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First operational use by the IDF for Iron Sting precision mortars.🎯 The 120 mm mortar system employs a combination of GPS and laser guidance to ensure pinpoint accuracy when engaging targets within a range of 1 to 12 kilometers, minimizing collateral damage.

Elbit Systems

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33,638 görüntüleme • 2 yıl önce •via X (Twitter)

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Nat 🇰🇵 profil fotoğrafı

Nat 🇰🇵2 yıl önce

you will be held accountable some day and I hope it is so harsh

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Rummy2 yıl önce

Hospitals and schools and Churches are not targets, why do they get hit??

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Precision 120 mm Mortar IRON STING by Elbit Systems of America 🇺🇸 - Range: up to 12 km - Accuracy: CEP <1 m - Guidance: GPS / IMU / SAL - Warhead: 10.8 kg

Precision 120 mm Mortar IRON STING by Elbit Systems of America 🇺🇸 - Range: up to 12 km - Accuracy: CEP <1 m - Guidance: GPS / IMU / SAL - Warhead: 10.8 kg

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Elbit-made "Iron Sting" is a 120 mm precision guided mortar delivering missile-level accuracy from standard #mortar tubes. The Range is up to 12 km, the warhead - 10.8 kg, while the accuracy is less than 1 meter 🇮🇱 #Israel #Defense

Elbit-made "Iron Sting" is a 120 mm precision guided mortar delivering missile-level accuracy from standard #mortar tubes. The Range is up to 12 km, the warhead - 10.8 kg, while the accuracy is less than 1 meter 🇮🇱 #Israel #Defense

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🚨 IRON BEAM IS READY! Rafael confirms that the Iron Beam laser air defense system is ready for deployment and will be commissioned by the IDF this quarter. 🔹 100-kilowatt laser with a 10 km range 🔹 Successfully intercepted rockets, mortars, and drones 🔹 The first system is to be delivered by the end of 2025 Stay connected, follow Mossad Commentary

🚨 IRON BEAM IS READY! Rafael confirms that the Iron Beam laser air defense system is ready for deployment and will be commissioned by the IDF this quarter. 🔹 100-kilowatt laser with a 10 km range 🔹 Successfully intercepted rockets, mortars, and drones 🔹 The first system is to be delivered by the end of 2025 Stay connected, follow Mossad Commentary

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Designed to deliver decisive effects where and when they are needed most. Our one-way UAV effectors combine precision guidance, operational reliability, and mission adaptability, providing responsive, cost-effective capability across a wide range of targets and operating environments.

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$BREAKING: Israel reportedly will unveil a new defense technology called "Iron Beam", which was not slated to enter service for years. Iron Beam is a breakthrough technology that enables the country to use a laser beam to shoot down hostile projectiles at a fraction of the cost of the Iron Dome. It literally costs about $3 per shot rather than hundreds of thousands of dollars. The Iron Beam is a directed-energy weapon air defense system that has been designed to destroy short-range rockets, artillery, and mortar bombs. Below you will see the capabilities of what the Iron Beam can do. Is this the future of defense?$

BREAKING: Israel reportedly will unveil a new defense technology called "Iron Beam", which was not slated to enter service for years. Iron Beam is a breakthrough technology that enables the country to use a laser beam to shoot down hostile projectiles at a fraction of the cost of the Iron Dome. It literally costs about $3 per shot rather than hundreds of thousands of dollars. The Iron Beam is a directed-energy weapon air defense system that has been designed to destroy short-range rockets, artillery, and mortar bombs. Below you will see the capabilities of what the Iron Beam can do. Is this the future of defense?

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🚨 BREAKING: Pakistan has inducted a new Advanced Infantry Mortar System (AIMS) capable of firing 122mm guided mortars that can destroy bunkers. The system has a range of 6km, shoot and scoot capability, high-penetration rounds, and can be deployed within 40 seconds. ~ Pakistani media reports

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Direct fire with a 120 mm mortar? Because why not? In 1977, the Dutch Army conducted an experiment mounting a 120 mm mortar on the carriage of an 25-pounder gun. Normally, a mortar fires indirectly with a high-arcing trajectory. They wanted to find out what the effect would be when firing directly.

