SureFire

Archive for the ‘Maritime’ Category

SCUBAPRO Sunday – The Seawing Supernova

Sunday, November 27th, 2022

The Seawing Supernova are like the MultiCam of fins. If you understand camo, you know that MultiCam is a camouflage pattern developed for usage in a variety of settings. It is said it can be used in 70% of the world. When it comes to frog and alternate kicks, the new twin-tip winglets increase control and markedly improve maneuverability. I started using the Supernovas a couple of months ago and noticed a difference immediately. I felt like I had a lot more maneuverability than with conventional fins. It also feels like what you expect a great dive fin to feel, but without the weight and, honestly, a lot more flexibility on the kicks, Frog, Reverse, Scissor or Flutter.

A diving fin needs power, and the Seawing Supernova has it. The fins are designed with Pivot Control Technology. The blade is pre-set in the 40º to 50º range, which is the appropriate angle of attack for the blade and ideal for translating kicks into forward propulsion.

The blade’s revolutionary flexible Auto-Adjust center panel coordinates with this hinge mechanism to adjust the angle of attack by counter-pivoting in response to the force of the kick. So, what does that all mean? On a traditional paddle fin, the harder you kick, the more the blade bends. That means a soft fin will achieve the ideal 45-degree angle when kicked gently but will over-bend and lose thrust when kicked hard. On the other hand, stiffer fins achieve that ideal 45-degree angle when kicked hard but remain too flat to be efficient when kicked gently.

Consequently, both types require the diver to compromise their kicking style to get any efficiency out of the fin.

When you are fining, you can kick so hard that it will bend the blade so far back that it can “technical” pull you backward; this offers a softer angle of attack for comfort while lightly kicking, a more aggressive angle of attack when powerfully kicking, and anything in between. New twin-tip winglets improve control and maneuverability when doing frog and alternating kicks.

The Seawing Supernova, winner of the prestigious Red Dot Award for product design, is a remarkable improvement over the Seawing Nova in terms of performance, construction, fit, and versatility. It also features a cutting-edge blade shape that generates significantly more power, speed, and maneuverability.

The Seawing Supernova also has a novel two-piece design, with the blade and foot pocket molded separately, is made of quality Monprene® for maximum durability, and breaks down effortlessly for transport. This will also allow you two change your blades as SCUBAPRO designed more. The Seawing Supernova’s open heel foot pocket has an updated heavy-duty bungee strap that enables micro-adjustments to accommodate various boot types and extended grip pads that improve non-skid traction on wet surfaces. It is sold as an open heel set with a foot pocket and blade already built.

Additionally, the two-piece construction enables the option of a full foot pocket in place of the usual open heel foot pocket for barefoot diving. You may quickly get ready to hit the water by disassembling the fin’s Socket-Lock Connecting System, replacing the open heel foot pocket with a complete foot pocket, and then reassembling. The entire foot pocket also has a re-profiled heel-retention cup to reduce slippage and chafing and is made of superior Monprene®

Liberty Lifter Aims to Revolutionize Heavy Air Lift

Saturday, November 26th, 2022

Large seaplane concept envisions extended operations, affordable production, advanced controls

DARPA has launched the Liberty Lifter project to demonstrate a leap in operational logistics capabilities by designing, building, and flying a long-range, low-cost X-plane capable of seaborne strategic and tactical lift. The new vehicle concept seeks to expand upon existing cargo aircraft by proving revolutionary heavy air lift abilities from the sea.

The envisioned plane will combine fast and flexible strategic lift of very large, heavy loads with the ability to take off/land in water. Its structure will enable both highly controlled flight close to turbulent water surfaces and sustained flight at mid-altitudes. In addition, the plane will be built with a low-cost design and construction philosophy.

Although current sealift is very efficient in transporting large amounts of payload, it is vulnerable to threats, requires functional ports, and results in long transit times. Traditional airlift is much faster, but has limited ability to support maritime operations. Additionally, today, such aircraft suffer payload limitations or require long runways.

There is a history of attempting to develop aircraft created to fly with “wing-in-ground effect,” which means the aircraft is flying no more than the length of its wingspan above ground or water. The most well-known examples are the Soviet “ekranoplans.” These vehicles were high speed and runway- independent, but were restricted to calm waters and had limited maneuverability.

