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‘Panser kanon’ starting point for genuine defense industry
Aryo Nugroho, Jakarta | Opinion | Thu, November 06 2014, 11:05 AM
Opinion News
The opening of the Indonesian Defense Expo 2014 on Wednesday was marked with all the usual defense trade-show hoopla: men and women in business suits mingling with those from the military, exchanging information, vying and trying to seal multi-million dollar deals.
During the event, Bandung-based state arms maker PT Pindad exhibits its newest product the AFV panser kanon (armored fighting vehicle armed with cannon).
The armored vehicle seems to prove that the homegrown defense industry has found its foothold and is bringing the country closer to self-sufficiency in defense equipment.
There are, however, some serious flaws both in the design of the AFV and in the land-defense industrial capability now spearheaded by PT Pindad in general.
First, although it looks menacing, nobody in defense circles still believe in 90mm low-pressure cannon as a main armament. A 1960s development, 90mm low-pressure and low-velocity guns have been superseded by two kinds of weapons: high-pressure larger caliber guns and smaller but rapid-firing cannon.
The panser kanon, popularly known as a tank destroyer/ mobile gun system, employs a larger gun that traditionally is installed in main battle tanks like the Leopard.
The prime example of this class is the Centauro 1B, now in service with the Italian Army with a 105mm gun and the Stryker Mobile Gun System, also with a 105mm gun M68, descendants of the British Royal Ordnance L7 gun, which was the mainstay of main battle tanks in the 1970s.
The larger the gun the better ,since tank-destroyer doctrine emphasizes firepower and agility to destroy main battle tanks. Direct impact from a 90mm low-pressure gun will not even scratch the skin of a main battle tank, as was proven by the South Africans in the 1980s border war against Angola. The turret on a panser kanon is installed without a fire-control stabilizer that would enable the vehicle to maneuver in a running battle.
Before firing, the panser kanon has to stop to allow its commander to calculate firing solutions, while the enemy has already made a move or has started attacking.
Compared with other AFV which have small rapid-fire cannons, the panser kanon does not stand a chance. A rapid-firing cannon such as the Rheinmetall 202 20mm installed in the Marder 1A3 or the M242 Bushmaster on American M2 Bradley AIFV firing 25mm NATO-standard shells are the current trend in AFV development, offering lighter loads and efficient penetration capabilities.
The M242 Bushmaster has proven its mettle, destroying Iraqi T-72M1 main battle tanks in the invasion of Iraq. Ninety-mm low-pressure guns take longer to reload and are surely more expensive and, lest we forget, are more prone to collateral damage in urban fighting. Rapid-firing cannon are more accurate and a trained gunner can produce pinpoint accuracy in a target-rich environment.
Learning from our past military operations against small-scale insurgencies, a rapid-firing cannon is more suitable for those kind of missions. The second flaw lies in Pindad’s capabilities. Lauded as a regional player, Pindad still has a lot to learn from fellow regional manufacturers such as Singapore Technologies Kinetics.
Although Pindad now can add the Anoa infantry carrier and the panser kanon to its belt, much of the major components for the two products are still imported.
Up until now, Indonesia does not have the capability to develop armor-grade steel and has to rely on imported materials, an irony considering that Indonesia is home to global steel producer Posco-Krakatau Steel.
In the event of an arms embargo, as has been the case in the past, our fleet of Anoas and panser kanon would not be operational.
This is not acceptable from the economic point of view, since Pindad still has to fork out to buy the turret and the end result will be pricier compared to buying foreign-made armor.
What President Joko “Jokowi” Widodo must do with his Cabinet is to initiate a concerted effort that involves all stakeholders in building national defense capabilities.
On a positive note, Indonesia has some serious potential, scattered across many state-owned and civilian companies.
Krakatau Steel can be pushed to produce armor-grade steel to produce hulls and gun barrels, as long as this meets economies of scale. PT LEN, which claimed to be able to make combat-management systems for the Navy’s ships surely can be ordered to conduct research and create solutions in AFV fire-control systems, including optics, laser rangefinders and thermal cameras. Pindad, which itself has aligned with the Rheinmetall/Denel Munition company, can start producing artillery munitions in the near future.
Meanwhile higher-education institutions, which now fall under their own ministry, can conduct research aligning with military and defense needs.
The road to berdikari (self-sufficiency) is long and winding and can be quite challenging considering the Indonesian people’s habit of expecting instant results.
Jokowi still has five full years ahead to accomplish this and leave a lasting legacy in building Indonesian defense capabilities.
_________________
The author is a military book writer and contributor for Angkasa Readers Community - Home a leading news portal covering military and geopolitcal issues.
‘Panser kanon’ starting point for genuine defense industry | The Jakarta Post
Ministry aims to bolster naval weapons industry
The Jakarta Post, Jakarta | Headlines | Thu, November 06 2014, 9:12 AM
Headlines News
The Defense Ministry has pledged to spur the development and production of naval weapons by national defense firms in an effort to realize President Joko “Jokowi” Widodo’s vision of maritime power.
Speaking during the opening ceremony of the 2014 Indo Defense Expo and Forum, Defense Minister Ryamizard Ryacudu said the ministry was committed to advancing the country’s defense industry by promoting joint cooperation between local and overseas defense firms.
Through such cooperation, he said, local defense companies would gain essential knowledge and experience that would eventually help them to independently produce state-of-the-art armaments for the Indonesian Military (TNI).
“We have been able to build our own corvettes; we will soon construct three submarines. Two will be built through cooperation with South Korea and another will be made in Surabaya [in East Java],” he said at the exhibition venue at JIExpo in Kemayoran, Jakarta on Wednesday.
In December 2011, the ministry and Daewoo Shipbuilding & Marine Engineering (DSME) signed a US$1.1 billion contract to manufacture three U-209 diesel-electric submarines.
Weighing 1,400 tons and measuring 61.3 meters in length, each submarine will be able to carry up to 40 crew members and be equipped with eight tubes for torpedoes and other ordnance.
Engineers from state-owned shipyard PT PAL Indonesia will be given a chance to take a close look at the construction of the first two submarines at a DSME plant in South Korea before they construct the last one at the PT PAL plant in Surabaya.
The project was initially expected to be completed by 2018, but a ministry official confirmed that the construction of the three submarines had experienced a significant delay.
“The first two will be done by 2019, while the completion of the third one will be in 2023. We hope to expedite the construction,” the ministry’s industry and technology director, Brig. Gen. Zaenal Arifin, said recently.
Obsolete weapons systems have hampered the TNI’s ability to guard Indonesia’s territorial waters. Among the security problems that have marred the country’s waters are illegal fishing and the influx of illegal migrants by boat, in particular from the Middle East.
In a bid to tackle the issues, the government has implemented a grand strategy to fulfill the military’s Minimum Essential Force (MEF) blueprint and to have an independent defense industry by 2024.
In the first phase of the strategy between 2010 and 2014, the government disbursed Rp 22 trillion ($10.02 billion) to procure new armaments, with Rp 19 trillion going to local defense firms, according to the ministry’s latest data.
By the end of this year, the country will have reached almost 40 percent of its MEF, exceeding its initial target of 30 percent. The three expected submarines, however, will not be enough to monitor and defend the country’s vast waters.
“With the addition of three submarines, we will end up with a fleet of five submarines. According to the MEF plan, the Indonesian Navy ideally needs at least 12 submarines,” Navy spokesman Commodore Manahan Simorangkir said.
In the second phase of its strategic plan from 2015 to 2019, the country aims to elevate the role of local industries in supplying weaponry for the TNI.
Vice President Jusuf Kalla said the local defense industry had the potential to develop arms technology.
“[Developing] technology is not an easy thing because it needs research, huge funding, good coordination and cooperation […] Indonesia has sufficient experience in technology,” Kalla said.
Ministry aims to bolster naval weapons industry | The Jakarta Post
Aryo Nugroho, Jakarta | Opinion | Thu, November 06 2014, 11:05 AM
Opinion News
The opening of the Indonesian Defense Expo 2014 on Wednesday was marked with all the usual defense trade-show hoopla: men and women in business suits mingling with those from the military, exchanging information, vying and trying to seal multi-million dollar deals.
During the event, Bandung-based state arms maker PT Pindad exhibits its newest product the AFV panser kanon (armored fighting vehicle armed with cannon).
The armored vehicle seems to prove that the homegrown defense industry has found its foothold and is bringing the country closer to self-sufficiency in defense equipment.
There are, however, some serious flaws both in the design of the AFV and in the land-defense industrial capability now spearheaded by PT Pindad in general.
First, although it looks menacing, nobody in defense circles still believe in 90mm low-pressure cannon as a main armament. A 1960s development, 90mm low-pressure and low-velocity guns have been superseded by two kinds of weapons: high-pressure larger caliber guns and smaller but rapid-firing cannon.
The panser kanon, popularly known as a tank destroyer/ mobile gun system, employs a larger gun that traditionally is installed in main battle tanks like the Leopard.
The prime example of this class is the Centauro 1B, now in service with the Italian Army with a 105mm gun and the Stryker Mobile Gun System, also with a 105mm gun M68, descendants of the British Royal Ordnance L7 gun, which was the mainstay of main battle tanks in the 1970s.
