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Artillery Experiment Shows Deepening UK-French Ties
Jun. 21, 2014 By ANDREW CHUTER and PIERRE TRAN

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Eyes on CAESAR: Sources say the British hope to train on a French Army CAESAR howitzer vehicle. Here, a CAESAR parades before a rugby game outside Paris in May. (THOMAS SAMSON/AFP/Getty Images)

PARIS— London is in talks with Paris to allow British troops to train on a French system artillery system this year, according to sources, the first step in a sweeping review of all British artillery requirements, from mortars to guided rockets to 155mm artillery.

The move would also mark a deepening of ties between the two governments, which agreed four years ago to cooperate on defense matters.

Training with Nexter System’s truck-mounted CAESAR 155mm artillery system would be part of an experimentation phase being conducted by the UK’s Defence Science and Technology Laboratory and the Defence Equipment and Support organization to assess British artillery requirements, sources familiar with the program said.

A French Army officer confirmed talks with the British Army on showing the CAESAR are underway, but said “This has not been definitively fixed ... The discussions are going on.”

The talks are being held under the 2010 Lancaster House bilateral defense treaty, which among other things calls on the British and French armies to seek areas of cooperation on their equipment, the officer said.

The French Army already operates the truck-mounted CAESAR — short for Camion Equipé d’un Système d’Artillerie
—and the weapon has been successful in several export markets.

The British Army is already assessing the capabilities of another piece of Nexter equipment: the véhicule blindé de combat d’infanterie (VBCI) 8x8 infantry fighting vehicle.

The two governments are expected to outline a further round of cooperation efforts involving their respective armed forces around the end of this month, according to one source.

Philip Dunne, the British defense procurement minister, told reporters during a June 19 briefing at the Eurosatory defense exhibition in Paris that the two sides are having some success looking for new initiatives on which to cooperate.

“Following the summit in January we are looking to find other things over a period of time where our two equipment programs align,” Dunne said. “I’m pleased to say there are a number of opportunities emerging.”

BAE Systems’ Terrier combat engineering vehicle would be one of the British land equipment items evaluated by France, he said.

The arrangement to train and experiment on CAESAR is set to be another cooperation contender.

An industry executive said the plan is to send 15 to 20 British artillery personnel to a French Army base to train on the gun “towards the end of this year.”

Several years ago, the British evaluated CAESAR in competition with BAE Systems’ M777 towed lightweight 155mm howitzer, but the program came to nothing.

It’s possible the British will conduct a parallel 155mm experimentation phase with the towed M777 using weapons on loan from the US military, which is the howitzer’s biggest customer.

There is no new artillery program on the stocks in London, but that could come later in the decade when the Army decides what to do about replacing or updating its 40-year-old 105mm light gun, the self-propelled AS90 155mm howitzer and other artillery.

The British are in a preconceptual stage of work reviewing all areas of their artillery capability, the source said.

“They are using CAESAR as a representative 155mm platform and keeping options open at this stage. While training to use CAESAR, they have not ruled out the M777,” the source said.

It appears the experimentation work is not just focused on 155mm, but will review the 120mm mortar and guided multiple launch rocket system and other capabilities. The aim is to determine the characteristics for the next generation of artillery, the source said.

The move to examine CAESAR is the second time this year the British have begun an assessment of a major French land platform.

A VBCI 8x8 infantry fighting vehicle was delivered to the UK in the sidelines of an Anglo-French summit between Prime Minister David Cameron and French President François Hollande in January.

That evaluation is being taken a step further, with around 130 British troops being dispatched to the South of France this summer to train on the vehicle.

The French website FOB reported recently that, following conclusion of the training next March, the British will have up to 20 of the wheeled 8x8 vehicles put at their disposal for further evaluation.

The British are referring to this as “experimentation,” hoping to avoid the appearance that this is a trial or competition, the sources said.

