India and US Discuss Co-Producing Javelin Anti-Tank Missiles Amid Rising Military Cooperation

 A key weapon in Ukraine’s military arsenal, the shoulder-fired Javelin anti-armor weapon, might soon be co-produced in India if ongoing talks between New Delhi and Washington are successful. During a recent visit to India by US National Security Advisor Jake Sullivan, the two countries discussed various joint production proposals, including Javelin anti-tank missile systems for the Indian Army.

The Javelin, produced by Raytheon and Lockheed Martin, is a 46-pound, shoulder-fired weapon capable of penetrating any tank or mobile vehicle on the battlefield, and it can also down helicopters. The Indian Army has been seeking shoulder-fired ATGMs for almost a decade, and if discussions proceed, a local partner will be identified to establish a manufacturing plant in India.

Operated by a two-soldier team, the Javelin fires a heat-seeking missile with a range of up to 2.5 miles. Known as a “fire and forget” system, it allows soldiers to seek cover immediately after firing. The Javelin is named for its ability to strike tanks from above, like a spear, and can also directly target low-flying helicopters.

To address its anti-armor weapon needs, the Indian Army acquired Spike ATGMs from Israel in 2020 to counter Chinese aggression. Recently, India’s Defence Research and Development Organisation (DRDO) and the Indian Army test-fired a man-portable anti-tank guided missile (MPATGM) system at the Pokhran field firing range in Rajasthan.

On April 14, 2024, the Indian Ministry of Defence announced that the MPATGM system—comprising missiles, a tripod-mounted command launch unit, a target acquisition system, and a fire-control unit—was field-evaluated in various configurations to validate its technology.

The Pentagon has supplied more than 10,000 Javelin systems to Ukraine, where experts believe the weapon significantly helped Ukrainian light infantry against Russian mechanized forces. The FGM-148 Javelin costs about $176,000 each. In August 2023, Lockheed Martin announced plans to nearly double Javelin production from 2,100 to nearly 4,000 units per year by 2026.

India and the US are discussing several joint defense projects. Previously, EurAsian Times reported a proposal to co-produce Stryker armored vehicles in India after an initial off-the-shelf purchase via the Foreign Military Sales route. However, none of these deals have been finalized yet.

Indian company Larsen and Toubro has partnered with France’s MBDA to develop missiles and weapon systems in India, including fifth-generation anti-tank guided missiles (ATGM5s), missiles for coastal batteries, and high-speed target drones. The prototype, showcased as ATGM-5 at DefExpo in Chennai, will be produced in India with complete technology transfer.

The Indian Army is actively enhancing its firepower to counter threats from both its eastern and western borders. In June 2023, it issued a Request for Information (RFI) for acquiring 5,000 fire-and-forget missiles and 500 launcher systems to be mounted on license-built BMP-2/2K ‘Sarath’ Infantry Combat Vehicles. The RFI specifies that the ATGMs should support top and direct attack modes, with the capability to penetrate at least 650 mm rolled homogeneous armor equivalent (RHAe) and explosive reactive armor (ERA).

Currently, the Indian Army uses the French-made MILAN 2T ATGM for light anti-armor warfare, capable of destroying targets up to 2 kilometers away. Another widely used system is the Russian-made 9M133 Kornet ATGM, which targets heavy armor. The Army also maintains a large stockpile of the 9M113 Konkurs system, known in NATO circles as the ‘AT-5 Spandrel’.

Additionally, India has developed an indigenous third-generation ATGM called Nag, which employs infrared homing and millimetric wave active-radar homing technologies. Nag has three versions: a vehicle-mounted version (based on the Namica launcher), a heliborne version (HeliNa), and a man-portable version (MP-ATGM).

Russia Completes Trials of Upgraded T-14 Armata Tank with Powerful 152 mm Gun

The testing phase for a new version of the T-14 Armata tank is nearing completion at the 38th Research Institute of the Russian Ministry of Defense. As of December 2023, Rostec Corporation has made significant progress on this enhanced T-14, according to Sergey Chemezov, Rostec’s head. Chemezov highlighted the tank's advanced capabilities and potential.

