machine gun or a 40 mm automatic grenade launcher. A fire-support version using a CMI Defence's CSE-90 turret with the Cockerill 90 mm Mk III was unveiled at Indo Defence & Aerospace 2008, which was announced that the APS-3 fire-support version would be deployed into the Indonesian Army by 2010.

Variants

The following variants are to be produced by PT Pindad:

  • APC
  • Fire Support
  • Ambulance
  • Command
  • Logistics
  • Armored Recovery
  • Reconnaissance/Surveillance
  • Mortar Carrier
Operators
  • Indonesia: 150 6x6 variants and 4 4x4 variants under construction for the Indonesian Army by 2008 - 2010. A recent news article from PT Pindad suggests a total of 154 Pansers are to be delivered. Anoa 6x6 is being used by Indonesian Army for UNIFIL in Lebanon to replace VAB

Pindad APS-3 "Anoa" 6x6
Type Armoured personnel carrier
Place of origin Indonesia Indonesia
Service history
Used by Indonesia
Production history
Designer PT Pindad
Designed 2006
Manufacturer PT Pindad
Produced 2006
Number built 150
Specifications
Weight 11 tonnes, 14 tons (combat)
Length 6 m
Width 2.5 m
Height 2.5 m / 2.9 m (FSV variant)
Crew 3 + 10 passengers

Armor Monocoque Armoured, STANAG 4569 level 3
Primary
armament
12.7 mm MG, CIS 40 AGL
Secondary
armament
2x3 66 mm smoke grenade launcher
Engine Renault MIDR 062045 inline 6 cylinder turbo-charged diesel, Behr cooling pack
320Hp, 2500 Rpm
Power/weight 22,85 HP/ton
Transmission Automatic, ZF S6HP502, 6 forward, 1 reverse
Suspension Independent suspension, torsion bar
Ground clearance 40 cm
Fuel capacity 200 litres
Operational
range
600 km
Speed 90 km/h


Monday, August 30, 2010

VBCI French Infantry Fighting Vehicles

VBCI 8x8 IFV

The Véhicule Blindé de Combat d'Infanterie (VBCI, "Armoured vehicle for infantry combat") is a French armoured fighting vehicle designed to replace the AMX-10P. They are planned to join active service in 2008, with 550 combat vehicles (VBCI/VCI) and 150 command vehicles (VBCI/VPC). Other countries like Spain have shown interest in the VBCI.

The Véhicule Blindé de Combat d'Infanterie is built on an aluminium hull which carries a modular THD steel and titanium armour, which can be replaced in the field. The 8x8 wheel combination is designed to make the VBCI more comfortable and less costly than a tracked vehicle, while giving it sufficient mobility to back the Leclerc tank. The VBCI is also designed to be transportable by the Airbus A400M, with an empty mass less than 18 tonnes (full load mass up to 28 tonnes).

VBCI
Place of origin France
Specifications
Weight (normal combat load); VCI: 25.6 t, VPC: 23.3 t
Length 7.6 m
Width 2.98 m
Height 2.2 m
Crew 2 + 9-man combat team

Armour steel and titanium
Primary

armament
M811 25 mm x 137 mm NATO cannon
Secondary

armament
co-axial 7.62 mm NATO machine gun
Engine Diesel

550 hp (410 kW)
Suspension Wheel
Operational

range
750 km
Speed 100 km/h

Versions

  • VCI (infantry combat vehicle): Combat group of 9 men (+ crew), medium calibre Dragar type turret (25 mm), 7.62 mm machine gun.
  • VPC (command post vehicle): 2 SIP stations with 7 users (+ crew), self-defence turret armed with a 12.7 mm machine gun.

Common features for both version include SIT (Système d’Information Terminal) communication equipment, combat identification equipment, and NBC detection and protection equipment.

C4ISR

The VBCI will be completely integrated in the French C4ISR capability. The VCI version will use the SIT (Système d’Information Terminal — The lowest level of C4IST in the French forces), while the VPC will use the SIR (Système d’Information Régimentaire — A higher level in the same system).

The vehicle will be designed to primarily carry soldiers equipped with the FÉLIN system.

DRAGAR Turret

The DRAGAR Turret (GIAT INDUSTRIES) is a single seat modular design turret integrating a 25 mm stabilized gun. Fire control integrates a laser telemeter and a thermal camera. The rate of fire is up to 400 rounds/min, and the turret allows anti-air self-defence. It also includes a coaxial 7.62 mm machine gun for close defence and a Galix grenade launching system.