“This first phase of the Liberty Lifter program will define the unique seaplane’s range, payloads, and other parameters,” said Alexander Walan, a program manager in DARPA’s Tactical Technology Office. “Innovative advances envisioned by this new DARPA program will showcase an X-plane demonstrator that offers warfighters new capabilities during extended maritime operations.”

To address the shortcomings of existing vehicles and operational concepts, the Liberty Lifter program focuses on addressing three main challenges.

Extended Maritime Operations: Emphasis will be placed on operating in turbulent sea states by creating high-lift abilities at low speeds to reduce wave impact load during takeoff/landing, and innovative design solutions to absorb wave forces. In addition, the project will address risks of vehicle collision during high-speed operation in congested environments. Finally, the aim is for the vehicle to operate at sea for weeks at a time without land-based maintenance activities.

Full-Scale Affordable Production: Construction will prioritize low-cost, easy-to-fabricate designs over exquisite, low-weight concepts. Materials should be more affordable than those in traditional aircraft manufacturing and available to be purchased in large quantities.

Complex Flight and Sea Surface Controls: Advanced sensors and control schemes will be developed to avoid large waves and to handle aero/hydro-dynamic interactions during takeoff/landing.

SCUBAPRO Sunday – Operation Vengeance  

Sunday, November 13th, 2022

One of the biggest codebreaking achieved by Naval intelligence during WWII was on April 14, 1943, they learned that Adm. Isokoru Yamamoto was preparing a visit to the upper Solomon Islands to inspect Japanese bases. Commander in Chief Pacific Fleet Adm. Chester W. Nimitz immediately relayed the details to Secretary of the Navy Frank Knox, who informed President Franklin D. Roosevelt. According to reports, the president’s response was “Get Yamamoto.” Whether or not the president actually said those terms, the order was given to assassinate the mastermind of the Pearl Harbor attack.

Ironically, the object of American vengeance had repeatedly put his life on the line by speaking out against US wars. He saw how poor industrial Japan was in comparison to the United States and the United Kingdom because of his postings in America and England.

When asked how he thought a war between Japan and America would go, Yamamoto replied that he would “run wild for six months or a year, but after that I have absolutely no confidence.”

“It is a mistake to consider Americans as luxury-loving and weak,” Yamamoto said in a meeting with classmates from his hometown of Nagaoka on Sept. 18, 1941. Remember the American industry is much more mature than ours, and they have unlimited oil supplies, unlike us. Japan would never be able to defeat the United States. As a result, we should refrain from fighting the US.”

When his government decided to go to war, Yamamoto put his personal feelings aside and pledged to do everything in his power to win.

Yamamoto was playing chess with a member of his team, Capt. Yasuji Watanabe, when they learned over the radio about the assault on Pearl Harbor and Japan’s subsequent declaration of war. “That’s too bad, Watanabe,” he said. Tell the Emperor that the navy did not intend it this way from the start if I die before you.”

Operation Vengeance is a vengeance-seeking operation.

Adm. Yamamoto was killed when the Betty bomber was shot down over Bougainville on April 18, 1943.

Following that came an incredible run of Japanese victories. The Imperial Japanese Fleet was then defeated at Midway, nearly six months to the day after Pearl Harbor. Yamamoto saw the writing on the wall when the arduous Guadalcanal war ended in early 1943. “I sense that my life must be completed in the next hundred days,” he wrote in a letter to a friend in Marchs. He left for the south to oversee the next phase of the operation.

Operation I-Go was a joint Japanese navy-army aerial counter-offensive launched on April 1, 1943, to halt American advances in the Solomon Islands and New Guinea. Yamamoto, now based in Rabaul, decided on April 13 that he wanted to inspect Japanese bases in the upper Solomons. Yamamoto halted the offensive on April 16, pending the completion of his inspection, after acknowledging without question exaggerated pilot reports of ship sinking’s and aircraft shootdowns.

Eighteen P-38s were chosen and fitted with special drop tanks (sixteen for the assault, two spares). While the others targeted the fighter escorts, a “killer” flight of four fighters led by Capt. Thomas G. Lanphier, Jr. would target the two Betty bombers containing Yamamoto and his staff.

Nimitz had to time his window of opportunity to intercept Yamamoto perfectly. Fortunately for him, his opponent was known for being punctual. Yamamoto’s path was outside the control of naval fighters, but it was within the range of Army Air Force P-38Gs that had recently been deployed to Guadalcanal.

