Category Archives: Drones-UAV-UAS

The Port of Gulfport implemented ‘continuous autonomous subsea surveillance’ on May 1

There is no secret that the Navy has often used undersea surveillance sonar such as the German-made Cerberus anti-diver set for years in sensitive areas such as strategic ports, NSYs, and homeports.

For instance, more than 20 years ago:

050815-N-1722M-026 Pascagoula, Miss. (Aug 15, 2005) – Sailors assigned to Explosive Ordnance Disposal Mobile Unit One Two (EODMU-12) Det 10 prepare to guide the Cerberus Swimmer Detection System into the water at Naval Station Pascagoula during the Gulf Coast Maritime Domain Awareness Initiative 2005. The initiative is being held at the Port of Pascagoula in cooperation with the U.S. Navy and U.S. Coast Guard, along with federal, state, and local agencies working together to enhance homeland security. U.S. Navy Photo by Photographer’s Mate 1st Class Michael Moriatis (RELEASED)

Plus, there are regular harbor inspections and exercises by USCGR PSUs and USNR MIUWUs, not to mention state and local dive teams and UXO/EOD dets.

Now the ante has been quietly upped in the form of full-time AUSVs.

I’ve covered the Ocean Aero Triton, which is capable of sailing autonomously for 3 months on solar and wind power at speeds of up to 5 knots, several times in the past couple of years. I see them a lot as the company is based here in Gulfport.

Up she comes.

It seems the Triton is now also “on the job” in the port, basically making a baseline scan of the bottom and then repeating the grid to look for new items which would be interesting to take a closer look at to see if they are, well, an old refrigerator, or a sea mine.

 

Navy Ramjet progress, via Firebee

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)

As detailed by NAWCWD:

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.

Drones Give and Take in Unusual Ways These Days

A few interesting stories that help add color to what warfare is in 2025.

In Poland, Soldiers of the 15th Giżycko “Zawiszy Czarnego” Mechanized Brigade have been “testing new technologies for MEDEVAC procedures, notification systems, and modern teleinformation tools for planning and managing medical evacuations during both operations and emergencies.”

This includes using a large quadcopter UAV with a Stokes litter slung underneath for casevac.

Looks fun unless you are in the litter…

The Poles, who are continually keeping active tabs on what is going on in Ukraine, are all in on drones moving forward.

Drone troops are the future of the Polish army, the future of all types of armed forces. They will have hundreds of thousands of drones: flying, ground, surface, and underwater – said Deputy Prime Minister, Minister of National Defence Władysław Kosiniak-Kamysz on Wednesday during the annual task and settlement briefing of the management of the Ministry of National Defence and the command staff of the Polish Army.

Now, flash to the Sinai along the Israeli-Egyptian border, where the IDF recently intercepted and captured a UAV entering Israeli airspace. After downing the drone (which still looks intact, so it was probably via a soft kill ECM device) 10 M-16 style rifles and ammunition were recovered, no doubt being smuggled to Palestinian militant groups.

The rifles appear to be ChiCom Norinco CQs, which have been widely used and are available for sale in Yemen, Iraq, Syria, Sudan, and Libya. The Iranians even make a variant of the CQ domestically (as the Sayyad 5.56) for the Revolutionary Guards Corps (IRGC).

And from the wastes of the Mojave Desert, where the 11th “Blackhorse” Armored Cavalry Regiment has been routinely beating the tracks off folks as the OPFOR at the National Training Center in Fort Irwin for the past 30 years, drones are well in hand to shake things up.

According to the Blackhorse’s social media team, they have been integrating FPV drones of the type often seen in use as simple munitions droppers and unmanned kamikazes in Ukraine and Syria, drone-deployed minefields, and their own legacy systems to lay waste to visiting units and making it look easy.

Price check, UAV

Ever wondered what medium-sized Group 3 UAVs run these days?

How about this contract announcement this week from DOD, emphasis mine.

Keep in mind the figure includes support and all the accouterment.

Insitu Inc., Bingen, Washington, is awarded a $102,353,293 modification (P00007) to a previously awarded firm-fixed-price, indefinite-delivery/indefinite-quantity contract (N0001922D0038). This modification increases the contract ceiling to procure 21 RQ-21A Blackjack air vehicles and 47 ScanEagle air vehicles, as well as associated payloads, turrets, support equipment, spares, tools, and training for both Unmanned Aircraft Systems in support of intelligence, surveillance, and reconnaissance for the Navy, Foreign Military Sales customers, and other international business partnership capacity efforts. Work will be performed in Bingen, Washington (88%); and various locations outside the continental U.S. (12%), and is expected to be completed in June 2026. No funds will be obligated at the time of award; funds will be obligated on individual orders as they are issued. This modification was not competed. Naval Air Systems Command, Patuxent River, Maryland, is the contracting activity.