The larger the gun the better ,since tank-destroyer doctrine emphasizes firepower and agility to destroy main battle tanks. Direct impact from a 90mm low-pressure gun will not even scratch the skin of a main battle tank, as was proven by the South Africans in the 1980s border war against Angola. The turret on a panser kanon is installed without a fire-control stabilizer that would enable the vehicle to maneuver in a running battle.
Before firing, the panser kanon has to stop to allow its commander to calculate firing solutions, while the enemy has already made a move or has started attacking.
Compared with other AFV which have small rapid-fire cannons, the panser kanon does not stand a chance. A rapid-firing cannon such as the Rheinmetall 202 20mm installed in the Marder 1A3 or the M242 Bushmaster on American M2 Bradley AIFV firing 25mm NATO-standard shells are the current trend in AFV development, offering lighter loads and efficient penetration capabilities.
The M242 Bushmaster has proven its mettle, destroying Iraqi T-72M1 main battle tanks in the invasion of Iraq. Ninety-mm low-pressure guns take longer to reload and are surely more expensive and, lest we forget, are more prone to collateral damage in urban fighting. Rapid-firing cannon are more accurate and a trained gunner can produce pinpoint accuracy in a target-rich environment.
Learning from our past military operations against small-scale insurgencies, a rapid-firing cannon is more suitable for those kind of missions. The second flaw lies in Pindad’s capabilities. Lauded as a regional player, Pindad still has a lot to learn from fellow regional manufacturers such as Singapore Technologies Kinetics.
Although Pindad now can add the Anoa infantry carrier and the panser kanon to its belt, much of the major components for the two products are still imported.
Up until now, Indonesia does not have the capability to develop armor-grade steel and has to rely on imported materials, an irony considering that Indonesia is home to global steel producer Posco-Krakatau Steel.
In the event of an arms embargo, as has been the case in the past, our fleet of Anoas and panser kanon would not be operational.
This is not acceptable from the economic point of view, since Pindad still has to fork out to buy the turret and the end result will be pricier compared to buying foreign-made armor.
What President Joko “Jokowi” Widodo must do with his Cabinet is to initiate a concerted effort that involves all stakeholders in building national defense capabilities.
On a positive note, Indonesia has some serious potential, scattered across many state-owned and civilian companies.
Krakatau Steel can be pushed to produce armor-grade steel to produce hulls and gun barrels, as long as this meets economies of scale. PT LEN, which claimed to be able to make combat-management systems for the Navy’s ships surely can be ordered to conduct research and create solutions in AFV fire-control systems, including optics, laser rangefinders and thermal cameras. Pindad, which itself has aligned with the Rheinmetall/Denel Munition company, can start producing artillery munitions in the near future.
Meanwhile higher-education institutions, which now fall under their own ministry, can conduct research aligning with military and defense needs.
The road to berdikari (self-sufficiency) is long and winding and can be quite challenging considering the Indonesian people’s habit of expecting instant results.
Jokowi still has five full years ahead to accomplish this and leave a lasting legacy in building Indonesian defense capabilities.
_________________
The author is a military book writer and contributor for Angkasa Readers Community - Home a leading news portal covering military and geopolitcal issues.
‘Panser kanon’ starting point for genuine defense industry | The Jakarta Post
Ministry aims to bolster naval weapons industry
The Jakarta Post, Jakarta | Headlines | Thu, November 06 2014, 9:12 AM
Headlines News
The Defense Ministry has pledged to spur the development and production of naval weapons by national defense firms in an effort to realize President Joko “Jokowi” Widodo’s vision of maritime power.
Speaking during the opening ceremony of the 2014 Indo Defense Expo and Forum, Defense Minister Ryamizard Ryacudu said the ministry was committed to advancing the country’s defense industry by promoting joint cooperation between local and overseas defense firms.
Through such cooperation, he said, local defense companies would gain essential knowledge and experience that would eventually help them to independently produce state-of-the-art armaments for the Indonesian Military (TNI).
“We have been able to build our own corvettes; we will soon construct three submarines. Two will be built through cooperation with South Korea and another will be made in Surabaya [in East Java],” he said at the exhibition venue at JIExpo in Kemayoran, Jakarta on Wednesday.
In December 2011, the ministry and Daewoo Shipbuilding & Marine Engineering (DSME) signed a US$1.1 billion contract to manufacture three U-209 diesel-electric submarines.
Weighing 1,400 tons and measuring 61.3 meters in length, each submarine will be able to carry up to 40 crew members and be equipped with eight tubes for torpedoes and other ordnance.
Engineers from state-owned shipyard PT PAL Indonesia will be given a chance to take a close look at the construction of the first two submarines at a DSME plant in South Korea before they construct the last one at the PT PAL plant in Surabaya.
The project was initially expected to be completed by 2018, but a ministry official confirmed that the construction of the three submarines had experienced a significant delay.
“The first two will be done by 2019, while the completion of the third one will be in 2023. We hope to expedite the construction,” the ministry’s industry and technology director, Brig. Gen. Zaenal Arifin, said recently.
Obsolete weapons systems have hampered the TNI’s ability to guard Indonesia’s territorial waters. Among the security problems that have marred the country’s waters are illegal fishing and the influx of illegal migrants by boat, in particular from the Middle East.
In a bid to tackle the issues, the government has implemented a grand strategy to fulfill the military’s Minimum Essential Force (MEF) blueprint and to have an independent defense industry by 2024.
In the first phase of the strategy between 2010 and 2014, the government disbursed Rp 22 trillion ($10.02 billion) to procure new armaments, with Rp 19 trillion going to local defense firms, according to the ministry’s latest data.
By the end of this year, the country will have reached almost 40 percent of its MEF, exceeding its initial target of 30 percent. The three expected submarines, however, will not be enough to monitor and defend the country’s vast waters.
“With the addition of three submarines, we will end up with a fleet of five submarines. According to the MEF plan, the Indonesian Navy ideally needs at least 12 submarines,” Navy spokesman Commodore Manahan Simorangkir said.
In the second phase of its strategic plan from 2015 to 2019, the country aims to elevate the role of local industries in supplying weaponry for the TNI.
Vice President Jusuf Kalla said the local defense industry had the potential to develop arms technology.
“[Developing] technology is not an easy thing because it needs research, huge funding, good coordination and cooperation […] Indonesia has sufficient experience in technology,” Kalla said.
Ministry aims to bolster naval weapons industry | The Jakarta Post
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Bonefish USV breaks cover [ID14D2]
05 November 2014
Saab and PT Lundin have revealed their Bonefish unmanned surface vessel (USV) technology demonstrator at Indo Defence 2014.
Formally unveiled by Indonesia’s defence minister Purnomo Yusgiantoro and Chief of Naval Staff Admiral Marsetio in a joint ribbon-cutting ceremony on the first day of the show, the 12m carbon-fibre composite trimaran prototype is set to begin sea trials next month.
Joint development of the Bonefish demonstrator, which can be seen on PT Lundin’s stand (Hall D, 025) began at the start of this year, the concept marrying Saab’s mission systems integration expertise with PT Lundin’s advanced wave-piercing trimaran hullform.
The prototype was built in approximately six months at PT Lundin’s composite boat production facility in Banyuwangi, East Java.
Capable of speeds of up to 40kts, Bonefish is designed to incorporate a wide range of sensors, satellite-based control and a modular payload bay to enable role flexibility.
Potential missions could include anti-piracy, maritime surveillance, anti-submarine warfare, mine countermeasures, search and rescue, and hydrography.
Peter Carlqvist, head of Saab Indonesia (Hall D, Stand 052), said the collaboration between Saab and PT Lundin represented an exciting opportunity for the two companies.
“Saab has identified the need for a USV that is modular and adaptable according to the mission,” he told the Show Daily. “The wave-piercing trimaran platform developed by PT Lundin is unique with regard to its ability to sustain high speed in high sea states. That is very important for a craft that is going to be out at sea for extended periods by itself.”
Dan Enstedt, president and CEO of Saab Asia-Pacific, added: “We are extremely proud and happy that we were able to unveil this demonstrator at Indo Defence and show a tangible example of co-operation between Saab of Sweden and Indonesian industry.”
Tests and trials of the prototype are expected to run through 2015.
(304 words)
Bonefish USV breaks cover [ID14D2] - IHS Jane's 360
05 November 2014
Saab and PT Lundin have revealed their Bonefish unmanned surface vessel (USV) technology demonstrator at Indo Defence 2014.
Formally unveiled by Indonesia’s defence minister Purnomo Yusgiantoro and Chief of Naval Staff Admiral Marsetio in a joint ribbon-cutting ceremony on the first day of the show, the 12m carbon-fibre composite trimaran prototype is set to begin sea trials next month.
Joint development of the Bonefish demonstrator, which can be seen on PT Lundin’s stand (Hall D, 025) began at the start of this year, the concept marrying Saab’s mission systems integration expertise with PT Lundin’s advanced wave-piercing trimaran hullform.
The prototype was built in approximately six months at PT Lundin’s composite boat production facility in Banyuwangi, East Java.
Capable of speeds of up to 40kts, Bonefish is designed to incorporate a wide range of sensors, satellite-based control and a modular payload bay to enable role flexibility.
Potential missions could include anti-piracy, maritime surveillance, anti-submarine warfare, mine countermeasures, search and rescue, and hydrography.
Peter Carlqvist, head of Saab Indonesia (Hall D, Stand 052), said the collaboration between Saab and PT Lundin represented an exciting opportunity for the two companies.