As part of the growing cooperative tie between the two sides, French Army Chief of Staff Gen. Bertrand Ract-Madoux invited his British counterpart, Gen. Sir Peter Wall, to the French mission in Mali this year, and showed the VBCI to the British commander, the officer said.

The British had a shot at acquiring a new wheeled armored personnel carrier in 2008 as part of the FRES utility program, but the deal collapsed not long after the government selected General Dynamics Piranha 5 vehicle .

VBCI was one of the losing bidders in that competition.

Dunne said that since the original competition, the French have rectified what the British Army considered the vehicle’s shortcomings.

“We had a competition in which VBCI took part. Since then the vehicle has undergone quite a considerable upgrade in three particular areas where it fell short of our requirements,” Dunne said. “And in each of those areas, I am assured by the company that they can now meet the requirement so that is partly what we are looking to test.”

The procurement minister listed the power pack and the armored protection as two of the areas of previous concern. He said Britain is in the early stages of demonstrating vehicle capabilities.

“Right now, we don’t have a specific schedule for a program; it’s early days,” Dunne said. “The likelihood is we would need to compete. I can’t give you a categorical assurance that we will compete but it’s more likely [than not].”

The French Army is reckoned to have more VBCIs than it needs and Dunne didn’t rule out a temporary sharing arrangement when asked whether the two governments might consider such a move.

“Clearly it’s an option if there is a sufficient [VBCI] fleet that it makes sense for the French to consider. It’s unlikely that pooling and sharing will satisfy both armies’ requirements, but as a way of getting comfortable with the vehicle, I think it’s a very good idea, he said.

French industry hopes to win a British order for the VBCI has been tied to a reciprocal French purchase of the Watchkeeper UAV entering service with the British Army, French media have reported.

In the spirit of the cross-channel cooperation, French troops last year went to Britain to train on the tactical UAV, built by Thales UK in a joint venture with Elbit of Israel.

Watchkeeper was later evaluated by the French military at one of its training grounds.

The French officer said competition law required an open tender for the tactical UAV order. At one time London had hoped to strike a sole source deal with Paris on Watchkeeper procurement. That requirement for a UAV competition opens the door to rival bids from Airbus Defence & Security, Safran’s Sagem and others. ■

Artillery Experiment Shows Deepening UK-French Ties | Defense News | defensenews.com
 
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XM2001 Crusader


Prototype 155-mm self-propelled howitzer

crusader.jpg



M777 155-mm howitzer
M777_ultra_Light_weight_towed_field_artilery_gun_howitzer_United_States_US-Army_014.jpg


M777 Portee
155-mm self-propelled howitzer

m777_portee.jpg
 
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Jobaria
Multiple launch rocket system

jobaria.jpg


The Jobaria (monster) is the most powerful 122-mm artillery rocket system ever built. This multiple launch rocket system has been developed in by United Arab Emirates in cooperation with Roketsan of Turkey to meet the UAE requirement. However final assembly of this system takes place in the UAE. The main goal was to put one battery of rocket launchers on one vehicle. This new multiple launch rocket system was first revealed in 2013 during IDEX exhibition held in Abu Dhabi. United Arab Emirates have received an undisclosed number of these artillery systems already.
The Jobaria MLRS consists of Oshkosh 6x6 heavy equipment transporter, towing a 10-wheel semi-trailer with 4 power rocket launchers. Each launcher has three pods with 20 rockets each. This rocket system carries a total of 240 122-mm rockets. A single Jobaria system replaces a full battery of rocket launchers mounted on 6 trucks with a crew of 30 men. Rockets have a maximum range of 37 km. A full salvo covers an area of 4 km².

Rockets are stored and launched from pods for rapid reloading and interchangeability of various calibers. Some sources claim that Jobaria is also capable of launching a total of 240 107-mm rockets, with a maximum range of about 11 km. Alternatively it can launch 16 TR-300 300-mm rockets with a maximum range of up to 100 km.