5-inchers got a Lot more use than you’d expect in the Red Sea (and an LCS got in on it)

As detailed by the head of Naval Surface Forces, VADM Brendan McLane, during the annual Surface Navy Association conference this week, warships expended some 400 pieces of ordnance in defense against incoming threats from Iranian/Houthi rebels over the past 15 months.

  • 120 SM-2 missiles.
  • 80 SM-6 missiles.
  • 20 Evolved Sea Sparrow Missiles (ESSM) and SM-3 missiles.
  • 160 rounds from destroyers and cruisers’ five-inch main guns.

The last one is great news, as the anti-air capability of the MK 45 5″/54 and 5″/62— especially when using proximity (VTF and IR) rounds– has been often overlooked. I mean they have a published effective AA range of 23,000 feet and can fire 20 rounds in the first minute of going hot.

Datasheets inbound: 

LCS Combat!

One interesting tidbit not included in the above table is that an LCS has been bloodied in battle as well, with the USS Indianapolis (LCS 17) recently earning a Combat Action Ribbon and Navy and Marine Corps Achievement Medal, the first for her type, “after shooting down Houthi drones and missiles in the Red Sea.”

Indy, a Freedom-variant littoral combat ship, just completed an 18-month deployment, which included two exchanges of command between LCS Crew 112 and LCS Crew 118.

While traveling as a Surface Action Group with the destroyers USS Spruance and USS Stockdale through the Red Sea, the ships “successfully detected and defeated a combined 23 Ballistic and Anti-Ship Cruise missiles and one-way attack drones fired from Houthi Rebels in Yemen” across three days from 23-25 September.

Now, unclear is if Indy got in shots on said incoming vampires, and if so was it from her 57mm gun, her Sea-Ram, or her embarked MH-60 from HSC 28. It was also recently detailed that a Seahawk downed a Houthi drone via its 7.62mm door gun last month, so that’s a possibility.

“What this team of amazing Americans achieved over the course of this deployment will pay dividends in the maintenance planning and tactics development arenas for years to come,” said Cmdr. Matthew Arndt, USS Indianapolis’ Commanding Officer. “As the workhorse of the Arabian Gulf, Indy executed the lower tier missions necessary to maintaining good diplomatic relations in the Middle East which allowed Standard Missile shooters to reposition to deal with bad actors in the Red Sea. I think it’s pretty special that we were able to provide the 5th Fleet commander with more tools and options to aid in the free flow of commerce through a contested waterway.”

More on Carney’s Red Sea Getaway

The guided-missile destroyer USS Carney launches land-attack missiles while operating in the U.S. Naval Forces Central Command area of responsibility, Feb. 3, 2024. The Carney was deployed as part of the USS Dwight D. Eisenhower Carrier Strike Group to support maritime security and stability in the Middle East. U.S. Navy Photo 240203-N-GF955-1012

The early Flight I Arleigh Burke-class destroyer USS Carney (DDG 64) is not a young warship. Commissioned in 1996, the Navy has frequently deep-sixed younger greyhounds over the years.

Her epic 235-day October 2023-May 2024 deployment to the Red Sea to keep the area open in the face of Houthi attacks earned her a Navy Unit Commendation (her third) and she took part in a staggering 51 engagements against a high-low mix of everything from cruise missiles and anti-ship ballistic missiles to swarms of much simpler prop-driven one-way attack drones.

She also made the first publicly acknowledged SM-6 combat intercept, downed air-to-air targets with her 5-inch gun (!), and launched retaliatory TLAM strikes against targets ashore.

Her entire crew earned the Navy’s Combat Action Ribbon while her skipper picked up a Bronze Star and other key members of the crew received Meritorious Service Medals, Navy Commendation Medals, and Navy and Marine Corps Achievement Medals– well deserved as the ship had the highest anti-air op-tempo that the U.S. Navy has seen since 1945.

An excellent 10-minute Navy film, USS Carney: A Destroyer at War, dives deeper with crew interviews:

UAVs and USVs you may not know the U.S. operates

Uncrewed systems employed by assorted American maritime agencies almost never get any love, from Big Navy on down.

Almost.

It should be of interest these two recent videos from NOAA and the USCG on, respectively, the 25-foot-long DriX uncrewed surface vehicle, and the latter’s Operation Demonstration Coquí which has been working with 26 RDC, a RIB-based USV (including the use of a hand-launched RQ-20B Puma UAV), as well as a neat little VTOL UAV, the FVR-90.

 

The Coast Guard’s Short Range Unmanned Aerial System (SR-UAS) program, founded in 2023, has qualified nearly 500 Coast Guard pilots from various backgrounds and rates who have supported over 75 units. The USCG fields two small in-house drones– the Skydio X2D and the Parrot Anafi– while contractors have been shipping out with Insitu ScanEagles on blue water cutter deployments.