Chemezov noted that the final adjustments are being made, which will soon make the T-14 more formidable. The latest T-14, built on the "Armata" platform, features advanced Russian-made electronic systems and a new fire control system. However, detailed specifications of these upgrades remain undisclosed.

Reports from the defense industry reveal that the new T-14 model replaces the 125-mm 2A82-1M gun with an improved 152-mm smoothbore 2A83-1A gun. This gun, featuring a chrome barrel, was originally developed in the '90s for the T-95, also known as “Object 195.” The project was halted in 2009 due to outdated Soviet-era technologies and excess weight.

Following this, the Ural Design Bureau for Transport Machine Building (UKBTM) initiated the “Combat System of the Future Armata” project, leading to the development of the T-14. This tank incorporates an uninhabited combat module and an isolated armored crew capsule. Various versions were created, including export models and one with a 152-mm gun.

In 2015, efforts began to develop a robotic version of the T-14 tank with a 125-mm main gun. Rostec started testing prototypes of this unmanned T-14 in April 2020. However, updates on the unmanned version have been scarce, especially since 2022, due to the ongoing conflict in Ukraine and increased production of T-90M tanks.

Testing of the experimental T-14 with a 152 mm gun started in February 2016. This version, intended for specialized combat missions, remains in the testing phase despite expectations of earlier deployment. There have been speculations about the project's suspension to focus on a version with a 125 mm barrel, but recent updates confirm ongoing development.

A military expert indicated that this experimental tank, built on the "Armata" platform, is demonstrating unique and versatile capabilities in tests. It features a hull nearly identical to the basic T-14 Armata tank, armed with a 152-mm gun, and includes updates for stealth and enhanced protection.

The 152-mm gun significantly increases firepower, allowing the tank to fire modern long-range ammunition, including high-explosive and thermobaric projectiles. This new ammunition led to modifications in the automatic loading system and ammunition rack placement.

The T-14 can carry 40 shells for the 152-mm version, with 24 in the autoloader. In comparison, the standard T-14 with a 125-mm gun carries 45 shells, 32 in the autoloader. The new 152 mm caliber BOPS projectile, made from heavy materials like depleted uranium, has an effective range of about 5 km.

The tank can also use advanced Krasnopol artillery projectiles and anti-tank guided missiles from the 9M133FM family, with a range of up to 10 km. This versatility allows the T-14 to function as a short-range air defense system as well.

Despite the increased firepower, the 152-mm barrel has a shorter lifespan compared to the 125-mm barrel, and the vehicle’s weight has increased, potentially affecting mobility. However, the T-14’s design allows for easy switching between different gun calibers without altering the turret ring system.

Production of the T-14 has moved to UVZ’s main tank assembly workshop No. 130 in Nizhny Tagil, where new advanced machinery has been installed. Mass production of the new T-14 tank is expected to start this year, along with development of the T-15 infantry fighting vehicle and the T-16 armored repair vehicle, as stated by military expert Viktor Murakhovski. 

US-India Stryker Partnership: A Game Changer for Indian Defense and China Containment

 As of November 2023, it has been disclosed that the US plans to start manufacturing Stryker armored vehicles in India. This initiative could mark the first time these vehicles are produced outside the US and play a significant role in countering China. Additionally, the US is attempting to push Russia out of the Indian air defense market by offering a license for the advanced Stryker M-SHORAD.

On June 19, Indian media reported that discussions have progressed, with India's Ministry of Defense now considering a three-phase cooperation plan with the US for producing Stryker vehicles. However, there are still various details and requests from the Indian side that need to be addressed.

The acquisition of Stryker armored vehicles depends on their ability to meet the specific needs of motorized rifle battalions. Recently, the US proposed a demonstration to showcase these vehicles' mobility and firepower in India's mountainous regions, indicating the Indian Army's requirement for vehicles adapted to challenging terrains like Eastern Ladakh and Sikkim.

