Global Conflict Reporting

Tag: US Navy

  • Daily Briefing

    February 5th,2025

    By Scott Jackson

    Arleigh Burke-Class Guided-Missile Destroyer, USS Preble (DDG-88) utilizing its High Energy Laser with Integrated Optical-Dazzler and Surveillance (HELIOS) Weapons System. 

    USS Preble (DDG-88) firing its HELIOS system.

    Helios is apart of a larger program aimed at the development of Solid State Lasers (SSL). Some of the other lasers being developed include the 

    -Ruggedized High Energy Laser (RHEL);

    -Optical Dazzling Interdictor, Navy (ODIN); -Solid State Laser Technology Maturation (SSL-TM) 

    -High Energy Laser Counter-ASCM Program (HELCA), for shooting down anti-ship cruise missiles. 

    All of these I’ve listed are in varying states of development and wont be fielded until a future date however HELIOS has been in a testing phase since 2021 and now has been fully integrated into the combat systems of at least the USS Preble (DDG-88) where it will be used to counter drones, small boat threats and missiles. 

    The main advantage of the direct energy weapons is the price. Lasers cost about $1 to fire compared to some missiles getting into the tens of millions of dollars. 

    Russias losses in Ukraine for the month of January reached almost 50,000, the second highest since the early days of the war.

    According to the General Staff of the Armed Forces of Ukraine in the month of January 2025, the Russian armed forces lost 48,240 soldiers and 573 Russian armored vehicles and 230 tanks. In the Russian order of battle this is roughly equivalent to 3 motorized rifle divisions. In that time the Russian army has managed to take roughly 500 sq. kilometers (193 sq miles) in the Kursk Region as well as Ukraine. These numbers are almost identically to December of 2024 numbers except they took 100km more territory.

    The situation in Ukraine remains much as it has the past couple months. Ukrainian forces continues to reinforce defensive points while Russia has kept its army’s pushing into enemy territory. Ukrainian forces have stepped up the intensity of attacks on Russian oil and gas infrastructure, with the Ukrainian security services (USB) targeting the regions of Volgograd and Astrakhan.

    Astrakhan Gas Processing Plant

    Future daily briefs will have more Ukraine reporting as I reconnect with my sources and find new ones.

    Iraqi airstrike kills 5 ISIS operatives in Iraq.

    On January 31, Iraqi Security Forces (ISF), supported by U.S. Central Command (CENTCOM) forces conducted an airstrike near Kirkuk, Iraq. The attack killed 5 ISIS fighters according to CENTCOM.

    “An initial post-strike clearance found multiple explosive suicide belts and other materials,”

    CENTCOM confirmed in a statement, underscoring the strike’s role in weakening the group’s operational capabilities.

    “ISIS remains a threat to the region and beyond, and CENTCOM, along with partners and allies, will continue to aggressively pursue these terrorists to protect the homeland,” 

    This operation was backed by Coalition Joint Task Force – Operation Inherent Resolve (CTF-OIR), which provided intelligence and technical support for the strike.

    U.S. forces have recently stepped up strikes against ISIS targets since the fall of the Assad Regime in Syria. With the state being weakened it was a possibility that Daesh could attempt a comeback.

    On the same note….

    US Africa Command carries out airstrikes on ISIS in Somalia.

    On February 1st, 2025, US president Donald Trump, in his first major U.S. Strike overseas since he took office, ordered US forces to carry out airstrikes on ISIS targets in Northern Somalia in the Golis Mountains. Defense Secretary Pete Hegseth said that “multiple operatives” were killed in the strike.

    F/A-18 Super Hornet

    The strikes were carried out by planes from the navy and Air Force. FA-18 Super Hornets took part from the USS Harry S. Truman currently stationed in the Red Sea.

    While the main threat in the area has been Al-Shabab, ISIL has been involved in attacks in Southern and Central Somalia. Even while facing the threat of US bombings as well as the policing actions of the Somolian Security Forces, and a fierce rivalry with Al-Shabob ISIS (ISIL) continues to grow and gain a strong foundation in the country.