Coast Guard Cutter James, returning from an East Pac deployment, seen at Port Everglades, Florida, Oct 26, 2023, including four Scan Eagle UAV contractors and one of their drones. 231026-G-FH885-1002

Pumas have been seen as well.

Coast Guard Cutter Oliver Henry (WPC 1140) in the Philippine Sea, lobbing a RQ-20B Puma UAS drone from the deck of the 158-foot Sentinel class color while on CTF75 taskings

Kevin Vollbrecht, an engineering development technician with Aerovironment Inc., launches a PUMA AE unmanned aircraft system from the flight deck of Coast Guard Cutter Polar Star during Operation Deep Freeze 2016 in the Southern Ocean Jan. 3, 2016. The UAS will play a role in selecting the optimal route through pack ice as the cutter transits to McMurdo Station, Antarctica. (U.S. Coast Guard photo by Petty Officer 2nd Class Grant DeVuyst)

As for NOAA, they also have Saildrones– which capture amazing footage inside hurricanes, and swimming Ocean Gliders, which don’t get enough attention. 

Secret Space Plane & Aerobraking

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.

First of the Dash Cans

Official caption, 65 years ago this month: “U.S. Navy s First Helicopter Destroyer Conducts Exercises. USS Hazelwood is the Navy’s first anti-submarine helicopter destroyer, steams off the Atlantic coast near Newport, Rhode Island.”

Photograph released on 1 September 1959. 428-GX-USN 710543

Attached to Destroyer Development Group Two, Hazelwood is undergoing extensive training exercises to acquaint her crew with air operations. Her flight deck is designed to accommodate the DSN-1 Drone Helicopter (OH-50) scheduled for delivery from Gyrodnye Company of America, Inc. Soon, an HTK Drone Helicopter with a safety pilot, developed by the Kaman Aircraft Company, is being used for training exercises until the DSN-1 Drone becomes available. Through the use of a drone helicopter and homing torpedo, Hazelwood will possess an anti-submarine warfare kill potential at a much greater range than conventional destroyers.

A hard-charging Fletcher-class tin can, USS Hazelwood (DD-531) was built at Bethlehem’s San Francisco yard and joined the Pacific fleet in WWII.

Hazelwood in WWII, wearing Measure 32, Design 6d.

As part of her wartime service that saw her earn 10 battle stars, she caught a kamikaze off Okinawa in April 1945.

USS Hazelwood (DD-531) after being hit by a kamikaze off Okinawa, 29 April 1945. 80-G-187592

Hazelwood, all guns blazing, maneuvered to avoid two of the Zeros. A third screamed out of the clouds from astern. Although hit by Hazelwood’s fire, the enemy plane careened past the superstructure. It hit #2 stack on the port side, smashed into the bridge, and exploded. Flaming gasoline spilled over the decks and bulkheads as the mast toppled and the forward guns were put out of action. Ten officers and 67 men were killed, including the Commanding Officer, Comdr. V. P. Douw, and 35 were missing. Hazelwood’s engineering officer, Lt. (j.g.) C. M. Locke, took command and directed her crew in fighting the flames and aiding the wounded.

Suffering terrible damage, she was patched up enough at Ulithi to return to San Francisco under her own steam, albeit in an almost unrecognizable condition.

These photos by LIFE’s Thomas McAvoy as she steamed under the Golden Gate in June 1945, headed to Mare Island NSY for a rebuild:

After reconstruction and a spell in mothballs, Hazelwood served in the Med during the Suez Crisis, and, between 1958 and 1965, following another rebuild, would serve as a trials ship for DASH and the Shipboard Landing Assist Device (SLAD).

USS Hazelwood (DD 531) off Patiuxent, November 1960. She is shown with the prototype DASH hangar, landing area, and refueling system

In August 1963, Hazelwood logged more than 1,000 DASH landings on her deck. That’s almost carrier-level numbers.

“DASH” (Drone Anti-Submarine Helicopter) the U.S. Navy’s new long-range anti-submarine weapon system, “DASH”, hovers in free flight over the flight deck of the USS HAZELWOOD (DD-531). Suspended under the drone’s body is a homing torpedo, the mainstay of the DASH system. The drone produced by Gyrodyne Co. of America, Inc., of Long Island, New York, is designated model DSN-1. It made the world’s first free flight of a completely unmanned drone heli. At the Naval Air Test Center, Patuxent River, MA. In August, 1960. March 22, 1961. KN-1814

As detailed by a 1970s Navy report:

(U) While initial feasibility tests of the helicopter-destroyer concept were successfully conducted aboard Manley (DD 940) with a drone version of the HTK-1 helicopter in February 1959, Hazelwood (DD 531) was the first destroyer to be completed with the installation of a drone helicopter facility (hangar, flight deck, and aviation fuel system). Initially, COMOPDEVFOR was scheduled to begin evaluation of the Hazelwood installation in July 1959.*

Delays in the development of the final drone helicopter, however, meant that initial tests of the DSN-1** would not begin before March 1960. This program, one of the Navy’s largest commitments, certainly in terms of numbers of ships, to an unproven concept was eventually to prove less than completely successful and, in fact, delayed the introduction of the manned helicopter into the Navy’s destroyer-sized vessels for nearly ten years. Nevertheless, it represented the beginning of the destroyer-helicopter team concept which was to receive growing emphasis throughout the sixties and seventies.