“Saab has identified the need for a USV that is modular and adaptable according to the mission,” he told the Show Daily. “The wave-piercing trimaran platform developed by PT Lundin is unique with regard to its ability to sustain high speed in high sea states. That is very important for a craft that is going to be out at sea for extended periods by itself.”
Dan Enstedt, president and CEO of Saab Asia-Pacific, added: “We are extremely proud and happy that we were able to unveil this demonstrator at Indo Defence and show a tangible example of co-operation between Saab of Sweden and Indonesian industry.”
Tests and trials of the prototype are expected to run through 2015.
(304 words)
Bonefish USV breaks cover [ID14D2] - IHS Jane's 360
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INDODEFENCE 2014
Advanced land systems on offer [ID14D2]
05 November 2014
With the Indonesian army seeking to modernise its forces to meet new challenges, Saab is proposing a range of its land solutions. The company is promoting weapons and systems that could help to make the Indonesian army better connected, more lethal and quicker to react. Three systems in particular are being highlighted here (Hall D, Stand 052).
Among the weapon systems is the MAPAM advanced mortar system, available in 60mm and 81mm versions and compatible with all inservice launchers. It offers high precision (2 per cent target deviation) and is ideal for close-combat deployment, with greatly reduced risk of collateral damage and friendly-fire incidents. It also uses insensitive munition technology for increased safety of use.
For battle management, Saab is proposing the 9Land C2 system.
Drawing on 40 years’ experience in battle management systems, 9Land C2 is a digital system that allows intelligence sharing and command at various levels of the battlefield organisation, from command posts to vehicles to individual soldiers. The system provides situational awareness at all levels, including real-time blue-force tracking, facilitating decision-making and the issue of orders and threat warnings.
Saab is also promoting the Giraffe AMB (agile multibeam) radar for air surveillance. Packaged with its operating system into a standard ISO container, the mast-mounted sensor provides three-dimensional radar surveillance for short- and medium-range air defence assets, as well as an air surveillance/traffic capability.
The radar scans at a rate of 60rpm and has an elevation capability of 70°. More than 200 targets and 50 jammers can be tracked. For coastal applications, it can also have a surface channel that allows the plotting of a wide range of surface contacts.
(273 words)
Advanced land systems on offer [ID14D2] - IHS Jane's 360
Advanced land systems on offer [ID14D2]
05 November 2014
With the Indonesian army seeking to modernise its forces to meet new challenges, Saab is proposing a range of its land solutions. The company is promoting weapons and systems that could help to make the Indonesian army better connected, more lethal and quicker to react. Three systems in particular are being highlighted here (Hall D, Stand 052).
Among the weapon systems is the MAPAM advanced mortar system, available in 60mm and 81mm versions and compatible with all inservice launchers. It offers high precision (2 per cent target deviation) and is ideal for close-combat deployment, with greatly reduced risk of collateral damage and friendly-fire incidents. It also uses insensitive munition technology for increased safety of use.
For battle management, Saab is proposing the 9Land C2 system.
Drawing on 40 years’ experience in battle management systems, 9Land C2 is a digital system that allows intelligence sharing and command at various levels of the battlefield organisation, from command posts to vehicles to individual soldiers. The system provides situational awareness at all levels, including real-time blue-force tracking, facilitating decision-making and the issue of orders and threat warnings.
Saab is also promoting the Giraffe AMB (agile multibeam) radar for air surveillance. Packaged with its operating system into a standard ISO container, the mast-mounted sensor provides three-dimensional radar surveillance for short- and medium-range air defence assets, as well as an air surveillance/traffic capability.
The radar scans at a rate of 60rpm and has an elevation capability of 70°. More than 200 targets and 50 jammers can be tracked. For coastal applications, it can also have a surface channel that allows the plotting of a wide range of surface contacts.
(273 words)
Advanced land systems on offer [ID14D2] - IHS Jane's 360
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Smart bomb under development [ID14D2]
05 November 2014
The research and development branch of the Indonesian Ministry of Defence has a smart bomb kit programme in development that turns standard unguided warheads into precision-guided weapons with a stand-off capability.
The bomb comprises a standard warhead fitted with a range extension kit with pop-out wings, a new tail section with control fins, GPS and inertial guidance systems, and an interchangeable nose section. Nose options are a ballast nose for basic GPS/inertial guidance, or infrared or TV seekers.
The 125kg weapon can be launched from 20,000ft at speeds from 160kts to 500kts, with a maximum range of approximately 20km. Initial drop trials are scheduled to begin next year.
(108 words)
Smart bomb under development [ID14D2] - IHS Jane's 360
Bonefish USV, one of Indonesian most taunted programme, this Unmanned seaborne vehicle capable to launch RBS 15 missile and carrying Sea giraffe radar
Smart bomb under development [ID14D2]
05 November 2014
The research and development branch of the Indonesian Ministry of Defence has a smart bomb kit programme in development that turns standard unguided warheads into precision-guided weapons with a stand-off capability.
The bomb comprises a standard warhead fitted with a range extension kit with pop-out wings, a new tail section with control fins, GPS and inertial guidance systems, and an interchangeable nose section. Nose options are a ballast nose for basic GPS/inertial guidance, or infrared or TV seekers.
The 125kg weapon can be launched from 20,000ft at speeds from 160kts to 500kts, with a maximum range of approximately 20km. Initial drop trials are scheduled to begin next year.
(108 words)
Smart bomb under development [ID14D2] - IHS Jane's 360
Bonefish USV, one of Indonesian most taunted programme, this Unmanned seaborne vehicle capable to launch RBS 15 missile and carrying Sea giraffe radar
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INDODEFENCE 2014
SMASH enters remote gunnery fray [ID14D2]
05 November 2014
With both maritime security and force protection becoming increasing priorities for navies, Turkish defence electronics and systems house Aselsan (Hall A, Stand 106) has introduced a stabilised 30mm mounting to market as part of its family of shipborne remote control weapon stations.
Known as SMASH, the new system integrates a dual-feed ATK 30mm Bushmaster II cannon capable of firing 200 rounds a minute, an independent electro-optical sight onto a fully stabilised pedestal and an integral ballistics computer. A remote gun control unit is fitted below deck, ensuring protection for the operator.
The electro-optical sensor package – comprising a thermal camera, daylight TV camera and laser rangefinder – is installed on a lightweight, high accuracy stabilised gimbal, enabling elevation and training independent of the weapon mount. According to Aselsan, this means that the sensors can remain on the target at all times, including during firing. Furthermore, electrooptical surveillance can be undertaken without the need to train the gun onto the target.
SMASH can be controlled by a remote gun control unit fitted on the bridge deck or in the ship’s combat information centre. Alternatively, the system can be integrated into a wider combat system, enabling it to receive cues from the ship command system and/or other sensors.
(206 words)
SMASH enters remote gunnery fray [ID14D2] - IHS Jane's 360
SMASH enters remote gunnery fray [ID14D2]
05 November 2014
With both maritime security and force protection becoming increasing priorities for navies, Turkish defence electronics and systems house Aselsan (Hall A, Stand 106) has introduced a stabilised 30mm mounting to market as part of its family of shipborne remote control weapon stations.
Known as SMASH, the new system integrates a dual-feed ATK 30mm Bushmaster II cannon capable of firing 200 rounds a minute, an independent electro-optical sight onto a fully stabilised pedestal and an integral ballistics computer. A remote gun control unit is fitted below deck, ensuring protection for the operator.
The electro-optical sensor package – comprising a thermal camera, daylight TV camera and laser rangefinder – is installed on a lightweight, high accuracy stabilised gimbal, enabling elevation and training independent of the weapon mount. According to Aselsan, this means that the sensors can remain on the target at all times, including during firing. Furthermore, electrooptical surveillance can be undertaken without the need to train the gun onto the target.
SMASH can be controlled by a remote gun control unit fitted on the bridge deck or in the ship’s combat information centre. Alternatively, the system can be integrated into a wider combat system, enabling it to receive cues from the ship command system and/or other sensors.
(206 words)
SMASH enters remote gunnery fray [ID14D2] - IHS Jane's 360
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INDODEFENCE 2014
Armoured vehicles fit for many missions [ID14D2]
Christopher F Foss
05 November 2014
Local company Sentra Surya Ekajaya (SSE) has confirmed to the Indo Defence Show Daily that its P2 Commando reconnaissance/command and control vehicle and P2 armoured personnel carrier (APC) have completed their trials and are now in quantity production.
P2 Commando (4x4) is the smaller of the two, with a gross vehicle weight of 4.5 tonnes. It is powered by a four-cylinder turbocharged diesel developing 130hp, coupled to a manual five-speed transmission. This gives the vehicle a maximum road speed of 100km/h, with an operating range up to 500km on a fuel tank of 100 litres.
Ballistic protection is to STANAG 4569 level 1 standard, which is 7.62 x 51mm NATO standard ball attack; the windows provide the same level of ballistic protection. In addition to the commander and driver there are two seats to the rear.
In many respects, the P2 Commando is very similar to the French Panhard Defense VBL (4x4) scout car, but because it has more internal volume, it can undertake a wider range of battlefield missions.
The larger P2 APC is also of the 4x4 type and has an all-welded monocoque hull, providing the same level of protection as the P2 Commando. It also has a protected engine compartment at the front and the crew compartment extending to the rear. The commander is seated to the rear of the engine compartment and each is provided with a side door.
