Not going to get into it in too much detail, as I am sure you guys are getting a firehose of this information right now on Epic Fury, or as I like to call it — Praying Mantis II — but I did see this interesting and important footnote to military history.
Saturday’s attack was the Pentagon’s first use of one-way (i.e., “kamikaze”) drones in combat, with CENTCOM’s Task Force Scorpion Strike admittedly using SpektreWorks FLM-136Low-cost Uncrewed Combat Attack System one-way attack UAVs as part of a sweeping 4,000 items-of-ordnance blitz.
Of some hilarity, the $35K (or less) LUCAS is an unlicensed reverse-engineered knock-off of the Iranian HESA Shahed 136, which has given the Navy so much heartburn in the Bab el Mandeb in the past couple of years and has been extensively captured in Ukraine.
And that is a bit of delicious irony.
(Nov. 23, 2025) Low-cost Unmanned Combat Attack System (LUCAS) drones are positioned on the tarmac at a base in the U.S. Central Command (CENTCOM) operating area, Nov. 23. The LUCAS platforms are part of a one-way attack drone squadron CENTCOM recently deployed to the Middle East to strengthen regional security and deterrence. (Courtesy Photo)
(Nov. 23, 2025) Low-cost Unmanned Combat Attack System (LUCAS) drones are positioned on the tarmac at a base in the U.S. Central Command (CENTCOM) operating area, Nov. 23. The LUCAS platforms are part of a one-way attack drone squadron CENTCOM recently deployed to the Middle East to strengthen regional security and deterrence. (Courtesy Photo)
One of the first publicized launches of the 10-foot LUCAS was via RATO from USS Santa Barbara (LCS 32) while operating in the Arabian Gulf last December. She is one of three Independence-class ships, including USS Canberra (LCS 30) and USS Tulsa (LCS 16), that are currently forward-deployed to Bahrain with new MCM mission modules, replacing the legacy Avenger-class ships that have served in Task Force 55 for over 30 years
A Low-cost Unmanned Combat Attack System (LUCAS) successfully launches from the flight deck of the Independence-class littoral combat ship USS Santa Barbara (LCS 32) while operating in the Arabian Gulf, Dec. 16. Task Force 59 operated the LUCAS drone, which is part of Task Force Scorpion Strike, a one-way attack drone squadron recently deployed to the Middle East. (Cpl. Kayla Mc Guire)
So it may be doubly interesting to see just from where those LUCAS UAVs were launched.
Two B61-12 JTA’s sit loaded on an F-35 at Hill AFB for a flight test on Aug. 19, 2025. Sandia NL Photo by Craig Fritz
From a recent Sandia National Laboratories presser:
Sandia, in conjunction with NNSA, conducted a series of successful stockpile flight tests at Tonopah Test Range in Nevada, with support and aircraft generation from Hill Air Force Base in Utah. The tests, conducted Aug. 19-21, yielded positive results as inert units of the B61-12 nuclear gravity bomb were successfully carried and dropped by an F-35 aircraft, marking a significant milestone in evaluating the weapon’s performance.
The B61-12 “dial-a-yield” (0.3, 1.5, 10, or 50 kt, with “Little Boy” at Hiroshima being about 15kt by comparison) nuclear gravity bomb, carried in the stealthy bomb bay of the 5th generation F-35 strike fighter, is about as optimal as it gets when you are talking about tactical nukes.
The F-35A has a combat radius of approximately 670 nautical miles when operating “clean” without external drop tanks, while the STOVL F-35B runs 500nm on the same strike profile. Air-to-air refueling can stretch that to almost any desired in-theatre destination.
Besides the obvious USAF/USN use, this combo is soon to be seen in the hands of Allies.
Dutch F-35As took the first step to become “nuke-certified” in 2023, and will use them in NATO’s Dual Capable Aircraft (DCA) nuclear sharing mission. They are already stored at Vokel for use with Dutch F-16s.
Belgium’s first F-35As arrived in-country in October 2025 and will use the aircraft with NATO-supplied B61s at its Kleine Brogel AB.