This artillery system is operated by a crew of three. Crew members are seated inside and operate from protected cab. It's armor provides protection from small arms fire and artillery shell splinters. The cab also has NBC protection system. This artillery system is aimed and launches all it's rockets without crew leaving the vehicle.

The truck for this rocket system is supplied by Oshkosh. Vehicle is fitted with a central tyre inflation system. The trailer with rocket launchers is manufactured in the UAE. The Jobaria is fitted with auxiliary power unit. It allows this rocket system can operate with the truck engine turned off. It seems though that this new MLRS has limited mobility over desert terrain. It is most suited for operation from hard surface roads.

This new multiple launch rocket system is supported by a dedicated resupply vehicle, which carries a full set of reloads and is fitted with two cranes. Each crane replenishes two rocket launchers. Reloading takes about 30 minutes.

There is also a lighter Mini Jobaria, based on the Nimr 6x6 vehicle. It carries two pods with a total of 107-mm rockets.
 
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Denel G6 Rhino 6x6 Wheeled Self-Propelled Artillery


Description

The G6 is a South African-made 155m wheeled self-propelled howitzer designed and developed by the Defence Company manufacturer Denel. In the South African army the vehicle is known with the nickname of Rhino. The first prototype of the G6 Rhino was completed in 1981 and shown for the first time in public in September 1982. By late 1986, four complete G6s had been built plus one additional turret. Of these four, two can be considered as prototypes and two advanced development vehicles, for they incorporated many improvements as the result of user trials and changes in operational requirements. The first production G6s were completed during 1988, with Denel being the prime contractor. The G6 Rhino howitzer was the first vehicle of this type with a full autonomous laying and navigation capability.


Variants
The G6-52 is an advanced development of the proven G6-45 system. The highly mobile G6 self propelled Gun-Howitzer has been upgraded with increased firing range thus outperforming competitive equipment, has an increased rate of fire to 8 rounds per minute with all compatible charges and also, boasts superior mobility and a reduced manpower requirement.

Technical Data

Armament
The G6 Rhino is armed with 155 mm 45 caliber gun. It has a single-baffle muzzle brake, a semi-automatic screw and swing breech mechanism and an electrical firing system. A steel fume extractor is fitted. The recoil system consists of a single buffer and single recuperator. Two banks of two smoke grenade discharger are mounted each side at the front of the turret. A fully automatic gun laying capability in both traverse and elevation directions is provided. This automatic gun laying system enables rapid and accurate relaying of the 155 mm ordnance between rounds at high rates of fire. The turret can be traversed through 180º (90º left and right) under electrohydraulic control with manual controls provided for maintenance, although for practical purposes the firing arc of the turret is 40º left and right. The 155 mm ordnance can be elevated from -5 to +75º under electrohydraulic servo control. A rate of 4 rds/min is achieved when firing with the maximum charge and can be continued for a period of 15 minutes, after which chamber temperatures have to be monitored. A rate of 5 rds/min is achieved when firing charge 2. A burst capability of 3 rounds in 25 seconds can be achieved. The G6 Rhino can fired a full range of ammunition as the HE, Smoke, Illuminating, RP, Sub-monition and Leaflet. The G6 Rhino carries 45 ammunitions of 155mm. A 7.62mm or 12.7mm machine gun can be mounted on the loader hatch top of the turret.