  •  White House announces the names of two new Ford Class aircraft carrier. 

    The White House on Monday annonced that it would be naming two of its future planned Gerald R. Ford-class nuclear powered aircraft carriers after former presidents. The USS William J. Clinton and USS George W. Bush, after the 42nd and 43rd U.S. presidents.

    “Their legacies will endure through these aircraft carriers, which serve as formidable platforms dedicated to safeguarding our national security and strengthening our resolve to protect this nation against any who would threaten our freedoms and way of life,“ said Secretary of the Navy Carlos Del Toro. 

    These ships will be the 5th and 6th of the Ford-class. As of writing this only one of the class exists which is the lead ship in the series USS Gerald R. Ford. Ford was named after the 38th president of the United States, who served on the light aircraft carrier Monterey in WW2 in the Pacific. The Ford-Class carrier to this day remains the largest carrier/warship ever created. 

    Evolution of Power : Ford-Class carrier upgrades and capabilities.

    USS Gerald R. Ford departs Navel Station Norfolk for its first deployment.
    Photo by Petty Officer First Class William Spears.

    What makes the Ford-class Special? 

    The Ford-class was created to offer a number of improvements over the Nimitz-class carrier which had been the standard for 40 years and is now being phased out, replaced by the Ford-class.What improvements make the Ford-class so special? Well let’s talk about it. Most of this info comes from testing on the only Current Ford class in use, the USS Gerald R. Ford (CVN 78)

    Cmdr. Robert Kurrle, the commanding officer of the “Golden Warriors” of Strike Fighter Squadron (VFA) 87, conducts his final carrier landing on the first-in-class aircraft carrier USS Gerald R. Ford’s (CVN 78) flight deck. Photo by Petty Officer 2nd Class Zackery Guth.

    Improved aircraft launch and recovery systems. Specifically the EMALS or Electromagnetic Aircraft Launch System replace the steam powered catapults used in the past giving fighter pilots a smoother takeoff with less maintenance. On the landing side we have the AAG or Advanced Arresting Gear which in testing so far with the Gerald R Ford has shown an increased smoothness with landing as well as the capability to catch heavier aircraft and UAVs (more in those in a bit).

    Island of USS Gerald R. Ford (CVN 78). You can see its radar here. Unknown photograph.

    To help with protecting the airspace around the carrier and its strike group the Ford Class Carriers all for the most part come equipped with the AN/SPY-/6(V)4 radar. SPY-6 for short. While the USS Gerald R. Ford has an older model and will be upgraded the future ships in the class will receive the upgraded SPY-6. This radar is one of the strongest parts of the ship giving the carrier the ability to defend against multiple threats from 360 degrees at the same time, including Hypersonic, Cruise, and ballistic missiles. It’s also highly resistant to enemy jamming efforts. The data collected can all be shared between the battle group and aircraft like the F-35 and EC-2 Hawkeye, further strengthen the groups defenses and offensive capabilities during battle. Info collected from the carrier battle groups radar and other sensors can be filtered through several different systems and processed and sent to whoever needs the info at the time. For example every CSG (carrier strike group) is going to have an Air Warfare Commander that will usually be the captain of an Aegis equipped Ticonderoga-Class Guided Missile Cruiser. His teams mission is obvious, to protect the Strike group from all manned aerial units and missiles and is one of the most important jobs in the CSG. The information taken from the carriers Radar on the Ford-class carriers can be transmitted instantly to the CIC (Combat Information Center)aboard the designated Air Warfare cruiser where the commander and his team can quickly make decisions based on that data to protect the CSG.

    Combat Information Center on the Gerald R. Ford

    I mentioned above that data could be shared between the CSG and I’d like to highlight this for a moment because I think it’s important. These systems are used throughout the navy. CEC or Cooperative Engagement Capability is a network of sensors and fire control systems all working together towards a complete battlefield picture for all aircraft and surface ships. Think about a computer network. The computers can all transmit data to one another through a high speed, encrypted, wireless connection allowing all these systems to operate together towards a unified goal. 