Italy operates F-35A and F-35B variants, with a plan to eventually have 115 total aircraft after recent procurement announcements. They are a DCA mission nation with NATO B61s at Ghedi AB.
In June, the British MoD announced that it would purchase 12 F-35As and a stockpile of U.S.-held B61-12s for the RAF already held at Lakenheath AB and formally join NATO’s DCA program.
Germany’s Luftwaffe will also buy 35 F-35As to replace its aging Tornado fleet, with the first aircraft expected to be delivered in 2026. Again, with shared B61s already on the menu for the Tornados of TaktLwG 33 at Büchel AB.
Turkey is also a DCA B-61 sharer, stockpiling NATO-controlled weapons at Incirlik Air Base, capable of being carried by Turkish F-16C/Ds in a pinch. If they ever get cleared to join the F-35 program once again, well, that makes a six-pack of Lightning/B-61 users other than those in the U.S..
Looking back over the huge photo dump from the recent UNITAS 2025 exercise– which has been trucking along annually since 1960– a somewhat composite view arises of the Marine’s new Maritime Reconnaissance Companies (MRC), and the drone supply boats it looks to use to supply its pair of expeditionary Marine Littoral Regiments in forward, likely isolated, islands in the Western Pacific.
I present to you the carbon-fiber hulled Whiskey Bravo boat in operation, utilizing a tire-clad, retired USCG 87-foot Marine Protector-class patrol boat as the target for a training VBSS team. In Marine use, the 40-foot Australian-built Whiskey Bravo is referred to as the more official Multi-Mission Reconnaissance Craft, or MMRC.
U.S. Marines with 4th Assault Amphibian Battalion, 4th Marine Division and marines with Batallón de Infantería de Marina, Armada de la República Dominicana, (marine Infantry Battalion within the Dominican navy) board a moving ship while on Multi Mission Reconnaissance Craft-A littoral craft, to conduct visit, board, search and seizure training during exercise UNITAS 2025 Marine Corps Air Station Cherry Point, North Carolina, Sept. 23, 2025.
U.S. Marines with 4th Assault Amphibian Battalion, 4th Marine Division, prepare to visit, board, search, and seize a vessel during exercise UNITAS 2025 at Marine Corps Air Station Cherry Point, North Carolina, Sept. 24, 2025. (U.S. Marine Corps photo by Lance Cpl. Michail Stankosky)
U.S. Marines with 4th Assault Amphibian Battalion, 4th Marine Division, prepare to visit, board, search, and seize a vessel during exercise UNITAS 2025 at Marine Corps Air Station Cherry Point, North Carolina, Sept. 24, 2025. (U.S. Marine Corps photo by Lance Cpl. Michail Stankosky)
The Whiskey Bravo accommodates up to six operators seated on shock-absorbing seats and two crew members at the forward control console.
It can carry twin 4-round Rafael (Lockheed) Spike NLOS canister launchers on the stern (17nm range and a Mini-Typhoon remote-controlled stabilized .50 cal up front.
Without the armament, it can carry as many as 17 combat-loaded troops for short stints. The boat can be rushed to a forward area via C-17 and is air-droppable. Further, the WB can be optionally manned, controlled instead via remote datalink.
A take on how it could be employed.
As described in a November 2024 Proceedings piece by Lt.Col Brian Lusczynski, three active and perhaps one reserve Maritime Reconnaissance Companies will be established, each with 18 Whiskey Bravo boats (MMRCs) and 12 unnamed USV types.
Within a Marine division, the MRC will fall under a parent O-5 command such as the future mobile reconnaissance battalions (which are replacing the light armored reconnaissance units). Each MRC will consist of a headquarters element and three maneuver platoons operating MMRCs and USVs. Each platoon will comprise a headquarters element and three maneuver sections, with each section consisting of two MMRCs and two USVs.
Next, we have the Autonomous Low-Profile Vessel, or ALPV, which takes the nearly awash “narco sub” concept long used to run all sorts of contraband and options it for remote use to carry supplies to calm little lagoons right under the eyes of the PLAN.