* In the Pacific one prototype FRAM started conversion at the same time, Thomason (DD 760).

** Single Boeing jet engine, gross weight 2,200 pounds, rotor diameter twenty feet.

Hazelwood decommissioned 19 March 1965, entered mothballs with the Atlantic Reserve Fleet for a decade, then was stricken and sold for scrap in 1976.

As for the QH-50, some 755 were produced in the 1960s and it was fielded through the 1970s on over a hundred U.S. destroyers, destroyer escorts, destroyer tenders, cruisers, and at least one battleship (New Jersey off Vietnam) as well as seven Japanese ships during the Cold War. While it didn’t live up to its potential, had there been no DASH program, there wouldn’t be the vibrant UAV fleet that is currently fielded.

Drone CVEs and CVLs abound (except in the US)

I know you guys are together and bathe regularly and don’t need me to point stuff like this out, but drone carriers are seriously becoming a thing.

In the past couple of years, Turkey has decided to turn Anadolu, their 25,000-ton/762-foot variant of the Spanish LHA Juan Carlos I, into a floating airdrome for their domestically-produced UCAVs such as the Bayraktar TB-3, an aircraft roughly equivalent to a late model General Atomics MQ-1 Predator.

Plans have shown the ‘phib with 40 TB3s on deck, not counting those that could be stored below deck.

Then came news from Thailand that the small 1990s-built ski-jump equipped 11,500-ton HTMS Chakri Naruebet, long stripped of its working second-hand AV-8S Harriers, is to be upcycled to operate drones.

HTMS Chakri Naruebet with locally made MARCUS drone

Further, the Portuguese Navy is in the design phase of a 10,000-ton multifunctional LPH that can carry UAVs as its principal air wing.

The fixed-wing UAVs are launched via a ski jump. Portuguese Navy image.

The mothership is shown with two notional fixed-wing UAVs on deck (they look like MQ-1C Grey Eagle but the new MQ-9B STOL may be a better fit) as well as 6 quad-copter UAVs and one NH90 helicopter. The design seems to lack an aviation hangar. Below decks is a modular area to launch and recover AUV, UUV, and USV. Portuguese Navy image.

Speaking to adversarial countries, Iran has shown off a one-way drone carrier made from a converted coaster, and China built a pair of small catamaran “drone mini-carriers.”

Iran’s budget “drone carrier”

Chinese catamaran drone mini-carrier, with five VTOL spots

Now it seems the PLAN has gone the distance and is close to completing a much larger, 300-foot, drone carrier catamaran.

Via Naval New. The previously unreported drone carrier (A) is longer but narrower than two drone motherships (C, D) built in the same yard. There are also several high-tech target barges (B, F), including one miming an aircraft carrier (E).

We need American CVE-Qs

It seems that a quick program to rapidly construct a series of navalized drone-carrying jeep carriers should be pushed through.

Think this but with UAVs: 

USS Altamaha (CVE-18) transporting Army P-51 Mustang fighters off San Francisco, California on 16 July 1943. NH 106575

Commercial hull. Perhaps even taken up from the glut of vessels already for sale at just above scrap value. Minimal conversion reconstruction while resisting the desire to add all sorts of gee-whiz gear and weapons. Could even go supersized and use converted VLCCs and supertankers. 

Minimally manned (15-20 vessel crew, 20-30 UAV techs and operators). Expendable vessel if push comes to shove, with the crew given ready access to a couple of quick-release free-fall lifeboats.

Fill it with a few dozen MQ-9B STOLs until something more advanced comes along. 

This General Atomics rendering shows it running from an LHA, but surely a smaller and more dedicated CVE-style vessel could work. Note the underwing armament

DARPA is working on its Ancillary Program of six different design concepts for a low-weight, large-payload, long-endurance VTOL uncrewed X-plane to operate with the fleet, so the idea of an all-UAS Carrier Air Wing is just over the horizon. 

ANCILLARY design concept renderings from all six performers, clockwise from lower left: Sikorsky, Karem Aircraft, Griffon Aerospace, Method Aeronautics, AeroVironment, Northrop Grumman.

Add a couple of CVEQs to a DDG (commodore and AAW commander) and LCS (Surface Warfare commander) for an instant sea control group.

The ghosts of Kaiser and Zumwalt would approve.

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