The troop compartment is slightly higher to the rear of the commander’s and driver’s position to provide greater internal volume. The eight dismounts are seated in the rear and can rapidly enter and leave via the rear door. They are seated four down either side, facing inwards on special seats that are not attached to the floor.
The gross vehicle weight of the P2 Commando APC is being quoted as 8,500kg and the vehicle is powered by a Renault four-cylinder turbocharged diesel developing 215hp, coupled to an Allison automatic transmission.
Both vehicles feature full air conditioning – considered to be essential in the high ambient temperatures encountered in Asia – as well as coil spring suspension, front-mounted electric winch and banks of grenade launchers.
The vehicles being shown here at Indo Defence 2014 are fitted with a roof-mounted protected weapon station armed with a 7.62mm machine gun; other weapon stations can be fitted, such as remote weapon stations armed with similar or larger calibre weapons.
As well as the two P2 vehicles, SSE (Hall D, Stand 241) has also manufactured the P3 Ransus high-speed and high-mobility off-road vehicle and the P4 multipurpose vehicle, which is based on a truck chassis.
(433 words)
Armoured vehicles fit for many missions [ID14D2] - IHS Jane's 360
Armoured vehicles fit for many missions [ID14D2]
Christopher F Foss
05 November 2014
Local company Sentra Surya Ekajaya (SSE) has confirmed to the Indo Defence Show Daily that its P2 Commando reconnaissance/command and control vehicle and P2 armoured personnel carrier (APC) have completed their trials and are now in quantity production.
P2 Commando (4x4) is the smaller of the two, with a gross vehicle weight of 4.5 tonnes. It is powered by a four-cylinder turbocharged diesel developing 130hp, coupled to a manual five-speed transmission. This gives the vehicle a maximum road speed of 100km/h, with an operating range up to 500km on a fuel tank of 100 litres.
Ballistic protection is to STANAG 4569 level 1 standard, which is 7.62 x 51mm NATO standard ball attack; the windows provide the same level of ballistic protection. In addition to the commander and driver there are two seats to the rear.
In many respects, the P2 Commando is very similar to the French Panhard Defense VBL (4x4) scout car, but because it has more internal volume, it can undertake a wider range of battlefield missions.
The larger P2 APC is also of the 4x4 type and has an all-welded monocoque hull, providing the same level of protection as the P2 Commando. It also has a protected engine compartment at the front and the crew compartment extending to the rear. The commander is seated to the rear of the engine compartment and each is provided with a side door.
The troop compartment is slightly higher to the rear of the commander’s and driver’s position to provide greater internal volume. The eight dismounts are seated in the rear and can rapidly enter and leave via the rear door. They are seated four down either side, facing inwards on special seats that are not attached to the floor.
The gross vehicle weight of the P2 Commando APC is being quoted as 8,500kg and the vehicle is powered by a Renault four-cylinder turbocharged diesel developing 215hp, coupled to an Allison automatic transmission.
Both vehicles feature full air conditioning – considered to be essential in the high ambient temperatures encountered in Asia – as well as coil spring suspension, front-mounted electric winch and banks of grenade launchers.
The vehicles being shown here at Indo Defence 2014 are fitted with a roof-mounted protected weapon station armed with a 7.62mm machine gun; other weapon stations can be fitted, such as remote weapon stations armed with similar or larger calibre weapons.
As well as the two P2 vehicles, SSE (Hall D, Stand 241) has also manufactured the P3 Ransus high-speed and high-mobility off-road vehicle and the P4 multipurpose vehicle, which is based on a truck chassis.
(433 words)
Armoured vehicles fit for many missions [ID14D2] - IHS Jane's 360
Reashot Xigwin
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Indonesian military budget increases to 1.5 percent: minister
Kamis, 6 November 2014 19:11 WIB | 116 Views
Ryamizard Ryacudu (ANTARA)
Jakarta (ANTARA News) - Joko Widodos government will step up military spending to 1.5 percent of the state budget, stated Indonesian Defense Minister Ryamizard Ryacudu.
"President Jokowi will consistently modernize the defense weapon systems by increasing the military budget to 1.5 percent as part of his program," Ryamizard remarked during an international seminar titled, "Exploring Defense Offset in Indonesia: Expectation, Partnership and Strategy of Engagement" here on Thursday.
The previous government had allocated Rp83 trillion, or 0.8 percent of the state budget, for the Indonesian military budget. The minister noted that the total current defense budget is not enough to increase the capabilities of the Indonesian defense forces.
Ryamizard pointed out that weapon system development is part of the mandate of the Indonesian regulation. However, the economic crisis in 1998 had hindered the security and defense systems development, the minister stated.
"During the 2010-2014 period, the defense budget was increased up to 400 percent. The increase was triggered by economic development," Ryamizard noted.
The Jokowi government is also laying emphasis on developing defense systems by national companies. Thus, all potential areas can be developed to support the national defense and economy.
"Modernization and development of the defense industry should also be accelerated to utilize the local content. We need to have an independent defense system. Thus, we should not depend on foreign defense equipment suppliers," Ryamizard added.
Indonesian military budget increases to 1.5 percent: minister - ANTARA News
Kamis, 6 November 2014 19:11 WIB | 116 Views
Ryamizard Ryacudu (ANTARA)
Jakarta (ANTARA News) - Joko Widodos government will step up military spending to 1.5 percent of the state budget, stated Indonesian Defense Minister Ryamizard Ryacudu.
"President Jokowi will consistently modernize the defense weapon systems by increasing the military budget to 1.5 percent as part of his program," Ryamizard remarked during an international seminar titled, "Exploring Defense Offset in Indonesia: Expectation, Partnership and Strategy of Engagement" here on Thursday.
The previous government had allocated Rp83 trillion, or 0.8 percent of the state budget, for the Indonesian military budget. The minister noted that the total current defense budget is not enough to increase the capabilities of the Indonesian defense forces.
Ryamizard pointed out that weapon system development is part of the mandate of the Indonesian regulation. However, the economic crisis in 1998 had hindered the security and defense systems development, the minister stated.
"During the 2010-2014 period, the defense budget was increased up to 400 percent. The increase was triggered by economic development," Ryamizard noted.
The Jokowi government is also laying emphasis on developing defense systems by national companies. Thus, all potential areas can be developed to support the national defense and economy.
"Modernization and development of the defense industry should also be accelerated to utilize the local content. We need to have an independent defense system. Thus, we should not depend on foreign defense equipment suppliers," Ryamizard added.
Indonesian military budget increases to 1.5 percent: minister - ANTARA News
Reashot Xigwin
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Pindad SSx prototype at IndoDefence 2014
Wednesday, November 5, 2014 10:46 PM
Pindad unveils new assault rifle prototype SSx 7.62mm at IndoDefence 2014
At IndoDefence 2014 in Jakarta, Indonesia-based company Pindad is increasing its assault rifles range by officially showing for the first time a new SS variant, the SSx 7.62mm. This rifle is part of PT Pindad focus and long effort to develop its own weapon with a bigger caliber to fulfil new challenges as required by its users.
Pindad SSx 7.62 mm assault rifle prototype at IndoDefence 2014
PT Pindad has initally successfully produced its series of assault rifles e.g. SS1 and SS2 with 5.56 mm caliber. This new prototype is a commitment of PT Pindad management to support both of its domestic end-users within Indonesian National Armed Forces as well as global customer demand.
The SSx is a 7.62x51 mm caliber gun, of which barrel measures 510 mm. It can be used with three firing modes: single shot, full automatic and safe modes. The SSx uses MU 2 Tj ammunition, allowing an effective range of 950m. The future Pindad's 7.62 mm assault rifle has optical sight and flip up sight, and can be used with a tripod.
Pindad unveils new assault rifle prototype SSx 7.62mm at IndoDefence 2014Â -Â Army Recognition
PT Pindad and CMI unveil the BADAK (Rhinoceros) with Cockerill CSE 90P turret at IndoDefence 2014
At Indo Defence 2014, the international defence exhibition currently held in Jakarta, PT Pindad unveiled today its latest innovation in armored vehicle: The 6x6 (meaning rhinoceros) fitted with a locally built Cockerill 90P turret. "Our new product design is based on the previous armored vehicle called Anoa, whereas the turret is a Cockerill's 90 mm" declared Tri Hardjono, the acting CEO of PT Pindad.
The new BADAK 6x6 armored vehicle on PT Pindad's booth at Indo Defence 2014
Pindad's CEO further explained that the new combat vehicle is a joint effort of Pindad and Cockerill Maintenance & Ingenierie SA Defence (CMI) team. Both companies had agreed to sign a MoU as a legal framework for their names to deploy their best skills. Pindad has responsibility to build a combat vehicle based on a modified Anoa chassis. The modifications include:
- A new 340 horsepower, 6 cylinders diesel engine
- A monocoque body with special armor that could take up to 12.7mm ammunition
- Double wishbone independent suspension technology to maintain vehicle stability when firing the 90mm cannon.
The BADAK is fitted with a Cockerill CSE 90P turret from CMI as seen on PT Pindad's booth at Indo Defence 2014
CMI's main responsibility is developing the turret with 90mm cannon. CMI and its Cockerill brand is a well-known turret producer in the world. Both companies will start mass production stage next year. Pindad CEO and his partners are very confident they will have the chance to conduct a series of tests including a live firing test of the 90mm cannon at Indonesian Armed Forces facility.