It has been tested out by the Logistics Battalions of the Marine Littoral Regiments, and is described as “a semi-submersible autonomous logistics delivery system that has the ability to deliver multiple variations of supplies and equipment through contested maritime terrain.”
An autonomous low-profile vessel assigned to 2nd Distribution Support Battalion, 2nd Marine Logistics Group, pulls out of Mile Hammock Bay during exercise UNITAS 2025 at Marine Corps Base Camp Lejeune, North Carolina, Sept. 15, 2025. 2nd MLG is working with the Marine Corps Warfighting Lab to experiment with the ALPV for a more lethal, agile, and resilient capability while conducting expeditionary advanced base operations. (U.S. Marine Corps photo Lance Cpl. Franco Lewis)
U.S. Marines with Maritime Distribution Platoon, 2nd Distribution Support Battalion, Combat Logistics Regiment 2 open an autonomous low-profile vessel for refueling operations during exercise UNITAS 2025 at Marine Corps Base Camp Lejeune, North Carolina, Sept. 18, 2025. 2nd Marine Logistics Group is working with the Marine Corps Warfighting Lab to experiment with the ALPV for a more lethal, agile, and resilient capability while conducting expeditionary advanced base operations. (U.S. Marine Corps photo Sgt. Rafael Brambila-Pelayo)
ALPV has also been seen recently underway in Okinawa.
The Marine Corps tested the Autonomous Low-Profile Vessel (ALPV) during exercise Resolute Dragon 2025 (RD25), in Okinawa, Japan, and surrounding outlying islands. The ALPV is an autonomous logistics delivery system that can be configured to deliver multiple variations of supplies and equipment throughout the littorals. (U.S. Marine Corps photo by Connor Taggart)
And a recent view of the cargo capability of the 65-foot ALPV, which seems to have several pallet-sized cargo holds.
The concept of getting some diesel, a few pallets of MREs and water, plus extra batteries and an assortment of lickies and chewies, shipped quietly into a forward atoll, could be a realistic way to keep isolated garrisons fed and semi-happy.
U.S. Marine Corps Cpl. Conor Bassham, left, a metal worker and Sgt. Daymion Noisewater, a small craft mechanic with Combat Logistics Battalion 8, Combat Logistics Regiment 2, 2nd Marine Logistics Group, guides cargo onto an Autonomous Low-Profile Vessel during a concept of operations test at Marine Corps Base Camp Lejeune, North Carolina, April 23, 2025. The ALPV is an autonomous logistics delivery system that the Marine Corps is testing to resupply a dispersed lethal fighting force discreetly and allow those operating in the littorals to be more sustainable, resilient, and survivable, both in competition and in conflict. (U.S. Marine Corps photo by Cpl. Christian Salazar)
250923-N-N3764-1097. ATLANTIC OCEAN (Sep. 23, 2025) A U.S. Navy Global Autonomous Reconnaissance Craft (GARC) maneuvers in the Atlantic Ocean during UNITAS 2025, the 66th iteration of the world’s longest-running multinational maritime exercise. Unmanned and remotely operated vehicles and vessels extend the capability of interconnected manned platform sensors to enhance capacity across the multinational force. (Official U.S. Navy photo)
250923-N-N3764-1077 ATLANTIC OCEAN (Sep. 23, 2025) A U.S. Navy Global Autonomous Reconnaissance Craft (GARC) maneuvers in the Atlantic Ocean during UNITAS 2025, the 66th iteration of the world’s longest-running multinational maritime exercise. Unmanned and remotely operated vehicles and vessels extend the capability of interconnected manned platform sensors to enhance capacity across the multinational force. (Official U.S. Navy photo)
The 2nd Cavalry Regiment, based at Rose Barracks in Vilseck, Germany, will be the first unit to field the recently IOC’d XM204 Top Attack Terrain Shaping Munition.
The regiment is the longest continuously serving cavalry unit in the Army and plays a key role in the North Atlantic Treaty Organization’s Enhanced Forward Presence initiative.