One crucial demand from India is a high degree of production localization, including the transfer of critical technologies to a participating company, whether private or state-owned.

If India proceeds with the Stryker acquisition, it will follow a phased approach: starting with a limited purchase through the Foreign Military Sales (FMS) program, moving to joint production in India, and eventually developing a futuristic version of the armored vehicle. Specific details of this version are yet to be disclosed.

While these ambitious plans with the US are underway, India is also pursuing its initiatives for wheeled and tracked armored vehicles to replace its fleet of over 2,000 BMP-2s.

The Stryker Armored Fighting Vehicle (AFV) is a family of eight-wheeled armored combat vehicles produced by General Dynamics Land Systems for the US Army. Designed for versatility, the Stryker provides infantry transport, reconnaissance, and direct fire support. It measures approximately 22.92 feet in length, 8.96 feet in width, and 8.92 feet in height, with a weight ranging from 16.47 to 20.8 tons, depending on the configuration.

Powered by a Caterpillar C7 diesel engine delivering about 350 horsepower, the Stryker can reach speeds up to 60 miles per hour and has a range of around 330 miles on a full tank. Its eight-wheel drive (8×8) configuration enhances mobility across various terrains, and it is equipped with run-flat tires and a central tire inflation system for sustained operational capability even after wheel damage.

The Stryker offers advanced armor protection against small arms fire, artillery fragments, and improvised explosive devices (IEDs). It features modern communication and navigation systems to enhance situational awareness and command-and-control capabilities.

The Stryker family includes various variants, such as the Infantry Carrier Vehicle (ICV), Mobile Gun System (MGS), Reconnaissance Vehicle (RV), Commander's Vehicle (CV), Fire Support Vehicle (FSV), Engineer Squad Vehicle (ESV), Medical Evacuation Vehicle (MEV), and Anti-Tank Guided Missile Vehicle (ATGMV).

Weaponry on the Stryker AFV varies by variant, with common armaments including the M2 .50 caliber machine gun, Mk 19 40mm automatic grenade launcher, and M240 7.62mm machine gun. The MGS variant features a 105mm tank gun, while the ATGMV is equipped with TOW missile launchers.

The Stryker AFV's primary purpose is to provide a highly mobile, protected platform for transporting infantry and conducting various combat operations. Its versatility allows it to perform a wide range of missions, making it a crucial asset in modern military engagements.

Hezbollah Destroys Israeli Iron Dome with Iranian Almas Missile: Details and Implications

 In a significant show of strength, Lebanon-based militant group Hezbollah recently claimed to have destroyed Israel's famed 'Iron Dome' using an Iranian-made missile. On June 5, Hezbollah announced it had struck an Iron Dome launcher near Ramot Naftali, referred to by the group as "northern occupied Palestine."

A video released by Hezbollah confirmed the strike, showing a guided missile hitting the launcher. The following day, photos and information circulated on social media, indicating that the Iron Dome battery was destroyed by an Iran-origin Almas missile, reportedly supplied to Hezbollah by Tehran.

Various military bloggers and open-source intelligence accounts confirmed that Hezbollah used the 'Almas-3' anti-tank guided missile (ATGM) for the attack. Ironically, the Almas is based on Israel's Spike ATGM. The Israel Defense Forces (IDF) have not officially acknowledged the destruction, with some pro-Israeli bloggers suggesting the target could have been a decoy or inactive launcher.

Elijah J. Magnier, a veteran Middle East correspondent, noted on social media that Hezbollah's action was a message to stop the war on Gaza, implying that the Lebanese front would cease its activities in response. Pro-Iranian commentators praised the effectiveness of Iranian weapons, highlighting the Almas missile's capabilities.

The Almas missile is believed to be an Iranian reverse-engineered version of Israel's Spike missile, captured by Hezbollah during the 2006 war and subsequently brought to Iran. Hezbollah has been using various Iranian-supplied weapons against Israel since October last year.