Design and protection
The hull and turret of the G6 Rhino are made with all-welded steel armour which provides a protection against the firing of small arms and shell splinters. The G6 has a double armoured floor for increased protection against mines. The G6 has a specific layout with a single driver compartment at the front, power pack in the center back of the driver and the turret at the rear. The driver compartment is fitted with three bullet-proof windows, one at the front and one to each side which affords excellent visibility through the front in excess of 180º, the front window can be covered by an armoured shutter. One single bullet-proof window is mounted to the right side of the turret and two to the left side. There is a single door to the rear right side of the turret.
Propulsion
The G6 uses an OMC 6x6 chassis with one simple axle at the front and two at the rear. The suspension is independent with torsion bars and hydro-pneumatic damping system. The G6 is motorized with an air-cooled diesel engine developing 518 hp. coupled to an automatic transmission with torque converter providing 6 forward and 1 reverse speeds. The G6 Rhino can run at a maximum speed of 90 km/h on road with a maximum range of 700 km. The maximum gradient is 40%, trench crossing 1m and the fording depth is 1m.
Accessories
The G6 Rhino is equipped with Gun Management System (GMS) is provided to assist the commander with command, control, communication and information functions in and around the G6. The GMS contains a Gun Display Unit (GDU) situated at the commander station which is used for sorting and displaying navigation data, gun laying data and fire orders received via radio data communication link to each G6 from a Battery Command Post (BCP). Data transmission is also performed when the gun is mobile, ensuring an in action time of 1 minute and out of action time of 30 seconds. A land navigation system completes the standard equipment of the G6 Rhino who is in charge to transmit navigation and gun laying data. The standard equipment of G6 Rhino includes NBC protection system and in option the vehicle can be fitted with night vision equipment.

Specifications


Armament
One 155mm 45 calibre gun, one 7.62mm or 12.7mm machine gun and 2 x 4 81 mm grenade launchers.
a
Country users
Oman, South Africa, United Arab Emirates,
Designer Country
South Africa
Accessories
Day/night vision, NB protection system, laser range finder, land navigation system and autonomous laying system.
Crew
6

Armor
Protection against small arms firing and shell splinters, armoured floor to increase protection against land mines.
Weight
47,000 kg in combat condition
Speed
90 km/h maximum on road
Range
700 km on road
Dimensions with turret
Length, 9,2 m hull; 10.33 gun forward
Width, 3,4 m; Height, 3,8 m

Denel_G6-45_Ysterplatt_Airshow_2006.jpg


g6_rhino_l5.jpg


G6 Rhino G6-45 155mm wheeled self-propelled howitzer data sheet specifications pictures video - Army Recognition - Army Recognition
 
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Jobaria
Multiple launch rocket system


jobaria.jpg


The Jobaria (monster) is the most powerful 122-mm artillery rocket system ever built. This multiple launch rocket system has been developed in by United Arab Emirates in cooperation with Roketsan of Turkey to meet the UAE requirement. However final assembly of this system takes place in the UAE. The main goal was to put one battery of rocket launchers on one vehicle. This new multiple launch rocket system was first revealed in 2013 during IDEX exhibition held in Abu Dhabi. United Arab Emirates have received an undisclosed number of these artillery systems already.

The Jobaria MLRS consists of Oshkosh 6x6 heavy equipment transporter, towing a 10-wheel semi-trailer with 4 power rocket launchers. Each launcher has three pods with 20 rockets each. This rocket system carries a total of 240 122-mm rockets. A single Jobaria system replaces a full battery of rocket launchers mounted on 6 trucks with a crew of 30 men. Rockets have a maximum range of 37 km. A full salvo covers an area of 4 km².

Rockets are stored and launched from pods for rapid reloading and interchangeability of various calibers. Some sources claim that Jobaria is also capable of launching a total of 240 107-mm rockets, with a maximum range of about 11 km. Alternatively it can launch 16 TR-300 300-mm rockets with a maximum range of up to 100 km.

This artillery system is operated by a crew of three. Crew members are seated inside and operate from protected cab. It's armor provides protection from small arms fire and artillery shell splinters. The cab also has NBC protection system. This artillery system is aimed and launches all it's rockets without crew leaving the vehicle.

The truck for this rocket system is supplied by Oshkosh. Vehicle is fitted with a central tyre inflation system. The trailer with rocket launchers is manufactured in the UAE. The Jobaria is fitted with auxiliary power unit. It allows this rocket system can operate with the truck engine turned off. It seems though that this new MLRS has limited mobility over desert terrain. It is most suited for operation from hard surface roads.