“For units on the frontlines of deterrence in Europe, having access to advanced terrain-shaping capabilities like the XM204 strengthens our ability to influence key terrain, slow adversary movement, and protect our forces,” said Maj. Gen. John T. Reim, Joint Program Executive Officer for Armaments and Ammunition and Commanding General of Picatinny Arsenal. “This system gives our warfighters a decisive edge as we train and operate alongside NATO allies.”
What is the XM204?
Built by Textron, the XM204 has been in development since 2022 and is a low-profile hand-emplaced anti-tank “smart” mine of a sort.
At 84 pounds, it includes four bouncing top attack munitions with Tantalum explosively formed penetrators that can be fired independently and reach out to 50 meters from the device.
It holds four of these little guys
Rather than old anti-tank mines that require a vehicle weighing over 4 tons to be driven over, the XM204 utilizes seismic sensors with a classified range and, according to reports, programmable target profiles to distinguish between, for example, a bulldozer and a T-72.
Some say it can distinguish between an Abrams and a T-72 as well, which is interesting, but I wouldn’t want to be the Abrams platoon commander to try that for the first time.
It has a 30-minute delay in arming and a timed self-destruct (4 hours, 48 hours, or 15 days) to inert itself if not reclaimed and has “anti-tamper” features to keep the bad guys from using them. They can be collected by follow-on troops and redeployed if they haven’t been tripped.
The XM204 has been successfully used against T-72s at Yuma Proving Ground.
“XM204 anti-vehicle munition with standoff and top attack capabilities designed to support terrain shaping operations in action during a test run. (U.S. Army photo)”
A video of the XM204 in theoretical use:
It is interesting to imagine what Rommel and Montgomery would have done with 10 pallets of these in North Africa in 1942.
So it looks like the DOD (and the Coast Guard) is finally getting serious about UAVs and USVs. Lots of recent developments.
To kick it off, a recent Congressional Research Service report on the U.S. Army’s Small Uncrewed Aircraft Systems Programs highlights the increase in funding for the UAS, with the Army requesting $803.9 million for procurement and research, development, test, and evaluation (RDT&E) for FY26. Compare this to just $99.9 million in FY24.
In a nod to the increase, the Army formally established the Joint Interagency Task Force 401 (JIATF 401) with a mission to enhance the DOD’s unmanned systems and affordable C-sUAS capabilities.
Further, Fort Rucker has established its first Unmanned Advanced Lethality Course.
Speaking of Rucker, during the Army’s Unmanned Aerial Systems and Launched Effects Summit, held Aug. 11-15 on the base, a paratrooper from the 173rd Airborne Brigade “achieved a milestone once unimaginable for conventional Army units: destroying an aircraft in flight using a first-person-view drone carrying an explosive charge.” In short, strapping a remote detonated claymore to a Skydio.
The service has been using small FPVs with charges in exercises in Europe in recent months.
U.S. Army paratroopers assigned to the 173rd Airborne Brigade prepare to operate and detonate a live First Person View (FPV) drone at Pabradė Training Area, Lithuania, during a joint forcible entry operation as part of Swift Response 2025 (U.S. Army photo by Sgt. Jose Lora)
And in Poland, as part of Project Flytrap 4.0, an evolving C-UAS training event, troopers with the 2nd Cavalry Regiment “detected, tracked, engaged and defeated multiple drones at ranges between 500 and 800 meters using the Ballistic Low Altitude Drone Engagement system from a Stryker vehicle.”
BLADE has been fielded slowly since 2019, and is interesting.
Ballistic Low Altitude Drone Engagement, or BLADE, prototypes are mounted on trucks during an engineering test in June at Fort Dix, New Jersey. BLADE is integrated with an armament system to shoot down smaller unmanned aerial systems at close ranges. The test proved that the BLADE system can hit them with only a short burst of fire. (Photo by Marian Popescu, CCDC Armaments Center BLADE team)
“Some of those [drone] threats were being flown simultaneously, so the system defeated one target then quickly targeted and defeated a second target in a matter of seconds,” said David Goldstein, counter-unmanned aerial systems lead for the Army Combat Capabilities Development Command Armaments Center at Picatinny Arsenal, New Jersey.