    A littoral battle underway as multiple hostile and friendly targets need to be identified and tracked.

    This would include systems like Aegis. Aegis is a series of radar,computers and different weapons systems that all work together be an effective missile defense system. While the carrier itself is not technically considered aegis its radar can be used to in the process to help shooting down threats. The last system I’ll mention is Link 16. Link 16 is a tactical data exchange network that allows ships and aircraft and ground forces to share a tactical picture in near real time. It supports text messages,imagery, voice through digital channel frequencies that operate using radio waves.  Link 16 is being used throughout NATO for the different nations to all be able to share their view of the battlefield.this system allows,for example- the stealthy F-35C lightning with its upgraded radar to communicate with the E2-D Advanced Hawkeye who can relay the signal to the 

    F/A-18 (and surface ships) allowing the Lightnings to act as a sort forward observer, tracking enemy’s and preselecting targets. 

    Planned air wing of the USS John F. Kennedy, The next Ford Class Carrier.

    Moving on. Let’s look at the main role of the carrier which is power projection through its air power. Its hanger capacity has been extended allowing it to support up to 90 aircraft of the current carrier air wing makeup. The future will likely see the navy’s workhorse F/A- 18 Super Hornet all replaced by F-35c Lightnings but for now it appears that they are running a mixture of the two mostly as a way to keep cost down if I had to guess. 

    Other aircraft operating from the Ford Class will be fairly standard except for a few instances. E/A-18 Growlers will remain a huge part of the carrier air wing being the electronic Warfare and SEAD/DEAD (Suppression/Destruction Enemy Air Defense) of Master that it is. The command and control E-2D Advanced Hawkeyes are the shiny big brother to the Hawkeye of olden days. Northrop Grumman took an “if it isn’t broke don’t fix it” approach to the beefed up Hawkeyes and instead of changing anything they just made it better in almost every way. The same is true for the SH-60 Seahawks which will cover helicopter operations. 

    F/A-18 Super hornet. No introduction needed. These are the ground strikers and air to air defenders of the fleet.
    E/A-18 Growler. The SEAD/DEAD powerhouse and the reason why the enemy’s never see what hit them.
    E-2D Advanced Hawkeye. Airborne radar as well as Command and Control. These guys are the Taskmasters. They make sure everybody is in the right place doing what they need to do.

    There is one other addition to be added to all Ford class carriers. The addition of an unmanned warfare center to operate any and all unmanned drones deployed by the CSG. The one major planned unmanned system is the MQ-25 Stingray. The Stingray is still in development but is expected to make its way to the fleet in the next couple years. The Stingray will handle all the carrier aerial refueling needs. 

    MQ-25 Stingray aerial refueling isn’t sexy, until you really need gas.

    All in all the Ford Class carriers will provide a net positive in war-fighting ability to the US  navy in a time when politics and budget constraints in the acquisition department have yielded several platforms that failed to meet expectations. The next Ford Class Carrier is set to be delivered to the Navy this year as long as there are no delays. 

  • US Department of Defense reveals the amount of munitions expended while engaging the Houthis in the Red Sea. 

    US Department of Defense reveals the amount of munitions expended while engaging the Houthis in the Red Sea. 

    The US military has been engaged in defensive operations against the Yemeni Houthis for the past 15 months in the waters of the Red Sea and in the Arabian Sea as well as the sky’s above Yemen. Several different US carrier strike groups have been deployed into the area to protect the billions of dollars of international commerce that moves through the Red Sea daily heading to and from the Suez Canal. The Houthis have targeted any ship they believe is connected in any way to America or Israel as a way to show support for Palestinian terror group Hamas and their war with Israel in Gaza. 