Hezbollah's video of the attack shows the Almas missile approaching and striking the Iron Dome launcher. This wasn't the first use of the Almas against Israel; earlier footage from January showed the missile being used against an Israeli intelligence installation near the Lebanon border.

The Almas missile, capable of precise indirect attacks, poses a significant threat to Israeli military and border infrastructure. The Spike missile, used by the IDF with great success, is renowned for its precision and first-person control capabilities. The Almas' possession by Hezbollah, therefore, is concerning for Israel.

The Almas, meaning 'Diamond' in Persian, is a high-precision anti-tank guided missile developed by Iran and supplied to Hezbollah. The missile's sophisticated technology reflects Iran's robust missile development capabilities, with a range of about eight kilometers and a tandem warhead designed for high precision.

Hezbollah's acquisition of advanced weapons like the Almas underscores Iran's extensive support, providing the militant group with sophisticated missiles and rockets. Iran has a history of replicating Western ammunition, demonstrating its ability to produce weapons close to the originals in capability.

The development and deployment of the Almas missile by Hezbollah highlight the evolving threat landscape and the growing sophistication of Iran's missile technology, posing new challenges for Israel's defense systems.

Ukrainian Military Criticizes US Abrams Tanks: Vulnerabilities and Battlefield Challenges Revealed

 The reputation of the US-supplied Abrams tanks, once considered a game-changer for Ukraine’s military, is now under heavy scrutiny. Ukrainian soldiers have reported weaknesses and flaws in these American vehicles, raising doubts about their effectiveness in the ongoing conflict with Russian forces.

Initially, the deployment of Abrams tanks, specifically the M1A1 models, was intended to bolster Ukraine's resistance. In January 2023, following persistent lobbying by Ukrainian officials, the US agreed to send 31 Abrams tanks. Each costing approximately $10 million, these tanks were expected to breach Russian defensive lines. By October 2023, all 31 tanks had arrived in Ukraine, igniting hopes for a strategic advantage.

However, battlefield experiences have revealed significant challenges. At least five Abrams tanks have been destroyed by Russian attacks, particularly from drones, undermining their anticipated impact. Ukrainian tank crews trained in Germany expressed concerns about the tanks’ armor, stating it is not strong enough to protect against modern weapons.

"The tank’s armor is not sufficient for this moment," said one crew member, known as Joker. "It doesn’t protect the crew. For real, today, this is the war of drones. So now, when the tank rolls out, they always try to hit them." Another crew member, Dnipro, highlighted that Abrams tanks have become the "number one target" on the battlefield, emphasizing the high risk to soldiers.

Despite reports suggesting a withdrawal of Abrams tanks from the front lines, officials from the 47th Mechanized Brigade confirmed that all Abrams tanks remain near the eastern front. Technical issues have further compounded the tanks' challenges. During a CNN visit, one tank was immobilized due to an engine problem despite being newly shipped from Poland. Additionally, rain or fog can cause condensation, potentially damaging the vehicle's electronics.

The crews also face ammunition issues, with the current supplies being unsuitable for their combat needs. "What we have is more for direct tank-to-tank fights, which happens very rarely," Joker explained. "More often, we work as artillery. You need to take apart a tree line or a building. We had a case when we fired 17 rounds into a house, and it was still standing."

Why Are Abrams Tanks Facing Challenges?

Main Battle Tanks (MBTs) play a critical role in modern high-intensity land warfare. The conflict between Russia and Ukraine has shown that large-scale offensive operations require an adequate supply of these powerful machines. However, several factors have contributed to the struggles of US-supplied Abrams tanks on the Ukrainian frontlines.

Some Western sources have criticized Ukrainian leadership for poor operational planning. However, Ukraine's armed forces are at a severe disadvantage against a well-armed and deeply entrenched Russian Army. The effectiveness of Abrams tanks has also been hindered by the lack of crucial aerial support, which is vital for modern armored warfare. Ukrainian tank crews noted the critical difference between NATO and Ukrainian battlefield conditions. Abrams tanks were designed for a NATO style of warfare, which heavily relies on air power and artillery to prepare the battlefield before tanks and infantry advance. Kyiv has often expressed frustration over the lack of adequate artillery and air power.