With BLADE, a precision radar and C-UAS fire control software are integrated with CROWS hardware and software to assist operators in identifying, tracking, and pointing the weapon to a continually calculated intercept point, enabling the difficult challenge of destroying enemy drones.
Capable of functioning with numerous weapons, the BLADE/CROWS combination at Project Flytrap included an M2 .50-caliber machine gun firing multiround bursts.
The Army has also initiated production of the second tranche of its short-range reconnaissance (SRR) unmanned aircraft systems, and has “selected two vendors to manufacture the SRR system, which will equip the Army’s Transformation in Contact units with advanced, networked communication systems designed to address emerging threats.”
Initial fielding of SRR tranche one began in September 2022, and, to date, the Army has fielded over 16 brigades with this capability. Critical lessons learned and soldier feedback from tranche one were incorporated into tranche two. This strategy of integrating new technologies into future tranches will continue to provide the best UAS capabilities on an accelerated schedule.
Meanwhile, with the Coast Guard
The U.S. Coast Guard announced recently the Initial Operating Capability of the Robotics and Autonomous Systems (RAS) Program Executive Office (PEO), “dedicated to the rapid operationalization of the Unmanned Systems Strategic Plan.”
While the service has been sending cutters overseas with contractor-operated Scan Eagle UAVs since 2018 and has been trialing other platforms, a USCG LCDR who has been flying an MQ-9 with the Department of Homeland Security Customs and Border Patrol’s Air and Maritime Operations Division out of San Antonio just earned his wings, becoming the Coast Guard’s first aviation vehicle pilot. The service plans to spend $266 million to acquire its own MQ-9 Alphas in the coming months.
And finally, DARPA’s USX-1 Defiant, the No Manning Required Ship (NOMARS) platform, was recently christened in Everett, Washington.
The 180-foot-long, 240-ton lightship, which “can handle operations in sea state 5 with no degradation and survive much higher seas,” is completing final systems testing in preparation for an extended at-sea demonstration of reliability and endurance.
After years of field testing, the Marines this week issued the service’s largest contract for polymer-cased .50 cal BMG ammunition.
The five-year $95 million contract, awarded to Nammo to be filled at the company’s MAC facility in Bay St. Louis, Mississippi, was issued on Tuesday by the Marine Corps Systems Command in Quantico, Virginia.
As I previously reported at Guns.com, the Marines have been ordering polymer-cased .50 cal from MAC as far back as 2019. The company uses an advanced polymer caselet over a metal cap to reduce ammo weight by as much as 30 percent and provide cooler chamber temperatures, ejecting cool-to-the-touch cases. No modifications are necessary in weapons or procedures when using their polymer-cased cartridges.
Both the case and link are polymer. (Photos: Lance Cpl. Ryan Ramsammy/USMC)
Lighter weight per round comes in handy in logistics-limited operations typical of the Marines, who must move every bullet ashore either via aircraft, landing craft, or amphibious vehicle. In tests, a 100-round belt of polymer-cased .50 cal is 7 pounds lighter compared to legacy brass-cased rounds.
“This polymer ammunition also reduces fuel costs not only for aircraft but also for logistics and supply,” said Marine CWO3 Chad Cason, the project officer for .50-cal polymer ammunition at MCSC, in a 2022 release. “You can fit more ammunition on the pallet, increasing the overall pallet space used on a truck or ship. You can carry more on vehicles into combat or training as well.”
The Marines issued a $10 million contract to MAC in 2020.
Of course, they won’t be yellow when they get operational, but the Navy quietly marked a milestone in undersea warfare: the successful forward-deployed launch and recovery of the HHI Yellow Moray uncrewed underwater vehicle, a variant of the company’s REMUS 600 series UUV, from the USS Delaware (SSN 791), a Block III Virginia-class submarine. In a further note, Delaware was the first American warship commissioned while underwater, making her the ideal historical testbed for such devices.