The joint project (initially called "Pindad - Cockerill 90P") will allow both parties to maximize their best potentials. "Pindad is striving its best to enter a global supply chain in the defence industry through its partnership with CMI", Pindad CEO said. The turret, Cockerill CSE 90LP, is proven to be a highly accurate and effective weapon. The Cockerill CSE 90LP could support users in counter-insurgency mission.
It is important to note that the BADAK would fit into the Indonesian Armed Forces requirement to fulfill its arsenal system as stipulated in a "Minimum Essential Forces" (MEF) strategy. Both companies asserted their main agenda apart from MEF completion would also pave the way for Pindad and its team to introduce their product for global market. "CMI will support and enhance Pindad's capacity and expertise in defence industry, we will also rely on CMI's global marketing network to get better opportunities for our product to be known and sold around the globe" James Caudle of CMI added.
PT Pindad and CMI unveil the BADAK (Rhinoceros) with Cockerill CSE 90P turret at IndoDefence 2014Â -Â Army Recognition
Wednesday, November 5, 2014 10:46 PM
Pindad unveils new assault rifle prototype SSx 7.62mm at IndoDefence 2014
At IndoDefence 2014 in Jakarta, Indonesia-based company Pindad is increasing its assault rifles range by officially showing for the first time a new SS variant, the SSx 7.62mm. This rifle is part of PT Pindad focus and long effort to develop its own weapon with a bigger caliber to fulfil new challenges as required by its users.
Pindad SSx 7.62 mm assault rifle prototype at IndoDefence 2014
PT Pindad has initally successfully produced its series of assault rifles e.g. SS1 and SS2 with 5.56 mm caliber. This new prototype is a commitment of PT Pindad management to support both of its domestic end-users within Indonesian National Armed Forces as well as global customer demand.
The SSx is a 7.62x51 mm caliber gun, of which barrel measures 510 mm. It can be used with three firing modes: single shot, full automatic and safe modes. The SSx uses MU 2 Tj ammunition, allowing an effective range of 950m. The future Pindad's 7.62 mm assault rifle has optical sight and flip up sight, and can be used with a tripod.
Pindad unveils new assault rifle prototype SSx 7.62mm at IndoDefence 2014Â -Â Army Recognition
PT Pindad and CMI unveil the BADAK (Rhinoceros) with Cockerill CSE 90P turret at IndoDefence 2014
At Indo Defence 2014, the international defence exhibition currently held in Jakarta, PT Pindad unveiled today its latest innovation in armored vehicle: The 6x6 (meaning rhinoceros) fitted with a locally built Cockerill 90P turret. "Our new product design is based on the previous armored vehicle called Anoa, whereas the turret is a Cockerill's 90 mm" declared Tri Hardjono, the acting CEO of PT Pindad.
The new BADAK 6x6 armored vehicle on PT Pindad's booth at Indo Defence 2014
Pindad's CEO further explained that the new combat vehicle is a joint effort of Pindad and Cockerill Maintenance & Ingenierie SA Defence (CMI) team. Both companies had agreed to sign a MoU as a legal framework for their names to deploy their best skills. Pindad has responsibility to build a combat vehicle based on a modified Anoa chassis. The modifications include:
- A new 340 horsepower, 6 cylinders diesel engine
- A monocoque body with special armor that could take up to 12.7mm ammunition
- Double wishbone independent suspension technology to maintain vehicle stability when firing the 90mm cannon.
The BADAK is fitted with a Cockerill CSE 90P turret from CMI as seen on PT Pindad's booth at Indo Defence 2014
CMI's main responsibility is developing the turret with 90mm cannon. CMI and its Cockerill brand is a well-known turret producer in the world. Both companies will start mass production stage next year. Pindad CEO and his partners are very confident they will have the chance to conduct a series of tests including a live firing test of the 90mm cannon at Indonesian Armed Forces facility.
The joint project (initially called "Pindad - Cockerill 90P") will allow both parties to maximize their best potentials. "Pindad is striving its best to enter a global supply chain in the defence industry through its partnership with CMI", Pindad CEO said. The turret, Cockerill CSE 90LP, is proven to be a highly accurate and effective weapon. The Cockerill CSE 90LP could support users in counter-insurgency mission.
It is important to note that the BADAK would fit into the Indonesian Armed Forces requirement to fulfill its arsenal system as stipulated in a "Minimum Essential Forces" (MEF) strategy. Both companies asserted their main agenda apart from MEF completion would also pave the way for Pindad and its team to introduce their product for global market. "CMI will support and enhance Pindad's capacity and expertise in defence industry, we will also rely on CMI's global marketing network to get better opportunities for our product to be known and sold around the globe" James Caudle of CMI added.
PT Pindad and CMI unveil the BADAK (Rhinoceros) with Cockerill CSE 90P turret at IndoDefence 2014Â -Â Army Recognition
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INDODEFENCE 2014
Bonefish USV, one of Indonesian most taunted programme, this Unmanned seaborne vehicle capable to launch RBS 15 missile and carrying Sea giraffe radar
Looks very STEALTHY ............
nufix
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where will they put the RBS missiles?Looks very STEALTHY ............
Reashot Xigwin
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Pindad Anoa-2 at IndoDefence 2014
Wednesday, November 5, 2014 05:33 PM
Pindad of Indonesia unveils Anoa-2 6x6 armored personnel carrier with LCT20 turret 20mm cannon.
At IndoDefence 2014, Pindad presents a new version of its ANOA-2 6x6 armoured vehicle personnel carrier fitted with a Denel's LCT20 turret armed with a 20mm cannon. PT. PINDAD is an Indonesian government owned manufacturing industry specializing in military and commercial products.
Anoa-2 Indonesian-made 6x6 armoured personnel carrier fitetd with Denel LCT-20 turret at IndoDefence 2014 Tri-service defence exhibition in Jakarta, Indonesia.
The Anoa-2 was unveiled for the first time to the public at Indodefence 2010. The all-welded steel monocoque hull of the Anoa-2 provides ballistic protection Level 3 NATO STANAG 4569. The vehicle is also protected against shell splinters.
The vehicle can carry a total of 12 soldiers including commander, driver, gunner and 9 infantrymen.
The Anoa-2 is motorized with a Renault MIDR 062045 inline 6 cylinder turbo-charged diesel engine coupled to a ZF S6HP502 automatic transmission with 6 forward and 1 reverse speed. The Anoa-2 can run at a maximum road speed of 90 km with a maximum cruising range of 600 km.
With its new LCT20 turret, the vehicle increases its fire power and can be used as infantry fighting vehicle. The LCT-20 is a two-man turret with day/night sight and range finding capability. The turret is designed and manufactured by the South African Company Denel. The LCT-20 is armed with a 20mm automatic cannon and a 7.62mm coaxial machine gun mounted at the left side of the main armament.
For the Anoa-2, another 7.62mm machine gun is mounted at the top left hatch of the turret to increase the self-protection of the vehicle. In 2011, Denel has expanded the day and night fighting capabilities of its LCT20 turret by integrating an advanced electro-optical sighting package for both the commander and gunner.
The gunner's sight consists of three integral elements and is mounted to the elevation cradle directly above the centre line of the main weapon barrel. A user interface on the Gunner Colour Display Panel with the requisite mode selection controls on the screen and incorporating the ballistic tables for the main and co-axial weapons. These range tables are selectable by the gunner.
The gunner sight consists of the Laser Range Finder, Thermal Imaging Sight and an electronic zoom-able day camera. These functions are all selectable from the Gunner Display Panel.
Selex ES showcases its WOLF integrated soldier system at IndoDefence 2014
During IndoDefence 2014, which is held in Jakarta from 5 to 8 November, Selex ES is showcasing its WOLF integrated soldier system. DRS Technologies Canada, and Selex ES, Italy have jointly designed, developed and manufactured the WOLF integrated Soldier System. It delivers a scalable, fully integrated Soldier System which enables a wide range of supporting electronic assets to be integrated to enhance operational effectiveness.
Selex ES' WARRIOR Land Force (WOLF) integrated soldier system at InfoDefence 2014
Benefiting from a low Size, Weight and Power consumption (SWaP), WOLF features the Selex ES Frontline Soldier Radio (FSR) at the core of its architecture. Designed for Soldier Radio programmes, the FSR builds on the global experience gained with the Selex ES family of Soldier Radios. Modular in architecture, the FSR has been designed with the option of expansion cards.
The Selex PRR transceiver ensures backwards compatibility with existing in-service users, whilst the C2 Module enables applications to be hosted within the radio, reducing dependency on expensive external body worn computers. The WOLF weighs approximately 2kg. Together with DRS Technologies Canada, Selex ES is delivering a highly integrated, low SWaP, innovative soldier system that further reduces the burden on the soldier and enhances operational effectiveness over a 24 hour mission life.
Pindad at IndoDefence 2014
Sunday, November 2, 2014 10:25 AM
Pindad increases its Komodo 4x4 tactical vehicles range with a new Recon variant
IndoDefence 2014, which is held at Jakarta from 5 to 8 of November, has been chosen by Pindad to highlight a new light armored tactical vehicle focused on recon missions, the Komodo Recon. The Komodo is a specific armored vehicle that enables ground troops to conduct operations that requires high maneuverability.