Joker, a Ukrainian tank crew member, explained that NATO soldiers would never undertake similar advances without air support. "Call the aviation, call the artillery," he mimicked a NATO soldier, pointing out that Ukraine has neither adequate aviation nor artillery, only tanks.

Entrenched defenses can only be breached with decisive airpower and massing heavy armor. Without airpower, this tactic requires numerous tanks, but Kyiv's current arsenal is a patchwork of different vehicles. While Washington has supplied 31 Abrams tanks to Ukraine, experts argue that at least two brigades of Abrams tanks—approximately 200—are needed in a coordinated effort to make an impact on the battlefield.

Despite their advanced design and capabilities, the limited number of Abrams tanks cannot overcome the well-fortified Russian defenses. Ukraine has become a graveyard for tanks, as even these advanced vehicles succumb to the harsh realities of the battlefield.

Finland Weighs Surface-to-Surface Missile Options

HELSINKI - Finland's armed forces are examining costs and needs for surface-to-surface tactical missiles (SSMs) as part of the Army's $60 million SSM modernization program, which centers on purchasing new ordnance for guided rocket launchers and 155mm artillery systems.
The main focus is on advancing a procurement solution that will add new strength to the Army's battlefield weapons arsenal, and that can guarantee economy of purchase and deployment. The Finnish military's armory includes the M270 armored and self-propelled multiple-launch rocket system (local designation: 298 RsRakH 06), Euro-Spike anti-tank missiles and Czech-produced RM-70 multiple rocket launcher (local designation: 122 RakH 89).

The SSMs being considered would be launched from heavy rocket launchers. The SSM type review and inspection process is expected to continue into 2013, with a decision on whether to purchase in 2014 or 2015.
A big component of the SSM project would be upgrades to the rocket launchers' computer software support programs, which would enable launchers to use new types of modern ordnance with a range of 200 to 300 kilometers.
The Finnish armed forces have engaged in several notable and capital-intensive strategic defense programs since 2008. In 2009, the Ministry of Defence approved a $700 million budget to cover the cost of a new Norwegian Advanced Air-to-Surface Missile air defense and radar platform supplied by Norway's Kongsberg and the U.S.'s Raytheon.

France Denies Giving Libya Rebels Anti-Tank Missiles

PARIS - The French military on June 30 denied supplying anti-tank missiles to rebels fighting Libyan Moammar Gadhafi's regime, though it admitted parachuting light arms to them.

"No Milan anti-tank missiles have been parachuted into Jebel Nafusa," a region southeast of Tripoli, France's top military spokesman Thierry Burkhard said, referring to earlier reports.

Le Figaro newspaper and a well-placed non-government source said France dropped several tons of arms including Milan anti-tank missiles and light armored vehicles.

Burkhard said France had only supplied "light arms" including machine guns and rocket launchers.

He had said on June 29 that French officials had delivered small arms while carrying out humanitarian aid operations to help local populations under threat from Gadhafi's troops.

"It appeared that in certain zones the security situation was extremely tense for these undefended populations," so France gave them "the means to defend themselves, light arms and ammunition," he added June 30.

France's ambassador to the United Nations said June 29 the delivery of arms to rebels did not breach the U.N. resolution that mandated intervention to protect civilians, which also established an embargo on arms to Libya.

Article 4 of Resolution 1973 specified that allowances to the arms embargo can be allowed if in the interest of protecting civilians.

Lockheed, Raytheon Submit JAGM Proposals

Lockheed Martin and Raytheon submitted their proposals for the next phase of the Joint Air-to-Ground Missile (JAGM) program June 6.
Built to replace AGM-114 Hellfire, BGM-71 TOW and AGM-65 Maverick missiles, the Government Accountability Office estimates the JAGM program will be worth more than $6 billion over 20 years.