250501-N-N0736-1001 NORFOLK (May 01, 2025) – Sailors attached to the Virginia-class fast-attack submarine USS Delaware (SSN 791) lower a Yellow Moray (REMUS 600) unmanned underwater vehicle (UUV) into the water during a UUV exercise in Haakosnsvern Naval Base in Haakonsvern, Norway, and then swim it to the sub. (Courtesy Photo)
The Yellow Moray UUV executed a pre-programmed mission profile showcasing the potential to greatly enhance the Navy’s subsea and seabed warfare (SSW) capabilities. The successful completion of this mission demonstrates the feasibility of deploying robotic and autonomous systems from submarines, opening new possibilities for clandestine operations and battlespace preparation. As part of this operation, Delaware executed three Yellow Moray UUV sorties of about 6-10 hours each using the same vehicle, validating the reliability of the system and the ability to execute multiple missions without the need for divers to launch and recover the vehicle.
But wait, there is more:
This deployment also highlighted the ability of the Submarine Force and UUV Group 1 to learn fast and overcome barriers. During the first attempts to launch and recover in a Norwegian Fjord in February, the vehicle failed to recover to the torpedo tube after multiple attempts. After recovering the UUV to a surface support vessel, technicians discovered damage to a critical part. To avoid impacts to the ship’s deployment schedule and operations, the Submarine Force (SUBFOR) shipped the UUV back to the U.S. and replaced the failed component. Knowing there was another opportunity to operate the system later in the deployment, SUBFOR returned the UUV to the theater where Delaware completed an expeditionary reload, and multiple successful UUV torpedo tube launch and recovery operations. As part of the expeditionary load, the team also executed a first-ever pierside diver torpedo tube load of the UUV in Norway, providing the operational commander with flexible options.
While the Yellow Moray itself doesn’t have much information, check out this backgrounder on the REMUS 620, its developmental “daddy”:
The Ryan Model 124, today best known as the BQM-34A Firebee, has been around since the 1950s and has been the most common American jet-powered gunnery target for the past 75 years or so. In short, it has been shot at by just about every weapon in the NATO arsenal.
The humble Firebee has also been used offensively from time to time, used in Vietnam as “SAM sniffer” and in photo recon and psyops roles, and in the 2003 invasion of Iraq to lay chaff corridors for SEAD strikes while the BGM-34 offshoot was tested to drop Shrike and Maverick missiles in remote strike missions.
So it should come as no surprise that a BQM-34 was used this week by the Naval Air Warfare Center Weapons Division to air-launch a Solid Fuel Integral Rocket Ramjet (SFIRR) for the first time.
A BQM-34 unmanned aerial vehicle launches from Point Mugu during a test of the Navy’s Solid Fuel Integral Rocket Ramjet (SFIRR) demonstrator, developed by Naval Air Warfare Center Weapons Division. The test marked the first air launch of SFIRR from an unmanned platform. (U.S. Navy photo)
A BQM-34 unmanned aerial vehicle launches from Point Mugu during a test of the Navy’s Solid Fuel Integral Rocket Ramjet (SFIRR) demonstrator, developed by Naval Air Warfare Center Weapons Division. The test marked the first air launch of SFIRR from an unmanned platform. (U.S. Navy photo)
A BQM-34 unmanned aerial target, which is remotely piloted during flight, releases a test missile over the Point Mugu Sea Range. The test advanced a missile design aimed at improving range and targeting for future Navy missions. (U.S. Navy photo)
The test also integrated the use of a fire control system on a BQM-34 unmanned target vehicle for live firing, demonstrating advancements in high-speed, long-range weapon capabilities. Launching the missile from an unmanned vehicle can allow warfighters to safely engage targets from greater distances.
As the Lead Prototype Integrator, NAWCWD combined advanced propulsion, avionics, and fire control technologies into the technology demonstrator in just 12 months. Rapidly transitioning technologies from research to operational use is critical for maintaining a warfighting advantage.