    The Head of Naval Surface Forces Vice Admiral Brendan McLane revealed at a Surface Navy Association conference that was attended by journalists from The War Zone( TWZ is great, I always recommend them when they come up) just how many munitions had been expended in the operation. Statements made by the Vice Admiral also give us a more detailed look at how the operation has been going and what US forces as well as their European allies have been dealing with. US CENTCOM which is the United States military command over The Middle East  region regularly puts out reports and social media post however they can sometimes be sparse with the details. 

    The U.S. Navy Surface Fleet has expended 400 individual munitions against the Iranian backed Houthis.

    The Vice Admiral also gave an example of the current state of modern surface warfare by talking about a recent engagement that the sailers aboard the Arleigh Burke class destroyer USS Spruance (DDG 111).

    “They were in a fight where they shot down 3 anti-ship ballistic missiles(ASBM), 3 anti-ship cruise missile (ASCM) and 7 one-way [unmanned aerial vehicles, or UAVs],” McLane said. “So that’s how it kind of rolls up.”

    USS Spruance (DDG 111) after its return to its homeport, Naval Base San Diego, Cali

    I’d like to break down the specific munitions, what they are used for, and maybe most importantly- the cost to the American taxpayers. 

    USS Chung-Hoon (DDG 93) fires an SM-2 missile.

    SM-2 missiles (RIM-66)

    120 expended. This missile is the workhorse of US navy air defense, being used to take out incoming anti ship missiles as well as other 

    missiles and incoming enemy jet fighters.. High speed-highly maneuverable and considered one of the best in the world at what it does. The Sm-2 has a reported range of 90 nautical miles and can reach an altitude of 65,000 ft. A cornerstone of the fleets layered air defense systems. 

    SM-2

    Cost vary on specific missile block but these come in at roughly $2 million USD per. 

    The U.S. is reported to have around 12,000 of these in its stocks.

    US Aegis Destroyer intercepts Medium-Range Ballistic Missile with new SM-6 SWUP Missile.

    SM-6 missiles (RIM-174)

    80 expended

    This is a newer addition to the fleet and the navy has a more limited stock of these missile with only 500 being reported to have been delivered according to the Raytheon website. 

    Coming equipped with the active radar seeker found in the Air-to-air AIM-120C AMRAAM, This missile is capable of a wide range of task being capable of defensive anti air against missile (including ballistic missile in their final terminal phase) as well as manned and unmanned air units. Its high speed also makes it a useful anti surface weapons although it’s high cost makes other weapons better choices. The thought behind this missile was warship today have limited space and a weapon that can effectively do everything is a benefit.  The explosive warhead as opposed to a hit-to-kill style missile makes this missile capable of potentially defeating the Chinese DF-21D and DF-25B anti-ship ballistic missiles. 

    SM-6 missile profile.

    Cost average around $3.9 million per. 

    A combined 20 expended from the 

    Sea sparrow and the SM-3. 

    Sea Sparrow launch

    Sea Sparrow ESSM

    Medium-range, semi-active homing missile that makes flight corrections via radar and midcourse data uplinks. The missile provides reliable ship self-defense capability against agile, high-speed, low-altitude anti-ship cruise missiles (ASCMs), low velocity air threats (LVATs), such as helicopters, and high-speed, maneuverable surface threats

    Sea Sparrow Profile

     $787K – $972K depending on configuration

    SM-3 launched from the USS McCampbell (DDG 85) intercepts ballistic missile .

    SM-3 (RIM-161)

    The SM-3 is the main ballistic missile defense of the fleet. It uses its powerful kinetic energy to utilize a hit-to-kill method of attack. It has a lower production rate than everything else on the list which also puts a heavy cost on these missile, especially if you have to fire more than one at a time. 

    SM-3 missile profile

    Anywhere from $10 million to $30 million (this price likely to come down some as missile production is ramped up as announced earlier today. 

    While the expenditure of these weapons is something to be concerned about it only highlights the logistical issues that the US would have in a near peer, great power conflict when the amount of munitions expended in the Red Sea over the past year would equal only several days of fighting in say the pacific against China. Addressing these procurement and cost issues is paramount if the US is to remain a dominant force on the world’s stage.