The two defense industry giants are competing for a 48-month contract to continue development and begin low-rate initial production on the missile. Army officials said the Engineering and Manufacturing and Low-Rate Initial Production contract is worth $3.8 billion.
James Smith, a Raytheon executive, said his company expects the Army to make a decision on the contract in October. Army Aviation and Missile Command issued the request for proposal in April.
"Lockheed Martin's JAGM builds on Hellfire, Longbow and Javelin, three of the most trusted precision-guided weapons on the battlefield today," said Frank St. John, vice president of Tactical Missiles at Lockheed Martin Missiles and Fire Control, in a statement.
Lockheed chose to outfit its entrant with a cooled seeker, while Raytheon used an uncooled seeker. Raytheon officials said a cooled seeker, while more capable than an uncooled seeker, isn't what soldiers and sailors want in combat.
"Rather than complicating matters by using a cooled seeker, we worked in close concert with our customers to determine smarter and simpler ways to arrive at a superior system solution," said Bob Francois, Raytheon vice president of Advanced Missiles and Unmanned Systems, in a statement.

Underground Weapon

ISRAEL-GAZA BORDER - The Israeli Army has developed a new tool in its seemingly Sisyphean struggle against the hundreds of underground tunnels used for smuggling weapons from Sinai into Gaza, or as subterranean staging grounds for cross-border strikes into Israel.
A collaborative effort between the Army's special technology division and EMI, a local explosive materials manufacturer, the system - known here as Emulsion - injects into the ground a blend of commercial-grade liquid explosives, each of which remains nonsensitive to mishandling or even improvised bomb attack until blended and deployed.
"It's all automatic, carries minimal risk to troops and creates maximum, irreparable damage to the tunnels," said Maj. Isam Abu Tarif, director of the special technology division of Israel's Ground Forces Command.
Abu Tarif said the recently completed prototype is actually a second-generation system, following less efficient versions deployed in Gaza in the last seven or eight years. The newest Emulsion-2 prototype is self-navigating and programmed for precision deployment of explosive materials and optimum penetration of the destructive mixture.
"Earlier versions didn't provide optimum destruction, allowing the enemy to dig around the destroyed section," Abu Tarif said. "With this second-generation system, they're better off digging a new tunnel."
First reported in the latest editions of B'yabasha (On the Ground), the official Hebrew-language journal of Israel's Ground Forces Command, the latest Emulsion prototype is mounted on eight-wheeled armored trucks. Future versions will be smaller, tailored for more challenging operational conditions and designed to be towed into high-threat areas by tank.
Deployment of the latest prototype has allowed the Army to amend its doctrine for more effective, force-protective anti-tunnel combat, Abu Tarif said.
"Under our old doctrine, our forces had to endanger themselves while transporting the explosive materials to the target," he said. "Then they had to physically get into the tunnel to perform the mission. ... And there were cases where soldiers died en route or inside the tunnels.
"But now, the two substances are housed separately and are impervious to accidental or enemy-initiated detonation," he said. "Emulsion-2 is designed to withstand [a rocket-propelled grenade] attack. And once we neutralize the threat on approach, automation takes over with the injection of materials for optimum effect."
Finally, Abu Tarif said the Emulsion-2 carries "a huge quantity" of two-component explosive material, allowing specialty units to destroy multiple tunnels in a single deployment to high-threat areas.
"Before, we were limited to the amount of explosives carried in an [armored personnel carrier], but now the carrying capacity is safe and unlimited ... and the effect of the liquid explosive blend creates a chain reaction that extends well beyond the target penetration area," he said.