Sunday, August 29, 2010

LAV III Canadian Infantry Fighting Vehicles

LAV III Canadian Infantry Fighting Vehicles

The LAV III armoured vehicle (AV) is the latest in the Generation III Light Armoured Vehicle (LAV) series built by General Dynamics Land Systems, entering service in 1999. It is based on the Swiss MOWAG Piranha IIIH 8x8.

The LAV III was developed in Canada and is the primary mechanized infantry vehicle of the Canadian Land Force Command and the New Zealand Army. The United States Army uses a more lightly armed LAV III derivative named the Stryker. The LAV III and the Stryker have also been referred to as Land Assault Vehicles.



LAV III
Type Infantry Fighting Vehicle
Place of origin Canada
Service history
Used by See 'Operators'
Wars See 'Service history'
Specifications
Weight 16.95 t
Length 6.98 m (22.9 ft)
Width 2.7 m (8.9 ft)
Height 2.8 m (9.2 ft)
Crew 3 (+ 6 or 7 passengers)

Primary

armament
1 × M242 25 mm chain gun with TIS
Secondary

armament
1 × C6 7.62 mm machine gun

(coaxial)

1 × C9A2 5.56 mm or C6 7.62 mm machine gun

(pintle mount)
Engine Caterpillar 3126 diesel

260 kW (350 hp)
Suspension Hydropneumatic
Operational

range
450 km (280 mi)
Speed 100 km/h (62 mph)

LAV III Mobility

LAV IIIThe LAV III is powered by a Caterpillar 3126 diesel engine developing 350 horsepower, and can reach speeds of 100 kilometres per hour. The vehicle is fitted with 8x8 drive and also equipped with a central tire inflation system, which allows it to adjust to different terrain, including off-road. The LAV III is fitted with a modern anti-locking brake system (ABS) and a traction control system (TCS). Unlike earlier versions of the LAV, the LAV III does not have any amphibious capabilities.

The LAV III faces the same concerns that most other wheeled military vehicles face. Like all wheeled armoured vehicles, the LAV III's ground pressure is inherently higher than a tracked vehicle with a comparable weight. This is a result of the fact that tires will have less surface area in contact with the ground when compared to a tracked vehicle. Higher ground pressure results in an increased likelihood of sinking into soft terrain such as mud, snow and sand, leading to the vehicle becoming stuck. The lower ground pressure and improved traction offered by tracked vehicles also gives them an advantage over vehicles like the LAV III when it comes to managing slopes, trenches, and other obstacles.

The LAV III can somewhat compensate for these effects by deflating its tires slightly, meaning that the surface area in contact with the ground increases, and the ground pressure is slightly lowered.

However, wheels offer several advantages over tracked vehicles, including lower maintenance for both the vehicle and road infrastructure, quieter movement for improved stealth, greater speed over good terrain, and higher ground clearance for protection against mines and improvised explosive devices.

The LAV III's turret gives the vehicle a higher centre of gravity than the vehicle was initially designed for. This has led to concerns that the vehicle is more likely to roll over on uneven terrain.

While there have been several recorded rollovers (about 12), the most common cause was found to be unstable terrain, specifically road shoulders unexpectedly giving away beneath the vehicle. The weight balance of the LAV III is taken into consideration during driver training, largely mitigating the chances of a rollover.

LAV III Protection

The basic armor of the LAV III ,covering the Standardization Agreement STANAG 4569 level III ,which provides a all-round protection against 7.62x51mm NATO. A ceramic appliqué armor (MEXAS) can be added, which protects against 14.5x114mm heavy calibre rounds from 500 meters. In December 2008 the Government of Canada awarded EODC Engineering, Developing and Licencing Inc. C$81.5 million worth of contracts to provide for add-on-armour kits, modules and spares for its LAV III wheeled armored personnel carriers. This armour kit is intended to provide increased protection against Improvised explosive device, Explosively formed penetrator and 30 mm caliber armour piercing rounds. The LAV III can be also fitted with cage armour, which provides protection against shaped charges. The LAV III is fitted with a nuclear, biological, chemical (NBC) filtration system accompanied with a GID-3 chemical detector and AN/VDR 2 radiation detector systems. The LAV III was designed to produce a very low and very compact structure to minimize radar and IR-signatures. The LAV III also uses heat-absorbing filters to provide temporary protection against thermal imaging (TIS), image intensifier and infrared camera (IR).