PT Pindad's Komodo Recon variant at IndoDefence 2014
The Komodo is equipped with bulletproof body and has a defending capability through its 7.62 mm turret-mounted machine gun. Komodo has been deployed for Indonesian Army Special Forces (Kopassus) and Indonesian Police Special Forces (Brimob). PT Pindad has secured strategic partnership with foreign companies for a better armament system. The partnership has resulted satisfactory performance for the end-users.
The new Komodo Recon variant is a 4x4 light armored tactical vehicle based on the well-known Renault Trucks Defense's Sherpa chassis. Equipped with full automatic transmission and a Renault's 4-cylinder engine, which allows a power range of 230Hp, the Komodo has a max speed of 80km/h. Thanks to a fuel tank capacity of 165 liter, Komodo Recon's maximum range extends up to 450km.
PT Pindad's Komodo Recon variant at IndoDefence 2014
Komodo Recon armor consists in bullet proof steel and 38 mm bullet proof glass. The Recon variant weighs 7,500 kg and has a payload capacity of max 1,500 kg. It can carry up to 5 soldiers with complete equipment. Komodo Recon can be outfitted with a 7.62 mm or a 12.7 mm turret-mounted machine gun.
Pindad new recon vehicle has a length of 5.4 m, a width of 2.3 m and a hidth of 2.2 m. It can cross trenchs and fords of max 0.75m depth.
Indonesian Armed Forces have placed an order for 40 vehicles, which 8 has already been delivered. Indonesian Military also shown interest for a Komodo mobile artillery command post variant and has signed a new contract for 56 Komodo special platform vehicles, which will be delivered by 2015 and equipped with MBDA's Mistral surface-to-air missile platform.
LIG Nex 1 at IndoDefence 2014
Thursday, November 6, 2014 01:03 PM
LIG Nex 1 showcases Chiron portable SAM and Raybolt 3rd generation anti-tank guided missile
This year, the Korean company LIG Nex 1 is participating at InfoDefence exhibition for the forth time and uses this opportunity to showcase its latest products, such as the Chiron portable surface-to-air missile and the Raybolt, a 3rd generation anti-tank guided missile.
LIG Nex 1 Chiron surface-to-air missile system at IndoDefence 2014
Chiron is a Korea's indigenously developed portable surface-to-air missile. Combined with the Korea's cutting-edge technology, the missile ensure superior accuracy, stability, and mobility, marking it as one of the invaluable assets.
The Chiron's maximum range extends to seven kilometers. This portable guided missile can neutralize aircrafts and helicopters at an altitude up to 3.5 kilometers at the speed of Mach 2.0. It provides close air defense against hostile aerial threat such as airacrafts, helicopters, and unmanned aerial vehicles infiltrating at low altitude.
The guided missile weighs 15 kilograms and extends 1.6 meters in length and eight centimeters in diameter. The reduced size and weight of the missile significantly improves the mobility. The infrared homing technology applied to the Chiron makes it unnecessary for the shooter to align at the target after launching the missile. The missile has a superior SSKP Single-Shot Kill Probability compared to conventional SAMs. The missile is equipped with advanced technologies, such as infrared counter-measures by infrared seeker, a dual-thrust system that enhances the missile's terminal velocity, and a new proximity and impact fuse. The missile's IFF identification friend of roe, developed by LIG Nex 1, enables the identification of enemy aircraft. The missile can also be operated at night if used with a night vision.
LIG Nex 1 Raybolt anti-tank missile at IndoDefence 2014
The Raybolt is a portable 3rd generation anti-tank missile for infantry units. Combined with the latest technology in Korea, the missile boasts highly sensitive seeker and enhance penetration capability. The Raybolt can identify and engage a target using its image Infrared Seeker. The missile can operate in two different mode including direct attack and top attack where missile target's the upper part of an armored vehicle.
Unlike other conventional missiles where the operators were required to aim at the target to guide the missile, the Raybolt employs fire and forget function. After launche, the operator can move to other locations immediately. Such feature increases the survivability of an operator. Also, the missile is smokeless where it is possible to launch the missile from inside a building.
Indonesian Air Force to display new Rheinmetall Skyshield air defence system at IndoDefence 2014.
At IndoDefence 2014, Rheinmetall is displaying the Group’s globally leading competence in air defence. Furthermore the Indonesian Air Force is displaying a fire control unit and an effector from the Skyshield air defence system. In February 2014, Rheinmetall has announced an order for the Rheinmetall-made Oerlikon Skyshield air defence systems.
Rheinmetall Skyshield air defense missile system at at IndoDefence 2014 Tri-service defence exhibition in Jakarta, Indonesia.
Worth over €38 million, the contract includes training and logistical services for the Indonesian armed forces. The delivery period extends through to the end of 2015.
In the domain of cannon-based air defence technology, Rheinmetall is the global leader and the sole single-source supplier of battle management systems, fire control systems, automatic cannon, integrated missile launchers and Ahead ammunition. One of the company’s core competencies is the development and manufacture of advanced air defence systems as well as simulators and training systems.
The Oerlikon Skyshield MOOTW/C-RAM system is Rheinmetall’s answer to the threat from rockets, artillery and mortar (RAM). It is specifically designed to defend high-value civilian or military assets from RAM attacks, whether in high-intensity combat scenarios or in “military operations other than war” (MOOTW). The system can also be used for protecting critical infrastructure or targets with a high symbolic value from terrorists and insurgents employing unorthodox tactics.
The Skyshield MOOTW/C-RAM system depends on Oerlikon Ahead airburst ammunition technology. Its Oerlikon Revolver Guns are available in various configurations and are suitable for multiple applications. They can operate in a conventional antiaircraft role or be used for protecting military and civilian assets from RAM threats, and are also highly effective in a naval context: known as the Oerlikon Millennium Gun, it is already in service with two navies.
Highly sophisticated yet extremely robust, this state-of-the-art system combines permanent airspace surveillance, automated detection and tracking of extremely small targets, prior warning of areas under threat and the interception and destruction of approaching RAM targets. Coupled with an Oerlikon Skymaster command and control system in MOOTW configuration, the Oerlikon Skyshield MOOTW/C-RAM system is entirely up to the task.
Instantly and automatically, the Skyshield MOOTW/C-RAM system reliably neutralizes a wide variety of threats. It calculates the incoming projectile’s point of impact and warns personnel in the threatened zone. Advanced fire control technology results in optimum, precisely timed target assignment and interception.
Oerlikon Skyshield include two or four 35/1000 Revolver Gun high-performance 35mm automatic cannon for short- and very short-range air defence.
The Oerlikon Skyshield air defense system includes the Skyshield 35 Fire Control Unit (FCU) which provides air space surveillance over the complete elevation range with each antenna revolution.
Rantis 6x6 Rhan 122mm MLRS at IndoDefence 2014
Thursday, November 6, 2014 01:17 PM
New Rantis 6x6 MLRS Multiple Launch Rocket System with Rhan 122mm rockets at IndoDefence.
The Indonesian Defence Company Pindad in collaboration with the Institute of Aeronautics and Space, Ministry of Research and Technology. Ministry of Defence presents local-made 122mm MLRS Multiple Launch Rocket System Rantis 6x6 with Rhan 122mm rockets at IndoDefence 2014.
Rantis 6x6 MLRS Multiple Launch Rocket System with Rhan 122mm rockets at at IndoDefence 2014 Tri-service defence exhibition in Jakarta, Indonesia.
The 6X6 Rantis is a jointly developed rocket launcher vehicle produced by state-owned arms manufacturer PT Pindad in collaboration with local industry and the MoD's research and development agency. In March 2014, Pindad has performed a test-fired with the new Rantis 6x6 Rhan 122mm MLRS.
The purpose of this rocket testing was to perform dynamic test of some rocket units toward some kind of launchers. The dynamic test was performed on 2 units of RHAn-122 toward Multi Launcher Rocket System (MLRS) which belong to Ministry of Defence, 3 units of RHan-122B toward Marine’s RM 70 GRAD barrel, and dynamic test 3 units of RX-2020 toward PT Pindad (Persero)’s Peluncur Roket Modular 861 (Modular Rocket Launcher) or PRM 861.
This MLRS shows new development of Indonesia’s defence industry. According to some Internet sources, Pindad expects to procure 500 R-Han 122 rockets by 2014. This surface-to-surface rocket has a maximum range of 23km.
The Rantis 6x6 is an Indonesian-made light truck motorized with a Mercedes Benz Engine. The body is designed and manufactured in Indonesia.
The Rantis 6x6 is fitted with a 24-round elevatable launcher mounted at the rear of the vehicle. The rocket tube arrangement is a single rectangular bank of four blocks each with 6 tubes. Before firing, two stabilisers are lowered to the ground; these are positioned one either side at the rear of the vehicle. The launch vehicle's cabin accommodates the launch preparation and firing equipment.
Wednesday, November 5, 2014 05:33 PM
Pindad of Indonesia unveils Anoa-2 6x6 armored personnel carrier with LCT20 turret 20mm cannon.
At IndoDefence 2014, Pindad presents a new version of its ANOA-2 6x6 armoured vehicle personnel carrier fitted with a Denel's LCT20 turret armed with a 20mm cannon. PT. PINDAD is an Indonesian government owned manufacturing industry specializing in military and commercial products.