Maj. John Mitchell USAAF, commander of Squadron 339, found himself assisting Vice Adm. Marc Mitscher and other senior commanders in preparing the assault on April 17. The intercept will take place over Bougainville Island. A 1,000-mile round trip was planned, with a 600-mile roundabout approach from the south. Eighteen P-38s were chosen and fitted with special drop tanks (sixteen for the assault, two spares). While the others targeted the fighter escorts, a “killer” flight of four fighters led by Capt. Thomas G. Lanphier, Jr. would target the two Betty bombers containing Yamamoto and his staff.

Operation Vengeance is a vengeance-seeking operation.

Any of the pilots who flew Adm. Yamamoto’s assassination flight, Operation Vengeance. From left to right: William Smith, Doug Canning, Besby F. Holmes, Rex Barber (historians believe he was the pilot who shot down Yamamoto), John William Mitchell, Louis Kittel, and Gordon Whittiker. Roger Ames, Lawrence Graebner, Julius Jacobsen; Eldon Stratton, Albert Long, and Everett Anglin; and unknown, crouching from left to right. Image from the National Archives

The P-38s of Operation Vengeance took off at 7:25 a.m. on April 18, the first anniversary of the Doolittle Raid. They arrived at the intercept point at 9:34 a.m. and saw their objective exactly on time.

While the other planes assaulted the other escorts, Lanphier and 1st Lt. Rex T. Barber of the killer flight split up to target the Bettys and immediate escorts. One P-38 and its pilot, 1st Lt. Raymond K. Hine, were killed when both bombers were shot down.

“That son of a bitch will not be dictating any peace terms in the White House,” Lanphier radioed shortly before noon, as the returning P-38s prepared to land at Henderson Field. Yamamoto was no longer alive. Lanphier’s comment was a misinterpretation of Yamamoto’s words, as he broke radio silence to say. Yamamoto was implying that a military victory over America could not be achieved by winning a single war, or even a series of battles.

The Navy Cross was awarded to any pilot who took part in the assault. The question of who shot down Yamamoto’s plane sparked a debate, with both Lanphier and Barber claiming responsibility. Barber was later identified as the perpetrator by historians.

SOFWERX to Host USSOCOM PEO-Maritime Undersea (PEO-M) Battery Charger Assessment Event

Wednesday, November 9th, 2022

SOFWERX, in collaboration with USSOCOM Program Executive Office-Maritime Undersea (PEO-M), will host an Assessment Event (AE) to identify solutions for the submersible vehicle programs Battery Charger 10-12 January 2023.

The PEO-M submersible vehicle programs requires a charging solution to be installed on a host vessel to charge the Main Batteries on the submersible during transport. The Power Supply shall have well defined interfaces and will need to meet current and planned future capabilities. The solution will need to fit in a predefined space and interface with existing host vessel infrastructure.

Details at events.sofwerx.org/charger

U.S. Citizens Only. Submit NLT 02 December 2022 11:59 PM ET.

HII Unveils REMUS 620 Unmanned Underwater Vehicle

Wednesday, November 9th, 2022

Enhanced Endurance, Mission Capacity and Odyssey™ Advanced Autonomy

MCLEAN, Va., Nov. 07, 2022 — HII’s (NYSE: HII) Mission Technologies division has revealed a new medium-class unmanned underwater vehicle (UUV): REMUS 620.

Building on the design philosophy of the highly successful REMUS 300 — recently selected by the U.S. Navy as the program of record for the Lionfish Small UUV — the REMUS 620 has a battery life of up to 110 hours and a range of 275 nautical miles, providing unmatched mission capabilities for mine countermeasures, hydrographic surveys, intelligence collection, surveillance and electronic warfare.

“Retaining a forward strategic advantage requires the ability to deliver a multitude of effects from under the sea,” said Duane Fotheringham, president of Mission Technologies’ Unmanned Systems business group. “The REMUS 620 is the first medium UUV designed to accurately deliver this range of advanced above-and-below water effects at long range.”

Built to support current and next-generation naval and special operations forces operations, REMUS 620 features a modular, open architecture design to facilitate seamless payload integration and HII’s Odyssey™ suite of advanced autonomy solutions for intelligent, robotic platforms.