The majority of Canadian casualties in Afghanistan have occurred during a patrol aboard a LAV III. This can be explained by the fact that the LAV III is the most commonly used Canadian armoured personnel carrier in theatre, and simply represents a normal association between use and likelihood to encounter a mine or improvised explosive device. The LAV III offers comparable or better protection than most other infantry carriers used in Afghanistan. In an effort to improve protection as a result of experiences in Afghanistan, future LAV III upgrades will likely include improved mine and IED protection.

LAV III Armament

The LAV III is fitted with a two-man turret, armed with the M242 Bushmaster 25 mm caliber chain gun and coaxial 7.62-mm machine gun. One more 5.56 mm or 7.62 mm machine gun is positioned on top of the turret.The LAV-III have also has eight 76-mm grenade in two clusters of four launchers positioned on each side of the turret. The grenade launchers are intended for smoke grenades.

LAV III Sights

The LAV III is equipped with a daytime optical, Thermal Imaging System (TIS) and Generation III Image Intensification (II). The LAV III is equipped with a Tactical Navigation System (TacNav) to assist them in navigation and target location tasks. The LAV III is equipped with a LCD monitor directly connected to the vehicle's external cameras, providing real-time images of the battlefield for the passengers.

Friday, August 27, 2010

Combat Vehicle 90 Swedish Infantry Fighting Vehicle

Combat Vehicle 90

The Combat Vehicle 90 (CV90) or Stridsfordon 90 (Strf 90) is a Swedish infantry fighting vehicle designed by Hägglunds where the first generation was fitted with a Bofors turret. It is currently produced by BAE Systems Hägglunds.



CV 90 Design

Various customer requirements have led to several generations of CV90 where major differences are survivability and the electronic architecture. With higher protection follows higher curb weight, and the vehicle combat weight has risen from 23 to 35 tonnes. Power-to-weight ratio has remained approximately the same with increasingly stronger diesel engines. The track suspension system has seen upgrades in several stages. The Mk III version has a digital electronic architecture with several different CAN-buses and digital networks, and is the first IFV to boast an automatic Defensive Aid Suite (DAS) which classifies threats and in automatic mode can fire smoke and/or the main gun in suitable directions as well as instruct the driver. At the Eurosatory 2010 exhibition a version called Armadillo was presented. The Armadillo shown was in Armoured Personnel Carrier (APC) version that shows how flexible the original platform is, and with a bolted roof several other roles (like ambulance, control vehicle or other turreted versions) are easy to create.

Combat Vehicle 90 (9040A)
Swedish CV9040.JPG

A Strf9040A in Swedish service
Type Infantry fighting vehicle
Place of origin Sweden Sweden
Service history
In service 1993-present
Wars War in Afghanistan

United Nations Mission in Liberia
Production history
Designer Hägglunds/Bofors
Manufacturer BAE Systems Hägglunds
Number built Over 1,000
Specifications
Weight 23-35 tonnes (Mk0 to MkIII)
Length 6.55 m
Width 3.1 m
Height 2.7 m
Crew 3 (commander, gunner, driver)

7 troopers

Primary

armament
40mm Bofors Autocannon,

30mm Bushmaster Cannon (MkI & MkII export model) or 35/50 mm Bushmaster Cannon (MkIII export model)
Secondary

armament
7.62 mm Browning machine gun
Engine Scania DSI 14 litres or DSI 16, V8 Diesel

550-810 hp (410- 595 kW) 2300 nm
Power/weight 24.1 hp/tonne
Transmission Automatic
Suspension torsion bar
Operational

range
320 km
Speed 70 km/h

CV 90 Protection

Combat Vehicle 90The basic armor of the CV9040 provides all-round protection against 14.5 mm armour-piercing rounds. Armour protection over the frontal arc is classified but all models from CV9040B and later are said to be protected against 30 mm APFSDS. Some variants, including the CV9030N, can be fitted with MEXAS, a ceramic appliqué armor which provides all-round protection against 30 mm APFSDS. This armour kit is intended to provide increased protection against Improvised explosive device, Explosively formed penetrator and 30 mm caliber armour piercing rounds. All CV90s are fitted with a Kevlar spall suppression liners which cover the interior spaces and provide protection for the troops inside against shrapnel and anti-personnel artillery munition.