Anoa-2 Indonesian-made 6x6 armoured personnel carrier fitetd with Denel LCT-20 turret at IndoDefence 2014 Tri-service defence exhibition in Jakarta, Indonesia.
The Anoa-2 was unveiled for the first time to the public at Indodefence 2010. The all-welded steel monocoque hull of the Anoa-2 provides ballistic protection Level 3 NATO STANAG 4569. The vehicle is also protected against shell splinters.
The vehicle can carry a total of 12 soldiers including commander, driver, gunner and 9 infantrymen.
The Anoa-2 is motorized with a Renault MIDR 062045 inline 6 cylinder turbo-charged diesel engine coupled to a ZF S6HP502 automatic transmission with 6 forward and 1 reverse speed. The Anoa-2 can run at a maximum road speed of 90 km with a maximum cruising range of 600 km.
With its new LCT20 turret, the vehicle increases its fire power and can be used as infantry fighting vehicle. The LCT-20 is a two-man turret with day/night sight and range finding capability. The turret is designed and manufactured by the South African Company Denel. The LCT-20 is armed with a 20mm automatic cannon and a 7.62mm coaxial machine gun mounted at the left side of the main armament.
For the Anoa-2, another 7.62mm machine gun is mounted at the top left hatch of the turret to increase the self-protection of the vehicle. In 2011, Denel has expanded the day and night fighting capabilities of its LCT20 turret by integrating an advanced electro-optical sighting package for both the commander and gunner.
The gunner's sight consists of three integral elements and is mounted to the elevation cradle directly above the centre line of the main weapon barrel. A user interface on the Gunner Colour Display Panel with the requisite mode selection controls on the screen and incorporating the ballistic tables for the main and co-axial weapons. These range tables are selectable by the gunner.
The gunner sight consists of the Laser Range Finder, Thermal Imaging Sight and an electronic zoom-able day camera. These functions are all selectable from the Gunner Display Panel.
Selex ES showcases its WOLF integrated soldier system at IndoDefence 2014
During IndoDefence 2014, which is held in Jakarta from 5 to 8 November, Selex ES is showcasing its WOLF integrated soldier system. DRS Technologies Canada, and Selex ES, Italy have jointly designed, developed and manufactured the WOLF integrated Soldier System. It delivers a scalable, fully integrated Soldier System which enables a wide range of supporting electronic assets to be integrated to enhance operational effectiveness.
Benefiting from a low Size, Weight and Power consumption (SWaP), WOLF features the Selex ES Frontline Soldier Radio (FSR) at the core of its architecture. Designed for Soldier Radio programmes, the FSR builds on the global experience gained with the Selex ES family of Soldier Radios. Modular in architecture, the FSR has been designed with the option of expansion cards.
The Selex PRR transceiver ensures backwards compatibility with existing in-service users, whilst the C2 Module enables applications to be hosted within the radio, reducing dependency on expensive external body worn computers. The WOLF weighs approximately 2kg. Together with DRS Technologies Canada, Selex ES is delivering a highly integrated, low SWaP, innovative soldier system that further reduces the burden on the soldier and enhances operational effectiveness over a 24 hour mission life.
Pindad at IndoDefence 2014
Sunday, November 2, 2014 10:25 AM
Pindad increases its Komodo 4x4 tactical vehicles range with a new Recon variant
IndoDefence 2014, which is held at Jakarta from 5 to 8 of November, has been chosen by Pindad to highlight a new light armored tactical vehicle focused on recon missions, the Komodo Recon. The Komodo is a specific armored vehicle that enables ground troops to conduct operations that requires high maneuverability.
PT Pindad's Komodo Recon variant at IndoDefence 2014
The Komodo is equipped with bulletproof body and has a defending capability through its 7.62 mm turret-mounted machine gun. Komodo has been deployed for Indonesian Army Special Forces (Kopassus) and Indonesian Police Special Forces (Brimob). PT Pindad has secured strategic partnership with foreign companies for a better armament system. The partnership has resulted satisfactory performance for the end-users.
The new Komodo Recon variant is a 4x4 light armored tactical vehicle based on the well-known Renault Trucks Defense's Sherpa chassis. Equipped with full automatic transmission and a Renault's 4-cylinder engine, which allows a power range of 230Hp, the Komodo has a max speed of 80km/h. Thanks to a fuel tank capacity of 165 liter, Komodo Recon's maximum range extends up to 450km.
PT Pindad's Komodo Recon variant at IndoDefence 2014
Komodo Recon armor consists in bullet proof steel and 38 mm bullet proof glass. The Recon variant weighs 7,500 kg and has a payload capacity of max 1,500 kg. It can carry up to 5 soldiers with complete equipment. Komodo Recon can be outfitted with a 7.62 mm or a 12.7 mm turret-mounted machine gun.
Pindad new recon vehicle has a length of 5.4 m, a width of 2.3 m and a hidth of 2.2 m. It can cross trenchs and fords of max 0.75m depth.
Indonesian Armed Forces have placed an order for 40 vehicles, which 8 has already been delivered. Indonesian Military also shown interest for a Komodo mobile artillery command post variant and has signed a new contract for 56 Komodo special platform vehicles, which will be delivered by 2015 and equipped with MBDA's Mistral surface-to-air missile platform.
LIG Nex 1 at IndoDefence 2014
Thursday, November 6, 2014 01:03 PM
LIG Nex 1 showcases Chiron portable SAM and Raybolt 3rd generation anti-tank guided missile
This year, the Korean company LIG Nex 1 is participating at InfoDefence exhibition for the forth time and uses this opportunity to showcase its latest products, such as the Chiron portable surface-to-air missile and the Raybolt, a 3rd generation anti-tank guided missile.
LIG Nex 1 Chiron surface-to-air missile system at IndoDefence 2014
Chiron is a Korea's indigenously developed portable surface-to-air missile. Combined with the Korea's cutting-edge technology, the missile ensure superior accuracy, stability, and mobility, marking it as one of the invaluable assets.
The Chiron's maximum range extends to seven kilometers. This portable guided missile can neutralize aircrafts and helicopters at an altitude up to 3.5 kilometers at the speed of Mach 2.0. It provides close air defense against hostile aerial threat such as airacrafts, helicopters, and unmanned aerial vehicles infiltrating at low altitude.
The guided missile weighs 15 kilograms and extends 1.6 meters in length and eight centimeters in diameter. The reduced size and weight of the missile significantly improves the mobility. The infrared homing technology applied to the Chiron makes it unnecessary for the shooter to align at the target after launching the missile. The missile has a superior SSKP Single-Shot Kill Probability compared to conventional SAMs. The missile is equipped with advanced technologies, such as infrared counter-measures by infrared seeker, a dual-thrust system that enhances the missile's terminal velocity, and a new proximity and impact fuse. The missile's IFF identification friend of roe, developed by LIG Nex 1, enables the identification of enemy aircraft. The missile can also be operated at night if used with a night vision.
LIG Nex 1 Raybolt anti-tank missile at IndoDefence 2014
The Raybolt is a portable 3rd generation anti-tank missile for infantry units. Combined with the latest technology in Korea, the missile boasts highly sensitive seeker and enhance penetration capability. The Raybolt can identify and engage a target using its image Infrared Seeker. The missile can operate in two different mode including direct attack and top attack where missile target's the upper part of an armored vehicle.
Unlike other conventional missiles where the operators were required to aim at the target to guide the missile, the Raybolt employs fire and forget function. After launche, the operator can move to other locations immediately. Such feature increases the survivability of an operator. Also, the missile is smokeless where it is possible to launch the missile from inside a building.
Indonesian Air Force to display new Rheinmetall Skyshield air defence system at IndoDefence 2014.
At IndoDefence 2014, Rheinmetall is displaying the Group’s globally leading competence in air defence. Furthermore the Indonesian Air Force is displaying a fire control unit and an effector from the Skyshield air defence system. In February 2014, Rheinmetall has announced an order for the Rheinmetall-made Oerlikon Skyshield air defence systems.
Rheinmetall Skyshield air defense missile system at at IndoDefence 2014 Tri-service defence exhibition in Jakarta, Indonesia.
Worth over €38 million, the contract includes training and logistical services for the Indonesian armed forces. The delivery period extends through to the end of 2015.
In the domain of cannon-based air defence technology, Rheinmetall is the global leader and the sole single-source supplier of battle management systems, fire control systems, automatic cannon, integrated missile launchers and Ahead ammunition. One of the company’s core competencies is the development and manufacture of advanced air defence systems as well as simulators and training systems.
The Oerlikon Skyshield MOOTW/C-RAM system is Rheinmetall’s answer to the threat from rockets, artillery and mortar (RAM). It is specifically designed to defend high-value civilian or military assets from RAM attacks, whether in high-intensity combat scenarios or in “military operations other than war” (MOOTW). The system can also be used for protecting critical infrastructure or targets with a high symbolic value from terrorists and insurgents employing unorthodox tactics.
The Skyshield MOOTW/C-RAM system depends on Oerlikon Ahead airburst ammunition technology. Its Oerlikon Revolver Guns are available in various configurations and are suitable for multiple applications. They can operate in a conventional antiaircraft role or be used for protecting military and civilian assets from RAM threats, and are also highly effective in a naval context: known as the Oerlikon Millennium Gun, it is already in service with two navies.