Direct fire with a 120 mm mortar? Because why not? In 1977, the Dutch Army conducted an experiment mounting a 120 mm mortar on the carriage of an 25-pounder gun. Normally, a mortar fires indirectly with a high-arcing trajectory. They wanted to find out what the effect would be when firing directly.

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⚡️BREAKING Iran unveiled the Qassem Basir ballistic missile with pinpoint accuracy The missile is specifically designed to bypass the US Thaad defence system ▪️Range: 1,300 km ▪️No use of GPS and immune to electronic warfare ▪️Carbon composite body ▪️Maneuverable warhead ▪️Equipped with optical seeker to sink warships

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A visual representation of a surface to air missile system ordered by Armenia simultaneously engaging four targets at a test conducted by the Indian Air Force and allegedly becoming the first in the world to do so

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This is the eye of a missile built before GPS and artificial intelligence. This is the laser seeker head from an AGM-65C/E Maverick, a precision air-to-ground missile that entered service in the early 1970s. Behind this small optical window is a complete guidance system designed to find and track a target using nothing but reflected laser energy. The missile itself does not know where the target is even when fired. A laser designator illuminates the target, the seeker detects the reflected laser signal, and Hidden inside the seeker is a precision gyro spinning at 24,000+ RPM, stabilising the optics so the missile could keep tracking a tiny reflected laser spot through vibration, acceleration, and supersonic flight. Built in an era of analog electronics, the seeker had to process signals, maintain optical alignment, and guide a missile travelling around Mach 1.2 without modern processors, GPS, or digital imaging systems. An AGM-65 Maverick cost an incredible $20,000-40,000 in 1970s production and became one of the most widely used precision strike weapons in aviation history. What looks like a small optical assembly is actually a mechanical and electronic eye that gave aircraft the ability to hit targets from kilometres away with unprecedented accuracy decades before today’s smart beyond visual range missiles. 🎥tonyturi

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As part of "upgrading readiness for future threats," the Defense Ministry says it successfully completed a series of "complex" tests with the David's Sling medium-range air defense system. David's Sling, produced by defense firm Rafael, is designed to intercept rockets, missiles, cruise missiles, aircraft, and UAVs. The ministry says the series of tests was based on "operational lessons" learned from the war, and included a "range of challenging scenarios in line with existing and evolving threats." "The success of the tests constitutes an additional technological and operational breakthrough in upgrading the system, which demonstrated high performance capabilities during the war with successful interceptions that saved lives and prevented significant damage," it says. David’s Sling, operational since 2017, forms the middle tier of Israel’s multi-layer air defense capabilities, which also include the short-range Iron Beam and Iron Dome, and a top-tier of Arrow systems, the latter of which are intended to engage long-range ballistic missiles.

Emanuel (Mannie) Fabian

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🇮🇷 "From the first dawn of battle, Iran soared with Emad. The fiery meteor cleaves the enemy's sky and lands in the heart of the enemy." Meet the Emad, Iran's first long-range liquid-fueled ballistic missile with a guided warhead and precision fins for pinpoint targeting. 72 tons. 3,000 km range. Guidance radars track the target from launch to the final second. In every wave of True Promise 4, Emad flies alongside Iran's missile squadron. A symbol of Iranian power to confront any aggression.

🇮🇷 "From the first dawn of battle, Iran soared with Emad. The fiery meteor cleaves the enemy's sky and lands in the heart of the enemy." Meet the Emad, Iran's first long-range liquid-fueled ballistic missile with a guided warhead and precision fins for pinpoint targeting. 72 tons. 3,000 km range. Guidance radars track the target from launch to the final second. In every wave of True Promise 4, Emad flies alongside Iran's missile squadron. A symbol of Iranian power to confront any aggression.

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