The CV90 can be also fitted with cage armour, which provides protection against tandem-charge and shaped charge warheads. The CV90 is fitted with a nuclear, biological, and chemical (NBC) filtration system accompanied with a chemical detector and radiation detector systems. The CV90 also use an heat-absorbing filters to provide temporary protection against thermal imaging (TIS), image intensifier and infrared camera (IR). The CV 90 was designed to produce a very low and very compact structure and minimized radar and IR-signatures.

With every generation of CV90 there has been an increase in payload and corresponding protection levels. The inherent mine protection levels have risen substantially to presently defeat the heaviest (10 kg TNT) anti-tank mines.

CV 90 Mobility

The CV90 Mk0 is powered by a DSI14 developed by Scania, which provides 550 horse power (HP) and it can reach speeds of 70 kilometers per hour. The basic CV90 has a maximum road range of 320 kilometers but the latest generation can reach up to 600 kilometers. The CV90 offers quieter movement for improved stealth, greater speed over good terrain, and higher ground clearance for protection against mines and improvised explosive devices.

CV 90 Armament

The basic CV90 is fitted with a two-man turret, armed with Bofors 40 mm caliber gun and coaxial 7.62 mm machine gun. One more 5.56 mm or 7.62 mm machine gun is positioned on top of the turret. The CV90 also carries eight 76-mm grenades in two clusters of four launchers positioned on each side of the turret. The grenade launchers are intended for smoke grenades.

Sight

The CV90 is equipped with a daytime optical, Thermal Imaging System (TIS) and Generation III Image Intensification (II).

Production

Production of the CV 90 began in 1993, and over 1,000 vehicles have been ordered. In November 2000, Finland ordered 57 CV9030 vehicles. Total cost was €250 million (in 2008 euros), or €4.42 million per vehicle. In June 2004 Finland made another purchase, bringing the overall quantity ordered to 102. This time the cost was €2.92 million (in 2008 euros) per vehicle. In December 2005, Denmark ordered 45 CV9035 vehicles for a cost of €188 million or €4.18 million per vehicle.

CV 90 Variants

  • CV9040: The original model with a 40 mm Bofors autocannon. Used by Sweden
  • CV9040B: Updated CV90 with fully stabilized gun, although elevation suffers because of this. Used by Sweden
  • CV9040C: Version for International Operations with additional all-round armour and tropical climate kit. Used by Sweden
  • CV9030: Export version with a 30 mm Bushmaster II autocannon. Adopted by Norway, Switzerland and Finland.Within BAE Systems Hägglunds, the Norwegian CV9030N are generally known as the CV90 Mk I while the more advanced Finnish CV9030FIN and Swiss CV9030CH vehicles are known as the CV90 MK II.
  • CV9035: Armed with a Bushmaster III 35/50 cannon. Adopted by the Netherlands as CV9035NL and Denmark as CV9035DK. Within BAE Systems Hägglunds CV9035 is known as the CV90 MK III.
  • CV90105: 105 mm Rifled tank gun/turret. Designed by Hägglunds (BAE Systems) and GIAT (Nexter).
  • CV90120-T: Equipped with tank turret and smoothbore 120 mm gun. (120 mm Gun select as Rheinmetall or IWI.)
  • CV9040 AAV (TriAD): Anti-Air Vehicle, fitted with radar and 40 mm autocannon. Can also elevate its cannon higher than CV9040
  • CV90: Command Vehicle.
  • CV90: Forward Observation Vehicle, more advanced IR sensor fitted.
  • CV90: Armored Recovery Vehicle. (BgBv90 Swedish army designation)
  • CV9056: Prototype version equipped with the Bofors RB56 anti-tank missile. No units ordered.
  • Armadillo: Armoured Personnel Carrier version built on a modular CV90 Mk III chassis

The forward observation, command and recovery vehicles are armed only with a machine gun.

The CV 90 has also been fitted with the advanced mortar system under the name Grkpbv 90120 (granatkastarpansarbandvagn, "tracked armoured mortar vehicle") or formerly SSG 120 (Splitterskyddad granatkastare, "lightly armoured mortar"). The vehicle is a project between Hägglunds and Patria, and is still under development.