REMUS 620 is the same size and weight of the first and only full-rate production medium UUVs: the MK 18 Mod 2, Littoral Battleship Sensing-Autonomous Undersea Vehicle (LBS-AUV) and LBS-Razorback systems operated by the U.S. Navy’s Mine Countermeasure Squadrons, U.S. Naval Oceanographic Office and Submarine Forces, respectively.

Multiple REMUS 620s operating collaboratively can be deployed from submarines, small manned or unmanned boats, amphibious ships, surface combatants and helicopters. REMUS 620 can also be used as a platform to launch and operate other unmanned vehicles or payloads from beneath the sea.

Energy
REMUS 620 is equipped with multiple batteries capable of 110 hours and a range of 275 nautical miles per mission, which provides unmatched multi-day endurance, range and stealth. The increased REMUS battery life enables the UUV to execute a significantly longer route to and from a mission area than previously afforded by medium-class vehicles. The energy modules are swappable, allowing for quick turnaround and incorporation of alternative energy sources as they become available.

Intelligence
REMUS 620 is built with modern core electronics, navigation and communication systems, and the vehicle’s open architecture can now be enhanced with HII Odyssey™, a suite of advanced autonomy solutions for intelligent, robotic platforms. The vehicle includes the new Odyssey Mission Management Software.

Multi-Mission
REMUS 620 standard synthetic aperture sonar payload can be replaced or enhanced for multi-mission capabilities, including intelligence, surveillance and reconnaissance, and cyber and electronic warfare operations.

REMUS 620 builds on the success of HII’s REMUS platforms, with 30 years of innovation and delivery of more than 600 UUVs to 30 countries worldwide, including 14 NATO member countries. The scientific community will also benefit from the payload flexibility and variety of environmental sensors that can be easily added to the base vehicle.

SCUBAPRO Sunday – Boat Maintenance

Sunday, November 6th, 2022

Knowing what you have is necessary before you can even diagnose a problem or figure out what kind of work your inflatable might need. You must first be informed that there are two different kinds of cloth available: PVC and Hypalon (CSM).

Due to the differences in their construction, each requires a unique approach to maintenance and repairs. As with so many maritime-related things, periodic checks of your boat will help you identify minor concerns before they turn into bigger ones. Like everything else, UV is the worst thing for PVC and Hypalon. Do a visual and rub your hands along the boat’s tubes to help find dry or cracked spots, “alligatoring”, but you will need to improve your UV protection.

To start your inspection, fill your spray bottle with liquid soap, pump the boat to specifications from the aft to the forward (drum tight), and then begin spraying. It will be more effective to set your spray nozzle to create a wide mist than a narrow jet. In both cases, make sure to soak the tubes thoroughly. Finding air bubbles is essential because they are a surefire indicator of leaks. Keep an eye out for valves, cones, and seams. Rarely are leaks cooperative enough to show up on a field of open tubes. Nope, they would much rather stand next to or even behind some fitting or label.

Check the cloth for wear, especially the tube tops. Where guys will sit with all their gear on, and it might rub holes or start to rub holes. They will eventually dry out and begin to leak. Check for wear on all the attachments and accessories. Some accessories will droop and chafe the tube fabric as the tubes deflate in colder conditions. Don’t forget to check the holders for the transom.

Look under the boat to inspect the bottom for wear, particularly to the areas around the transom and where strips connect it to the tubes. While you’re at it, grip the tube-to-hull strips directly to check for any fabric that may have come loose. Keep a close lookout for rot if your transom is made of wood.

Lastly, examine all the valves. Are all the caps present? The “plungers” are they free to move? It’s okay to spray a little more of the soap mixture while you’re rummaging around to clear out any sand or other debris that may have started to gather.

Before putting the boats away, give your tubes a UV treatment in addition to routine checks. Use a manufacturer-recommended UV protectant. There are several goods available.

Spray the boat down after every use and give it a good cleaning before you stow it away. Salt away is a great product to help get all the salt off the boat. Never leave an inflatable in the sun to the recommended pressure after filling it. This is especially true for PVC boats with glued seams since you could stress the seams and produce leaks (or worse). On the other hand, buzzing around while the tubes are not inflated to the proper pressure will undoubtedly ruin those handy transom holders. This is due to the outboard’s vibration, which will cause the tubes to start pulling away from the transom if they aren’t pushed tightly against its sides. Inflatable air chambers are divided by internal baffles that keep them apart in the event of an accident-punctured chamber. These baffles also balance the air pressure throughout all the chambers’ connections.

