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Iran’s Continues Converted Tanker Carrier Push

Iran has continued its push to convert commercial oil tankers into helicopter and unmanned aerial vehicle (UAV) carriers. Recent photos show Tehran’s SHAHED BAGHERI carrier with new modifications and construction. The strategy of converting oil tankers into carriers began with the MAKRAN, an Aframax tanker formerly known as the PERSIAN GULF. The 750-ft (228-m) tanker had a large flat landing deck installed forward for RH-53D Sea Stallion, SH-3D Sea King, AS-61A Sea King or Bell AB 212 helicopters. The ship has a lift of 80,000 tons of fuel and 20,000 tons of water. MAKRAN can serve as a command center, logistics hub, intelligence platform, transportation vessel or carrier for UAVs, helicopters, troops and small craft. The ship, commissioned in 2021, embarked on the Iranian navy’s first circumnavigation of the globe in September 2022, with the corvette DENA, returning home on May 18, 2023. The converted tanker carrier, along with others like it, reflects a growing unconventional push to expand the Iranian navy’s reach into deeper, blue waters and theaters around the world.

Russia Upgrades KUB Loitering Munition with Lethal Warhead

Russia first deployed the KUB-UAV for its ongoing war in Ukraine.

The ZALA KUB, also known as KUB-BLA, is a high-precision Russian unmanned aerial vehicle (UAV) developed by ZALA Aero Group, a subsidiary of Kalashnikov Concern. It operates as a loitering munition, designed primarily for military purposes, and can function as a suicide drone or kamikaze drone to neutralize small targets on land or sea. The drone delivers precise strikes, using manually set target coordinates or image-based guidance, which makes it effective in high-stakes combat situations.

Recently, it was reported that the drone received an upgraded warhead; the previously 6.6 lbs fragmentation warhead had been replaced with an OFBCh 2.5 warhead consisting of an HMX-based explosive with a yield 1.7 times that of TNT.

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Iran’s Asr Radar Failing To Launch?

Iran has for years sought to develop its local defense industry, and electronics are no exception. The Islamic Republic proudly announced the development of the Asr, its first three-dimensional, passive electronically scanned array, phased array naval radar just a day before its National Day celebration in November 2013. Despite the fanfare that surrounded its expected 2014 delivery, this system has seemed conspicuously limited in its deployment. Supposedly capable of tracking up to 100 targets at a range of 110 nm (200.0 km), the Asr reflects a milestone for Iranian defense industry, though has only been confirmedly installed on the JAMARAN or MOUDGE class of corvettes, one of which, the SAHAND capsized on July 9, forcing ongoing repairs. While the Asr may be viewed as a developmental or test system or may be quietly installed or planned for installation on other vessels, it has so far been curiously out of sight in Tehran’s naval posturing.

Check Out What Else is New

Other updates made in August include the American KC-135 tanker, Russian Pantsyr S1 air-defense vehicle, Israeli SandCat, Polish MS-20 Daglezja, British Terrier, Russian Tigr, American AGM-114 Hellfire, JDRADM, RIM-116 Rolling Airframe Missile, German Panzerfaust 3, Spanish Cazadora, and Belgian DeFNder weapon station.

Naval updates include the Italian CAVOUR-class Aircraft Carrier, Russian ADMIRAL USHAKOV-class Cruiser, Spanish CANTABRIA-class Replenishment Oiler, Ukrainian ARTSIZ-class Weapons Trial Ship, Chinese QIANDAOHU-class Oiler, Mexican TARASCO-class Cargo Ship, British Mk 24 Tigerfish Torpedo, Italian Black Snake Towed Array Sonar, American AN/SPS-73 Naval Radar.

Special Reports:

Countering Unmanned Aerial Systems – 10 Programs To Watch
Tom Freebairn

From Ukraine to Gaza and Nagorno-Karabakh to the Red Sea, few technologies are making as much of an impact on today’s battlefields as unmanned aerial systems, or UAS. From small first-person view (FPV) quadcopters to advanced MQ-9 Reapers, these uncrewed systems have been used in a variety of roles including intelligence collection and attack to devastating effect. These weapons have challenged existing solutions, overwhelming air defenses, defying traditional sensor technology and testing the operational norms of war. As drones and their applications have multiplied, countering them has become a priority for states, organizations and manufacturers worldwide. Read up on emerging C-UAS tools in Tom Freebairn’s newest piece, “Countering Unmanned Aerial Systems – 10 Programs To Watch”.

Autonomous Systems of Impact in Modern Warfare
Aja Melville

The integration of autonomous military systems across air, land, and sea is revolutionizing modern warfare, delivering unparalleled speed, precision, and firepower. In the skies, Uncrewed Aerial Vehicles (UAVs) provide superior intelligence, surveillance, reconnaissance, and strike capabilities. On the ground, autonomous combat vehicles amplify firepower, situational awareness, and soldier protection. At sea, Unmanned Surface Vessels (USVs) significantly enhance naval operations, enabling sustained missions at a fraction of traditional costs. These advanced technologies are rapidly becoming essential to future military strategies. Read Aja Melville’s latest article for more, “Autonomous Systems of Impact in Modern Warfare”.