Sweden originally planned for a mix of CV9040 and CV9025, tests of the 25 mm turret being carried out on on an Ikv 91 chassis, but finally decided on the 40 mm version, due to the much higher potential of the larger calibre.

Combat service

With production having begun in 1993, the CV90 had remained untested in live combat until November 2007, when Norwegian Army CV90s from 2nd Battalion saw heavy combat during Operation Harekate Yolo in Afghanistan. During the first week of November, Norwegian ISAF forces from 2nd Battalion and Kystjegerkommandoen based in Mazar-e-Sharif, responded to a Taliban attack on Afghan National Army forces in the Ghowrmach district. Having been heavily outnumbered by the Taliban forces, the Norwegians used mortars and, in particular, CV90s, to effectively beat down the attack. The operation left an unknown number of Taliban casualties, but Norwegian news sources say as many as 45 to 65 Taliban forces may have been killed, and many more wounded.

The CV90 was later used extensively by ISAF-forces of the Norwegian Army's Telemark Battalion in May 2008, when the battalion, during Operation Karez in the Badghis Province, came under heavy machine gun and RPG fire from Taliban fighters. The attack left 13 Taliban fighters dead, and unknown number of wounded. No allied casualties were reported.

In January 2010, a Norwegian soldier driving a CV9030 was killed when it drove over an IED in Ghowrmach, Afghanistan.

Swedish CV90s have also seen service in Liberia. As of the spring of 2009, Sweden operates 4 CV9040s in Afghanistan. Swedish CV90s have seen combat with insurgents on at least two occasions.

In February 2010 Denmark sent 10 CV9035DK's to Afghanistan in order to bolster their contingent in Helmand Province. The Danish contingent has suffered numerous casualties since they began operations in the province in the autumn of 2006. The vehicles are from the Danish Royal Lifeguard Regiment, based in the Northern part of Seeland. They are working alongside with MOWAG Piranha IIIC, MOWAG Eagle IV, M113 G3DK and Leopard 2A5DK, all contributed by Denmark, in the Helmand Province. By April 2010 two of the ten vehicles have been hit with IEDs, in both cases protecting the crew and passengers of personal injury. The vehicles lost two wheels and tracks, and were sent back to the manufacturer in Sweden for further investigation. On the 7th of August 2010, a CV9035DK hit an IED in Afghanistan. 2 were killed and 3 wounded. The explosion was so powerful the vehicle was turned over.

CV-90 Operators

  • Denmark: 45 CV9035DK.
  • Finland: 102 CV9030FIN (57 first batch, 45 second batch).
  • Netherlands: 192 CV9035NL (Initial order of 184 vehicles raised to 192. Deliveries will be completed by 2011.)
  • Norway: 104 CV9030N. 17 of these have been upgraded with air-condition, additional mine protection and rear-view cameras, and are designated CV9030NF1.
  • Switzerland: 186 CV9030CH
  • Sweden: 509 vehicles, including 42 CV9040C with additional armour.
Evaluation operators
  • Canada: 1 CV9035 Mark III
  • United Kingdom


BVP M-80 Serbian Infantry Fighting Vehicles

BVP M-80
The BVP M-80 ICV/IFV is a Yugoslavian military vehicle, developed to replace the M-60P then serving in the JNA arsenal. Its production began in 1980 and continued till the breakout of civil war in Yugoslavia in 1991.



Development

The development of new infantry fighting vehicle to replace obsolete APC M-60 began in 1969. Testing of the prototype was finished in 1974 following the decision to start serial production. First examples of this new IFV, BVP M-80 rolled out in 1979 but full entry to service happened in 1982. An upgraded model was unveiled a year after with a designation M-80A. This variant had a more powerful engine and somewhat better armor. Around 800 vehicles were produced before the breakup of the country.

The first production variant was the M-80 which was only made in small numbers. The vehicle used a French built engine with an output of 260hp, the same engine as used in AMX-10. After only a year, Yugoslavia decided to start a license production of Daimler-Benz's 320hp engine in domestic FAMOS factories. This variant received a new designation as M-80A.