Underway repair You should always keep the following supplies on board: a hand pump, duct tape, ClamSeal, and some beach balls.

It isn’t much you can do if a boat is punctured below the water line besides pumping air using a hand pump to reduce the air leak. You can buy a ClamSeal for quick emergency repairs in torn inflatables.

Duct tape can temporarily repair punctures inside the boat that is in easily accessible areas. Before applying duct tape, the area around the puncture should be cleansed with acetone to ensure a proper seal. After that, you can pump air into the boat to slow the escaping air, allowing you to land as soon as possible. If a hole gets ripped in the sponson before you put the ClamSeal on, you can set the beach ball in there and inflate it when it is in there, which will help make the sponson more stable. Then try and close the hole with tape or a ClamSeal. On a side note, you can also use flex seal tape or other products. The downside is getting all the adhesive off that spot to repair the hole, but that is a dry land problem.

SCUBAPRO Sunday – Over the Beach

Sunday, October 30th, 2022

When conducting over-the-beach (OTB) operations, whether driving your boat onto the beach or being dropped off a couple hundred yards out and swimming/diving in. You will have to deal with the a mix of sand and salt water. The worst part is the microparticles of sand that will get into everything you bring over the beach. You will find sand in your ears and hair for a long time after you go over the beach. Going thru training, you would find sand in your hair on Sunday when you haven’t been near the beaches for days.

Starting with your gear prep and gear needed/ good to have.

Alice pack/ Pack prep

Make a loop of 1/2” webbing and have it weaved thru the top part of the ruck, do not just attach it to the frame. Put it around the padding, also. If the frame breaks, you won’t lose your gear. Have a carabiner on the loop; this way, if you need to repel or lift it to a helicopter or tie it in, have it. Use a locking aluminum one with tape on it to keep it from making noise. I like a locking one so you can close it, and it won’t lock onto anything you don’t want it to. I know you are saying, but it will get stuck closed. Not if you maintain it properly, you won’t have any problems. The one in the picture is a little long, but you should get the idea. I also use a bear knot; it is cleaner and will stay tied.

Next, take about a 6′-8′ of ½” webbing and have that attached to the same loop. I use that much, so I can get it away from me if needed, but I also have an extra line for repairing a shoulder strap or something. Also, if everyone has that much, you can use it to make fixed lines. It never hurts to have a light, strong cord with you. I like to use a small loop on the free end to make a girth hitch. This is used so you can put it around your hand so when you are swimming your ruck thru the surf or doing a river and stream crossing, you can let go of it if needed but also hold onto it if you are in control.

Do not put it around your wrist. If something happens and you get pulled down, you will not be able to let go of it. When it comes to gear or you, choose you. Make sure your pack has a good drain hold, so you are not carrying extra water with you and that it drains fast. If needed, add grommets to make the drain holes a little bigger. Lastly, always have some 550 cord in the bottom of your pack; you can always use it. The last thing I like to do is with all my bags I will use at night. I hang a tiny keychain Nitize microlight at the top of the bag; I put it on a retractable keychain leash so I can look around in my bag at night. I am about making life more accessible, which significantly helps. This is key when you are on a boat and are rocking and looking for a hat or something.

Ruck liner

The field pack liner is intended to be used as a liner for field pack to hold items other than subsistence items that must be protected from moisture. The liner is also designed as a flotation device for the individual carrying the field pack. The liner is fabricated of olive green 106 nylon cloth coated with polyurethane pigmented olive green 207. The coated side of the fabric is on the outside of the liner. I love the liner as it is easy to open and close, and it always works like a champ. No matter what you are doing, have a liner in your pack to keep things dry. Yup, even in the desert, it will help keep your gear clean and as sand free as it could be in that place.

MSR gear makes water storage bladders; it is always good to have a way to store extra water. You never know how far you will go to find water; take as much as you can carry as you don’t know when you will find more. (This is also depending on location and time of year) But they are also great for floatation. They are made from a heavy fabric, making them hard to break. They are great if your bag might be a little heavy, and you might be a little worried about swimming it in and you want more lift.