This new multiple launch rocket system is supported by a dedicated resupply vehicle, which carries a full set of reloads and is fitted with two cranes. Each crane replenishes two rocket launchers. Reloading takes about 30 minutes.

There is also a lighter Mini Jobaria, based on the Nimr 6x6 vehicle. It carries two pods with a total of 107-mm rockets.

Jobaria Defense Systems (JDS) Multiple Cradle Launcher

The MCL is A 10 wheel semitrailer mounting four power-operated rocket launchers, each carrying 60 x122mm rockets in three blocks of 20 rockets each. The system can fire Roketsan 122mm TR-122 rockets fitted with a high explosive (HE) warhead activated by a point detonating fuze or Roketsan TRB-122 rockets fitted with HE steel ball warhead activated by a proximity fuze. The maximum range is being quoted as 40km, with a minimum range of 16km.

The semi-trailer is equipped with an auxiliary power unit allowing more autonomy for the weapon system. 10 stabilizers extracted before firing are used to level the platform. A global positioning/inertial navigation system and computerized fire control system are used for position location and increased accuracy. The operator can select firing a single pod, a number of pods, or fire the full load of 240 rockets in under two minutes. Each launcher cradle is also provided with an independent inertial reference unit, enabling accurate ballistic setting even under rapid salvo firing.

The platform is towed by an Oshkosh Defense 6×6 Heavy Equipment Transporter (HET). HET is fitted with a protected cab, an air conditioning system and a central tyre inflation system. The entire system is operated by a crew of three: commander, navigator and driver and can be operated in an autonomous mode or integrated in an overall higher-level artillery fire control system.

Once the rockets have been launched, the system would normally redeploy to another position where new pods of rockets would be rapidly loaded using the on-board crane of the dedicated support vehicle.

20130513-205734.jpg



Massive Rocket Launcher for the UAE | Defense Update:
 
. . .
Denel T5-52 Truck-mounted Gun-Howitzer

The weapon system is a 155mm, 52 calibre Truck-mounted Gun-Howitzer. The inherent indirect fire flexibility ensures that it can be employed in the traditional gun, howitzer and mortar roles. The weapon system has excellent tactical and road strategic mobility and has a range of 600 km without refuelling at speeds of up to 85 km/h.

The ordnance has been optimised for the 52 calibre 155mm ballistic system. The projectiles are the extended range type and provide an increased range and target effectiveness when compared with existing systems. Using base bleed projectiles, the weapon has a range of 42,5 km at sea level. NATO and other ammunition can be fired, after consultation with the supplier.

The system is powered by a 265 kW turbocharged diesel engine coupled to a 10-speed manual gearbox, and a 2-speed transfer gearbox. A central tyre inflation system is fitted, which allows for the inflation and deflation of the wheels, while both static and on the move.

A hydraulic system, driven by PTO’s on the gearbox, supply hydraulic power for the deployment of the outriggers and the top-carriage hydraulics.

The system carries 27 on board projectiles and 26 on-board charges. A crew of four is needed to bring the gun into or out of action within 60 seconds. In the event that the power unit of the hydraulic system fails, another T5-52 can be used as a back-up system, enabling the crew to bring the T5-52 into action.

The T5-52 has an operating crew of four crew members, and two crew members to prepare and supply the ammunition. The elevating mass consists of the ordnance, the cradle with an integrated buffer system, and the ammunition handling and ramming system.

The ordnance consists of the monoblock barrel fitted with a double baffle muzzle brake, a swing and slide breech mechanism and an electrically activated firing mechanism. The Command and Control System, consisting of the Automatic Laying and Navigation System, Telecommunication System, Muzzle Velocity Radar System and Gun Management Computer are used to lay the gun for indirect fire.