At the time it was produced, M-80 had similar characteristics with existing IFVs like Russian BMP-1 or French AMX 10P. Although many foreign experts compare M-80 with Russian BMP-1, the Yugoslav IFV is a true original design. Unlike BMP-1 which had 6 support wheels and was armed with 73 mm gun, M-80 had 5 support wheels and had 20 mm gun. M-80 incorporates numerous elements from the newer BMP-2 and the French AMX-10 giving it more power and better protection over its counterpart. All M-80s are amphibious. For anti-tank warfare, M-80s are equipped with twin launcher for ATGM-3 which are now being replaced by more modern weapons.

It was used extensively during the Yugoslav Wars.

Characteristics

The M-80A is armed with one 20 mm gun, co-axial machine gun 7.62 mm and twin launcher for wire guided anti-tank missiles. Is is NBC protected, fire suppression system, inside heating and water ejecting system. It’s fully amphibious and can perform crossing of any water barrier without previous preparations. Max. speed at water is 7 km/h. Crew consist of three, driver, commander and gun operator and in the after compartment there is space for six fully equipped infantrymen who can engage the enemy with personal armament through six gun slits on both vehicle sides and back doors. Infantry leaves IFV through two doors at the back of the vehicle.

Service

  • Serbia - 517 M-80A
  • Bosnia and Herzegovina - 60 M-80A
  • Slovenia - 52 M-80A currently active (to be withdrawn)
  • Croatia - 104 M-80A + 24 9P113 Polo
Variants
  • M-80 - First production model with 260hp engine, replaced after 1 year.
  • M-80A - Improved version with 320hp engine, full production.
  • M-80A1 - Twin 30-mm anti-aircraft cannon, prototype only;
  • M-80A KC - Company commander's vehicle.
  • M-80A KB - Battalion commander's vehicle.
  • M-80A Sn - Medivac, no turret. Single oblong hatch in the roof and single rear door. Carry's 4 stretcher patients or 6 seated patients.
  • M-80A LT - Tank hunter version with six AT-3 launchers.
  • Sava M-90 - SA-13 Surface-to-air missile launcher, designated Strela-10MJ, prototype.
  • SPAT 30/2 - Self-Propelled Ant-aircraft gun. Made with mounting of two 30mm cannons. The aim-scan gear is J-171 ore Motorola 6800.
  • MOS - Self-propelled mine layer.
  • M-80AK/M-98A - single 30mm cannon and new gun turret.
BVP M-80 ICV/IFV
Type Infantry fighting vehicle
Place of origin Yugoslavia
Specifications
Weight 13.850 kg
Length 6.42 meters
Width 2.90 meters
Height 2.20 meters
Crew 3 + 7

Armor Aluminum/Aluminum oxide/Titanium boride
Primary

armament
20 mm M-55 (HS 804) cannon

900 rounds 9M114 Maljutka (AT-3 Sagger) ATGW 2 Missiles or ATGM launcher

Secondary

armament
coaxial 7.62 machine-gun and 12.7 mm Heavy Machine gun

2,200 rounds

Engine Daimler Benz OM-403

320 hp
Power/weight 22.6 hp/tonne
Suspension torsion bar
Operational

range
500 km
Speed 65 km/h on land 8 km/h in water


Thursday, August 26, 2010

Namer Israel Heavy APC

Namer APC
Namer is an Israeli heavily armoured heavyweight infantry fighting vehicle based on the Israeli Merkava Mark IV tank. Namer was developed by and is being assembled by the Israeli Ordnance Corps. It has been in service with the Israel Defense Forces (IDF) since summer 2008.







Namer
Type Infantry fighting vehicle
Place of origin Israel
Service history
In service 2008–
Used by Israel Defense Forces
Wars Gaza War
Production history
Designer Israel Military Industries
Manufacturer IDF Ordnance (assembly)
Unit cost $3 million
Produced 2008–
Number built 15-45
Specifications
Weight 60 tonnes
Crew 3 (commander, driver, RCWS operator)