Highly sophisticated yet extremely robust, this state-of-the-art system combines permanent airspace surveillance, automated detection and tracking of extremely small targets, prior warning of areas under threat and the interception and destruction of approaching RAM targets. Coupled with an Oerlikon Skymaster command and control system in MOOTW configuration, the Oerlikon Skyshield MOOTW/C-RAM system is entirely up to the task.
Instantly and automatically, the Skyshield MOOTW/C-RAM system reliably neutralizes a wide variety of threats. It calculates the incoming projectile’s point of impact and warns personnel in the threatened zone. Advanced fire control technology results in optimum, precisely timed target assignment and interception.
Oerlikon Skyshield include two or four 35/1000 Revolver Gun high-performance 35mm automatic cannon for short- and very short-range air defence.
The Oerlikon Skyshield air defense system includes the Skyshield 35 Fire Control Unit (FCU) which provides air space surveillance over the complete elevation range with each antenna revolution.
Rantis 6x6 Rhan 122mm MLRS at IndoDefence 2014
Thursday, November 6, 2014 01:17 PM
New Rantis 6x6 MLRS Multiple Launch Rocket System with Rhan 122mm rockets at IndoDefence.
The Indonesian Defence Company Pindad in collaboration with the Institute of Aeronautics and Space, Ministry of Research and Technology. Ministry of Defence presents local-made 122mm MLRS Multiple Launch Rocket System Rantis 6x6 with Rhan 122mm rockets at IndoDefence 2014.
Rantis 6x6 MLRS Multiple Launch Rocket System with Rhan 122mm rockets at at IndoDefence 2014 Tri-service defence exhibition in Jakarta, Indonesia.
The 6X6 Rantis is a jointly developed rocket launcher vehicle produced by state-owned arms manufacturer PT Pindad in collaboration with local industry and the MoD's research and development agency. In March 2014, Pindad has performed a test-fired with the new Rantis 6x6 Rhan 122mm MLRS.
The purpose of this rocket testing was to perform dynamic test of some rocket units toward some kind of launchers. The dynamic test was performed on 2 units of RHAn-122 toward Multi Launcher Rocket System (MLRS) which belong to Ministry of Defence, 3 units of RHan-122B toward Marine’s RM 70 GRAD barrel, and dynamic test 3 units of RX-2020 toward PT Pindad (Persero)’s Peluncur Roket Modular 861 (Modular Rocket Launcher) or PRM 861.
This MLRS shows new development of Indonesia’s defence industry. According to some Internet sources, Pindad expects to procure 500 R-Han 122 rockets by 2014. This surface-to-surface rocket has a maximum range of 23km.
The Rantis 6x6 is an Indonesian-made light truck motorized with a Mercedes Benz Engine. The body is designed and manufactured in Indonesia.
The Rantis 6x6 is fitted with a 24-round elevatable launcher mounted at the rear of the vehicle. The rocket tube arrangement is a single rectangular bank of four blocks each with 6 tubes. Before firing, two stabilisers are lowered to the ground; these are positioned one either side at the rear of the vehicle. The launch vehicle's cabin accommodates the launch preparation and firing equipment.
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Well, I dont know, but it is just a model I guest, the real one should have bigger scale, so more room for weapon.......
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IndoDefence 2014: TNI-AL to acquire enhanced KCR-40 missile craft variant
Ridzwan Rahmat, Jakarta - IHS Jane's Navy International
05 November 2014
Key Points
- Indonesia will introduce an enhanced version of the KCR-40 class missile attack craft, with first orders expected in 2015
- The Indonesian Navy considers the KCR-40 as suitable for archipelagic warfare, but wants it to carry more anti-ship missiles
Indonesian private shipbuilder PT Palindo Marine will introduce an enhanced version of the KCR-40 class missile attack craft currently in service with the Indonesian Navy (Tentera Nasional Indonesia - Angkatan Laut: TNI-AL), a company official confirmed to IHS Jane's on 6 November at the IndoDefence 2014 exhibition in Jakarta.
Mukti Syarif Rivai, a naval architect at PT Palindo Marine, described the new variant as one that will strike a balance between maintaining the agility of the KCR-40 and providing the ability to carry more anti-ship missiles.
IndoDefence 2014: TNI-AL to acquire enhanced KCR-40 missile craft variant - IHS Jane's 360
with our scale, every per-cent increasing in defense budget will means a lot.
Ridzwan Rahmat, Jakarta - IHS Jane's Navy International
05 November 2014
Key Points
- Indonesia will introduce an enhanced version of the KCR-40 class missile attack craft, with first orders expected in 2015
- The Indonesian Navy considers the KCR-40 as suitable for archipelagic warfare, but wants it to carry more anti-ship missiles
Indonesian private shipbuilder PT Palindo Marine will introduce an enhanced version of the KCR-40 class missile attack craft currently in service with the Indonesian Navy (Tentera Nasional Indonesia - Angkatan Laut: TNI-AL), a company official confirmed to IHS Jane's on 6 November at the IndoDefence 2014 exhibition in Jakarta.
Mukti Syarif Rivai, a naval architect at PT Palindo Marine, described the new variant as one that will strike a balance between maintaining the agility of the KCR-40 and providing the ability to carry more anti-ship missiles.
IndoDefence 2014: TNI-AL to acquire enhanced KCR-40 missile craft variant - IHS Jane's 360
with our scale, every per-cent increasing in defense budget will means a lot.
Nike
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INDODEFENCE 2014
IF-X cockpit configuration on show [ID14D2]
05 November 2014
Indonesian avionics specialist Infoglobal is showing off a potential cockpit configuration for the IF-X advanced fighter that is being developed by Indonesia and Korea. Versions for both nations will employ the same core computer architecture, but additional elements of the avionics suite will be provided by local companies. Infoglobal has been selected to provide the systems for Indonesia’s IF-X version.
The company has been working on the project for some time, working to a base set of aircraft specifications and air force requirements.
The cockpit on display here (Hall D, Stand 120) features a single large screen, which displays all relevant flight and tactical data. However, a final decision on cockpit layout has not been taken, and Infoglobal has also defined a three-screen configuration should that be selected.
Two small screens below the main display will probably be replaced by a single integrated display.
IF-X will feature sidestick control, and full hands-on-throttle-and-stick functionality. Using the large screen keeps the cockpit simple and clean, making it very user-friendly.
Infoglobal is also proposing an F-5X avionics upgrade for the Indonesian air force (TNI-AU) Northrop F-5E/F fleet. From 2008 the company implemented a two-screen upgrade for Indonesia’s Hawk 100/200s, and is proposing a similar upgrade for the F-5 that would modernise the aircraft should Indonesia decide to extend the service life of the aircraft instead of replacing it with a new fighter.
Under its proposal, Infoglobal would replace a number of analogue systems with new digital hardware.
Two new colour multi-function displays are the most obvious of the new components, but the proposal also adds a digital control display unit, a digital video recorder and a miniature standard central air data computer. Infoglobal has already developed the F-5 upgrade, and it is ready to roll out should the TNIAU decide to apply it to the F-5.
Other Infoglobal projects include a digital pilot display unit for the maritime patrol version of the Airbus/ PTDI NC 212-200, and the TDAS integrated national air traffic monitoring system that integrates the multi-track pictures of three disparate radars into one map-based display.
(345 words)
IF-X cockpit configuration on show [ID14D2] - IHS Jane's 360
IF-X cockpit configuration on show [ID14D2]
05 November 2014
Indonesian avionics specialist Infoglobal is showing off a potential cockpit configuration for the IF-X advanced fighter that is being developed by Indonesia and Korea. Versions for both nations will employ the same core computer architecture, but additional elements of the avionics suite will be provided by local companies. Infoglobal has been selected to provide the systems for Indonesia’s IF-X version.
The company has been working on the project for some time, working to a base set of aircraft specifications and air force requirements.
The cockpit on display here (Hall D, Stand 120) features a single large screen, which displays all relevant flight and tactical data. However, a final decision on cockpit layout has not been taken, and Infoglobal has also defined a three-screen configuration should that be selected.
Two small screens below the main display will probably be replaced by a single integrated display.
IF-X will feature sidestick control, and full hands-on-throttle-and-stick functionality. Using the large screen keeps the cockpit simple and clean, making it very user-friendly.
Infoglobal is also proposing an F-5X avionics upgrade for the Indonesian air force (TNI-AU) Northrop F-5E/F fleet. From 2008 the company implemented a two-screen upgrade for Indonesia’s Hawk 100/200s, and is proposing a similar upgrade for the F-5 that would modernise the aircraft should Indonesia decide to extend the service life of the aircraft instead of replacing it with a new fighter.
Under its proposal, Infoglobal would replace a number of analogue systems with new digital hardware.
Two new colour multi-function displays are the most obvious of the new components, but the proposal also adds a digital control display unit, a digital video recorder and a miniature standard central air data computer. Infoglobal has already developed the F-5 upgrade, and it is ready to roll out should the TNIAU decide to apply it to the F-5.
Other Infoglobal projects include a digital pilot display unit for the maritime patrol version of the Airbus/ PTDI NC 212-200, and the TDAS integrated national air traffic monitoring system that integrates the multi-track pictures of three disparate radars into one map-based display.
(345 words)
IF-X cockpit configuration on show [ID14D2] - IHS Jane's 360
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