A panoramic optical-mechanical sight is mounted directly to the trunnion, incorporating a compensation system for trunnion cant, which forms a backup for indirect fire. A telescopic sight for direct fire is mounted to the compensation system and gives a direct fire range of up to 3000m.
T5-52.jpg


Artillery | Denel Land Systems

The T5-52 truck mounted gun-howitzer was developed by Denel Land Systems. First prototype of this artillery system was revealed in 2002. It is a South African counterpart to the French Caesar truck-mounted howitzer, developed to meet the potential requirements of India. Development of this artillery system is completed, however there were no confirmed sales.

The T5 was previously dubbed the Condor and was armed with a 155-mm / L45 weapon. The second model, the T5-52, utilizes the G5-2000 towed howitzer top carriage. This artillery system is compatible with standard NATO 155-mm ammunition. Projectiles are fed automatically onto the rammer tray from the magazine. Charge loading is semi-automatic.

Maximum range of fire is 42.5 km with rocket assisted projectile and 55 km with V-LAP or velocity enhanced projectile, developed by Denel. The T5-52 is capable of MRSI or multiple round simultaneous impact firing. It can fire up to six rounds to hit the target simultaneously. This artillery system can fire in 360° arc, however it has to return to the 80° arc to simplify the loading process. Normally the T5-52 fires backward in relation to the vehicle. This artillery system fires forward only in case of emergency. Vehicle also has a direct firing capability.

The T5-52 has an operating crew of four and additional four crew members to prepare and supply the ammunition. A crew of four can bring the gun into or out of action within 60 seconds.

The T5-52 is mounted on the modified 8x8 Tatra T815 WN truck chassis. This truck is manufactured in India under license. Vehicle is powered by a turbocharged diesel engine, developing 355 hp. To provide a more stable firing platform, this truck has three stabilizer blades. Cab of this artillery system is unarmored, however protection against 5.56-mm rounds can be fitted as an option.



http://www.military-today.com/artillery/t5_52.htm
 
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MKEK Demonstrated its Light Towed Howitzer
Mechanical and Chemical Industry Corporation (MKEK) introduced its airborne 105mm light towed howitzer at IDEF’15. Developed by (Malatya Machinery Industry) MAKSAN and produced at Çankırı Weapons Factory, the product was re-designed as an airborne howitzer. Its suspension was upgraded in order to prevent any damage during release.

MKEK Demonstrated its Light Towed Howitzer

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Denel T5-52 Truck-mounted Gun-Howitzer

The weapon system is a 155mm, 52 calibre Truck-mounted Gun-Howitzer. The inherent indirect fire flexibility ensures that it can be employed in the traditional gun, howitzer and mortar roles. The weapon system has excellent tactical and road strategic mobility and has a range of 600 km without refuelling at speeds of up to 85 km/h.

The ordnance has been optimised for the 52 calibre 155mm ballistic system. The projectiles are the extended range type and provide an increased range and target effectiveness when compared with existing systems. Using base bleed projectiles, the weapon has a range of 42,5 km at sea level. NATO and other ammunition can be fired, after consultation with the supplier.

The system is powered by a 265 kW turbocharged diesel engine coupled to a 10-speed manual gearbox, and a 2-speed transfer gearbox. A central tyre inflation system is fitted, which allows for the inflation and deflation of the wheels, while both static and on the move.

A hydraulic system, driven by PTO’s on the gearbox, supply hydraulic power for the deployment of the outriggers and the top-carriage hydraulics.

The system carries 27 on board projectiles and 26 on-board charges. A crew of four is needed to bring the gun into or out of action within 60 seconds. In the event that the power unit of the hydraulic system fails, another T5-52 can be used as a back-up system, enabling the crew to bring the T5-52 into action.

The T5-52 has an operating crew of four crew members, and two crew members to prepare and supply the ammunition. The elevating mass consists of the ordnance, the cradle with an integrated buffer system, and the ammunition handling and ramming system.