“This successful integration validates key aspects of our design and moves us closer to delivering an advanced propulsion system that will provide warfighters with greater range and speed,” said Abbey Horning, product director of NAWCWD’s Advanced Concepts, Prototyping and Experimentation office.
The tiny USAF/USSF unmanned space shuttle that has quietly been breaking records across seven lengthy deployments (up to 900 days on orbit per trip) since 2010, is set to perform some very next-level maneuvers.
Powered by Gallium Arsenide Solar Cells with lithium-ion batteries, the X-37 is just over nine feet tall and 29 feet long with a wingspan of just under 15 feet. For reference, the Space Shuttle Orbiter was 122 feet long and had a wingspan of 78 feet, making it several times larger.
The pint-sized X-37B Orbital Test Vehicle, as detailed by the USSF, “will begin executing a series of novel maneuvers, called aerobraking, to change its orbit around Earth and safely dispose of its service module components in accordance with recognized standards for space debris mitigation.”
Artist rendering of the X-37B conducting an aerobraking maneuver using the drag of Earth’s atmosphere. (Courtesy graphic by Boeing Space). 241010-F-FA999-0011
This is the first time the U.S. Space Force and the X-37B have attempted to carry out this dynamic aerobraking maneuver leveraging six successful missions of operating the space plane safely, as well as decades of general lessons learned from the scientific community conducting Moon and Mars missions.
Boeing, eager to point out they can get some stuff right when it comes to off-planet ops, has released an interesting reel including depictions of releasing payloads and some of the X-37’s declassified records.
“Rapidus Obruo” = I am overwhelmed by the rapidity
Since debuting its low-cost, air-delivered QuickSink system in late 2021, the Air Force has put it to good use in a series of destructive live ordnance tests.
While the guidance kit is modular and can fit anything from 500 to 2,000-pound bombs, it has been showcased from F-15Es using big GBU-31/B JADAMs, which hit the 2,120-pound mark.
Now JDAMs have been used a lot in SINKEXs over the past couple of decades but never had the same sort of dramatic effect as QuickSink– ex-USS Schenectady (LST-1185) took no less than seven 2,000-pound JDAMs during Resultant Fury in November 2004 and remained defiantly afloat.
The key is that QuickSink seems to aim for below-the-waterline hull hits akin to the old “Diving Shells” of WWII. After testing with B-52s in 2020 and then verifying the “Maritime JDAM” by F-15Es in August 2021, the Air Force started planning bigger exercises.
The first widely published QuickSink strike experiment was in April 2022 when an F-15E out of Eglin splashed the old 189-foot coaster M/V Courageous (ex-M/V Homborsund) off Destin, cracking it neatly in half with a single well-placed piece of ordnance.
Granted, Billy Mitchell probably could have done the same thing with his Martin MB-2 biplanes in 1921, but he didn’t have Go-Pros.
Then, in January 2023, BAE Systems got the $12 million Phase 2 contract from the Air Force Research Laboratory to further develop a low-cost, all-weather, multi-mode (radar/infrared) open architecture seeker for the program.
The second big QuickSink test was on the ex-USS Tarawa during RIMPAC ’24– of which no footage has been released. The aircraft involved was reportedly a B-2, again dropping a 2,000-pound QuickSink-enabled GBU-31/B.
It would be neat to know if the RIMPAC QuickSink test took place under the cover of darkness from 40,000 feet, allowing a seriously decent reach. Keep in mind that, while JDAM has a “published range” of 15nm, the JDAM-ER program looks to double that to 72km or more.
It is not clear what aircraft/ordnance combo was used in the daylight sinking but it was likely another F-15E from Eglin’s 85th Test & Evaluation Squadron.
While Deep Six-ing smallish commercial freighters may look dramatic, the world wonders what QuickSink could do against a good-sized warship built to naval standards, which is likely why no images have been released on Tarawa’s brush with the maritime JDAM.
Billy Mitchell would surely be curious to see that footage.
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