You should always have a poncho with you. It can be used as a ranger raft for crossing bodies of water. A ranger raft is excellent for keeping your ruck/pack into the beach and for any water crossing to keep all your gear dry, including your ruck. The one downside is you are rapping your bag in the poncho, so you can’t use the shoulder straps. So, it’s not the best idea to use it for OTBs. They have a way to waterproof it, and they make heavy-duty type waterproof storage bags; they are great for storing your poncho when not in use and reusable.

Do a good float check; that means soaking your bag in the water with the gear you intend to have when you go over the beach. Make sure your gear can float itself. You float you, and your gear should float on its own. Don’t think, “oh, I am a good swimmer I can just tuff it out; we are only swimming 100 yards “. First, as a former Boat guy and Team guy (yes, there is a difference), it’s never just 100 yards; always plan for the worst.

Fins, I like the SCUBAPRO Go Sports. They are light, have a ton of power, and have a big foot pocket that you can fit most combat-type boots. They are light enough that if you must carry them in the field, you can also. They have a bungee heal strap, making donning and doffing easy, so you are not fighting with them in the surf zone trying to get it on or off. I use a fin strap system that has two Fastens. I put the male on one fin and the female on the other. This way, I can clip them to each other, which makes it easier to carry them. I can also use it to hang them on the bottom of the ladder when doing ship boarding. I also have a male and female on each shoulder of my H-gear/ body armor. With the male and female on different fins, it allows me to attach them. It is also less of a snag hazard than having a loop of 550 cord on your fins. I also don’t have to carry a carabiner for just my fins.

When it comes to your other gear like boots and what to wear, this will all depend on where you are doing this and what time of year. In the winter, you will have a lot more gear. I will talk about all that stuff in a later article.

New Air Force Combat Dive Badges Approved

Wednesday, October 19th, 2022

ARLINGTON, Va. (AFNS) —  

Air Force Chief of Staff Gen. CQ Brown, Jr. approved new Air Force combat dive badges and associated wear criteria for Airmen who have been wearing the Navy scuba badge.

Airmen who have graduated the Air Force Combat Dive Course are now authorized to wear the new Air Force-specific qualification badges for divers and diver supervisors as soon as they become available in Army and Air Force Exchange Service stores. 

“Air Force combat divers are essential to both combat and austere rescue situations,” said Maj. Gen. Charles Corcoran, Deputy Chief of Staff for Operations. “Having our own service-specific qualification badge accurately represents our unique capability to augment missions with any sister service component, and most importantly, highlights our member’s heroic actions to conduct rescue and retrieval operations to ensure no one gets left behind.”

The Air Force Combat Dive Course was established in January 2006 at Naval Support Activity Panama City, Florida. Prior to the establishment of the AFCDC, Air Force personnel had to attend the U.S. Army Combat Diver Qualification Course or U.S. Marine Combat Diver Course to earn combat diver qualifications.

Upon graduation, graduates were awarded the Navy Scuba qualification and badge, even though the Navy-designed badge does not accurately represent Air Force combat diver capabilities.


The Air Force Combat Diver badge is pictured. (U.S. Air Force graphic)


The Combat Dive Supervisor badge is pictured. (U.S. Air Force graphic)

“Navy scuba divers are trained for submarine and salvage diving,” said Senior Master Sgt. Christopher Uriarte, Air Force Command Dive Program manager and diver. “In contrast, U.S. Air Force combat divers are trained in the fundamentals of underwater tactical diving for insertion, extraction, and maritime rescue and recovery operations.”

These fundamentally different qualifications drove the requirement to establish a separate and distinct qualification badge for Air Force members and follows the precedent of other military branches replacing the Navy scuba badge with their own.

The new badges were developed by 350th Special Warfare Training Squadron Detachment 1 personnel. Two levels are authorized: Air Force Combat Diver, with a closed-circuit rebreather and Air Force Combat Dive Supervisor, identified by a traditional star and wreath on the badge, positioned on the rebreather.

Eligibility for wear of the respective badges is approved for graduates, both officer and enlisted, who have completed a Combat Diver or Combat Dive Supervisor course authorized in accordance with AFI 10-3504, Air Force Dive Program, paragraph 3.7.

The Air Force combat dive badges will be worn in accordance with AFI 36-2903, Dress and Personal Appearance of Air Force Personnel, guidance for wear of Miscellaneous Badges.

The textile badges are expected to be available in AAFES by the end of October 2022. The metal badges are currently in pre-production development.

Secretary of the Air Force Public Affairs