The ordnance consists of the monoblock barrel fitted with a double baffle muzzle brake, a swing and slide breech mechanism and an electrically activated firing mechanism. The Command and Control System, consisting of the Automatic Laying and Navigation System, Telecommunication System, Muzzle Velocity Radar System and Gun Management Computer are used to lay the gun for indirect fire.

A panoramic optical-mechanical sight is mounted directly to the trunnion, incorporating a compensation system for trunnion cant, which forms a backup for indirect fire. A telescopic sight for direct fire is mounted to the compensation system and gives a direct fire range of up to 3000m.
View attachment 219862

Artillery | Denel Land Systems

The T5-52 truck mounted gun-howitzer was developed by Denel Land Systems. First prototype of this artillery system was revealed in 2002. It is a South African counterpart to the French Caesar truck-mounted howitzer, developed to meet the potential requirements of India. Development of this artillery system is completed, however there were no confirmed sales.

The T5 was previously dubbed the Condor and was armed with a 155-mm / L45 weapon. The second model, the T5-52, utilizes the G5-2000 towed howitzer top carriage. This artillery system is compatible with standard NATO 155-mm ammunition. Projectiles are fed automatically onto the rammer tray from the magazine. Charge loading is semi-automatic.

Maximum range of fire is 42.5 km with rocket assisted projectile and 55 km with V-LAP or velocity enhanced projectile, developed by Denel. The T5-52 is capable of MRSI or multiple round simultaneous impact firing. It can fire up to six rounds to hit the target simultaneously. This artillery system can fire in 360° arc, however it has to return to the 80° arc to simplify the loading process. Normally the T5-52 fires backward in relation to the vehicle. This artillery system fires forward only in case of emergency. Vehicle also has a direct firing capability.

The T5-52 has an operating crew of four and additional four crew members to prepare and supply the ammunition. A crew of four can bring the gun into or out of action within 60 seconds.

The T5-52 is mounted on the modified 8x8 Tatra T815 WN truck chassis. This truck is manufactured in India under license. Vehicle is powered by a turbocharged diesel engine, developing 355 hp. To provide a more stable firing platform, this truck has three stabilizer blades. Cab of this artillery system is unarmored, however protection against 5.56-mm rounds can be fitted as an option.



http://www.military-today.com/artillery/t5_52.htm

We had a saying and very true ... G5/G6 could hit a fly on wall at 50km.
 
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What is your opinion on the G5 & G6. Secondly do you know, how much each costs?
I dont know the costs as they depend on the deal made. However G5 is towed and G6 is self propelled; the G6 is one of the heaviest vehicles out there. Our doctrine was to have very long range vehicles given the mandate was to cross the Namib. Both share same artillery and the accuracy is probably one of the best out there if not the best. In terms of range, they remain unparalleled. There is a lighter 105mm as well which was built but has the ability to hit close to 70km.
 
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T7 / 105mm Turret on LAV III

  • Lethality exceeds current 155mm HE projectiles (66% greater lethal area) – provides precision effects for target suppression.
  • Ranges greater than or equal to current 155mm systems
  • Accuracy equals or exceeds all current artillerÿ: 120 CEP at 30 km
  • Mobility equal to supported force
  • Commonality with LAV III family of vehicles
  • 105mm logistical tail 80% less than 155mm

105mm LEO Howitzer Accuracy Data

Boat Tail (<24,000 meters)
PE(R) < 0.3%
PE(D) < 1mil
CEP < 80 meters
Base Bleed (<30,000 meters)
PE(R) < 0.4%
PE(D) < 1.5mil
CEP < 120 meters

56x42 Capacity Semi-Automated AHS
– One 56-round projectile magazine centered in hull
– One 42-charge propellant magazine in left sponson
– C-130 transportable with full ammo load
– Permits crew ingress/ egress thru rear of vehicle
– Magazines easily removed or serviced
– Ease of ammo reloading
– Can work with the existing load arm design
– Available room for storage (ammo/supplies)

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What is MBRL , its roles and characteristics? And what is difference between MBRL and MLRS?
 
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