Overwhelming Threat

Security sources here estimate a network of many hundreds of tunnels of varying levels of sophistication have been built between Gaza and Egypt. While most tunnels are built to sustain Egypt's thriving smuggling industry for appliances, vehicles, livestock and other commercial goods into Gaza, an alarming number are used to deliver primarily Iranian-supplied missiles, anti-tank rockets, other weaponry and even military instructors into the strip via Sinai.
Another category of tunnels - some nearly a kilometer in length - are built for commando strikes and kidnapping attempts on Israel's side of the Gaza border. Security sources here peg the number of so-called terror tunnels built to support subterranean combat operations against Israel in the dozens.
In Israel's Cast Lead incursion into Gaza in late December 2008, the Air Force destroyed 40 smuggling tunnels in the first two days of the 22-day campaign. Since then, the Israeli military claims to have destroyed or heavily damaged 190 tunnels, 150 of them smuggling routes along the Gaza-Egyptian corridor.
Military sources here said another 40 tunnels destroyed in recent years were built to support infiltration operations similar to Hamas' successful June 2006 attack on an Israeli tank. Two Israeli soldiers were killed in that strategically important strike, while one - Pvt. Gilad Shalit - remains in captivity. Shalit's plight has traumatized the Israeli public and taunted a string of successive political and military leaders who have failed to secure his release.
"Combating terror tunnels is a top priority," said Capt. Barak Raz, an Israeli military spokesman. "The orders are maximum readiness to defend our citizens and soldiers from kidnapping attempts and deny the enemy any opportunity for another strategic achievement."
Avi Dichter, an Israeli lawmaker and former director of the Shin Bet security service, said Egypt's decision to open its Rafah border crossing with Gaza will not erode the need for persistent and coordinated military and intelligence anti-tunnel operations.
The late May opening of Egypt's border crossing with Gaza and its 1.5 million residents is a reversal of deposed President Hosni Mubarak's policy of isolating and neutralizing the militant, Islamist Hamas authority in the Strip. And while Israel must remain watchful of those exiting and re-entering Gaza via Egypt, Dichter said more than 90 percent of illicit smuggling will continue to be conducted via underground tunnels.
"As much as we lament the passing of the Mubarak era, we have to admit that he could have done a hell of a lot more to blunt the arms smuggling industry," Dichter told a seminar of Israeli military officers May 26.
"For that matter, when we had control of Philadelphi [the corridor linking Sinai to the southern part of Gaza], we, too, missed a lot of activity," he said. "Bottom line, the tunnel threat is an eternal mission requiring very close cooperation between security forces and all branches of the Israel Defense Forces."

Pakistan To Get Paveway Training Rounds

ISLAMABAD - Pakistan will be getting new Paveway II enhanced laser-guided training bombs from Lockheed Martin under the U.S. Defense Security Cooperation Agency's Foreign Military Sales program.
According to a Feb. 22 DSCA announcement, Pakistan will receive 300 Paveway IIs, along with 74 wooden containers and 23 replacement-in-kind wooden containers, for $866,850.

Also, Malaysia will receive 60 Paveway II bombs, along with 15 wooden containers, for $173,370, the announcement said.
The bombs will be produced at Lockheed's plant in Archbald, Pa., and the order is expected to be completed in June 2013. The U.S. Navy's Naval Air Systems Command, Patuxent River, Md., will oversee the contract.
Pakistan has been buying large amounts of U.S. bombs and kits in response to the Taliban insurgency in the tribal areas of the country's northwest. In 2010, the U.S. delivered to Pakistan 1,000 MK-82 500-pound bombs, and 700 GBU-12 and 300 GBU-10 Paveway laser-guided bomb kits produced by Lockheed and Raytheon.
However, a Pakistan military spokesman, Brigadier S. Azmat Ali, said the DSCA announcement does not mean the deal had been finalized.
"It will take some time," he said. "This is a cycle that keeps on going. We've been requesting them for some time. Sometimes they provide them, sometimes they do not."
Other munitions that Pakistan has acquired via the Pentagon's FMS program include TOW anti-tank guided missiles for its fleet of AH-1F Cobra attack helicopters. The TOW missiles been heavily used in counterinsurgency operations.
Ali said operations are "limited at present," as there has been a quiet period on Pakistan's frontier with Afghanistan, but that avenues for the munitions' replacement are ongoing.
When asked if there is a timeframe for this, he said there is "no immediate scope; definitely not in the near future."