Armor Classified composite matrix of laminated ceramic-steel-nickel alloy + underlaid reactive armour. Sloped modular design.
Primary
armament
Samson RCWS equipped with either 0.5 in (12.7 mm) M2 machine gun, or Mk 19 grenade launcher, or smaller MG.
Secondary
armament
1 × 7.62 mm (0.3 in) FN MAG MG
1 × 60 mm (2.4 in) external mortar
12 smoke grenades
Engine 1,200 hp (895 kW) turbocharged diesel engine
Power/weight 20 hp/ton
Payload capacity 9 infantrymen
Suspension Helical spring
Operational
range
500 km (311 mi)
Speed 60 km/h (40 mph) - top speed
Namer APCThe experience of converting Centurion tanks into armored personnel carriers (Nagmachon) and combat engineering vehicles (Puma, Nakpadon), followed by the successful conversion of many T-54 and T-55 tanks into Achzarit infantry fighting vehicles pushed the idea of converting Merkava tanks into heavily armored APCs / IFVs. The concept held great promise, because many of the 250 Merkava Mark I's were being gradually withdrawn from service and it was also made clear that the 105 mm armament of the Merkava Mark IIs could not be upgraded to the more modern IMI 120 mm gun.

The development did not progress much in the 1990s due to lack of funds, but following 2004 Israel–Gaza conflict, which exposed the vulnerability of the M113 armored personnel carrier to improvised explosive devices and rocket-propelled grenades, the IDF re-opened the development. At that point domestic production of Namer was preferred over purchasing the Stryker armored personnel carrier.

2005-present

Eventually, IDF Ordnance developed some heavy-duty infantry fighting vehicle prototypes based on the Merkava Mark I chassis, and also a handful of IFVs based on the Merkava Mark IV chassis. The vehicle was initially called Nemmera (Hebrew: leopardess), but later renamed to Namer.

On February 15, 2005 Maariv reported that a running Namer prototype based on the Merkava Mark I was fielded by the Givati Brigade for trials and evaluation. It was equipped with a Rafael Overhead Weapon Station, which is remotely controlled and loaded from within the vehicle. This same unit was demonstrated at the Eurosatory 2005 military exhibition with possible export customers showing interest.

Lessons learned in the battles of the 2006 Lebanon War also largely verified this program. Consequently, in 2007 it was reported that the first fifteen Namers would be delivered in 2008, and over a hundred more will finally equip two combat brigades. However, conversion plans were abandoned in favor to newly-built Merkava Mark IV chassis.

On March 1, 2008 an operational, started from scratch and fully-developed Namer IFV based on Merkava Mark IV chassis was officially presented by the IDF. Reportedly, the construction was urged on May 2008 by importing parts from the US. On September 15, 2008, the Namer was unveiled to the general public at an exhibition in Rishon LeZion.

Namer Design

Survivability

Like the Merkava Mark IV, Namer has been designed for a high level of crew survival on the battlefield with modular armor, reinforced V-shaped belly armor pack, and NBC protection. It is also ready to be equipped with an active protection system. As of June 2009, the IDF approved the acquisition of Israel Military Industries' Iron Fist active protection system for the Namer.

Armament

Namer is armed with either a M2 Browning machine gun or a Mk 19 grenade launcher mounted on a Samson Remote Controlled Weapon Station, a 7.62 mm (FN MAG) machine gun, a 60 mm mortar. Smoke grenade launchers are also carried. Mounting an external remote controlled 30-mm autocannon and Spike anti-tank guided missiles is also considered.

Capabilities

Namer is capable of maneuvering in difficult terrain, powered by the Teledyne Continental AVDS-1790-9AR 1,200 hp (895 kW) V12 air-cooled diesel engine of the Merkava Mark III. Namer is able to carry up to 12 troops (crewmen and fully equipped infantrymen) and one stretcher, or two stretchers and medical equipment on a Namerbulance MEDEVAC version. The original Merkava Mark IV rear entrance was redesigned to be a wider door ramp with a sniper port. Two hatches are fitted on the roof, which is higher than Merkava's hull roof. Namer also shares a digital battlefield management system with Merkava Mark IV.

Users

Israel

The Golani Brigade was the first to acquire the Namer. According to IDF, the Namer IFV is set be distributed to infantry and combat engineering forces, with possible future plans for special models for intelligence and command purposes. Two Namers took part in the Gaza War as part of the Golani Brigade. As of February 2009, IDF had ordered 130 Namers and already received about ten, while planning to order a total of 800 vehicles. As of June 2009, IDF received 15 vehicles out of current order of 45.
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Azerbaijan

Azerbaijan and Israel have conducted negotiations over the Namer vehicle.

Naruto 507 (English)

One Piece 597, Bleach 417, Fairy Tail 197 up!
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Naruto 507 (English)

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