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Archive for the ‘Maritime’ Category

New Vessel Class Enters Army Watercraft Fleet with Prototype Launch

Tuesday, October 18th, 2022

VANCOUVER, Wash. — The Army’s Maneuver Support Vessel (Light), or MSV(L), prototype was launched Oct. 10 at the Vigor, LLC marine fabrication facility in Vancouver. The launch is significant, as the MSV(L) represents the first of a new class of Army Watercraft.

The MSV(L) will replace the Landing Craft Mechanized-8, (LCM-8,) a Vietnam-era watercraft that is unable to transport some of today’s equipment due to the weight of modern combat vehicles. MSV(L) is a modernized landing craft that will improve the speed and effectiveness of the Army’s dynamic force repositioning.

The MSV(L) features increased payload capability; providing access within the Maritime Domain; increased speed and maneuverability to move the Army faster; and improved draft for greater geographical access.

“Launching the MSV(L) prototype, a brand-new, first-in-class vessel is a major achievement for us to celebrate,” said Col. Beth Behn, the Army’s chief of transportation. “Not only does this prototype represent the first of its kind for the Army as a digital vessel, but also, the overall team has surmounted several hurdles having to do with COVID-19-related workforce and supply-chain issues. I couldn’t be more proud of this partnership to become one step closer to providing Army Mariners the world over a truly modernized capability.”

“The MSV(L) represents the first new major watercraft system acquisition in more than 20 years representing the U.S. Army’s commitment to Army Watercraft modernization,” said Brig. Gen. Samuel L. (Luke) Peterson, the Army’s program executive officer for Combat Support and Combat Support (PEO CS&CSS.) “Our Product Manager, Army Watercraft Systems, has worked very closely with our Army enterprise partners and Vigor to ensure a successful launch. The team has done an outstanding job working through some fairly significant schedule challenges in order to get to where we are today. This launch is the direct result of the collaborative work between many dedicated professionals from both the Army and Vigor.”

The Army awarded Vigor in late 2017 a 10-year contract for the development and production of up to 36 of the new watercraft. In September 2019, Vigor and the Army laid the keel in a ceremony also held in Vancouver. The current Army Acquisition Objective is to build 13 vessels, according to Wolfgang Petermann, project manager, Transportation Systems, PEO CS&CSS. The Army’s strategy for the MSV(L) has centered on integrating mature commercial off-the-shelf subsystems into a new hull form, which takes advantage of the marine industry design innovation and competition, he added.

Army watercraft enables commanders to transport and sustain combat-configured equipment with personnel, vehicles and sustainment cargo, through fixed, degraded and austere ports, inland waterways, remote and unimproved beaches and coastlines for missions across the spectrum of military operations. The improved maneuverability and increased speed capability that the MSV(L) brings to bear will provide a better watercraft for operating in inter-coastal areas, rivers and inland waterways, and in anti-access/area-denial environments.

The length of MSV(L) is 117 feet. It will have a speed of 21 knots fully laden and 30 knots unladen. Its range will be 360 nautical miles when fully laden. Eight Army Mariners will crew the MSV(L).

Each vessel’s payload will be 82 short tons, which means it can haul one combat configured M1 Abrams tank, or two Stryker combat vehicles, or four Joint Light Tactical Vehicles, as well as multiple other payload configurations.

MSV(L) now enters builder’s trials, which are designed to finalize Vigor’s fabrication and commissioning activities. Builder’s trials are slated for completion in November. They will be followed by extended acceptance trials, led by the Army’s Product Manager, Army Watercraft Systems and the Army Test and Evaluation Command, to verify that the watercraft meets its intended requirements.

A low-rate initial production decision on the Maneuver Support Vessel (Light) is targeted for early 2023. The prototype is slated for delivery to the Army Mariner community headquartered at Joint Base Langley-Eustis in early 2024.

PEO CS&CSS is one of 12 Army Program Executive Offices reporting to the Assistant Secretary of the Army (Acquisition, Logistics & Technology.) Its military and Army civilian acquisition professionals are charged with the lifecycle management for the majority of the Army’s Engineer, Ordnance, Quartermaster, and Transportation systems, which account for roughly 20 percent of all the equipment the Army’s Active, Reserve and National Guard components use.

By Rae Higgins, U.S. Army Program Executive Office Combat Support & Combat Service Support

Poseidon Kronos Tactical Life Preserver Awarded NSN

Monday, October 17th, 2022

Safe Defence Pty Ltd, trading as Poseidon Australia, has been awarded NSN codification for their range of tactical life preservers.
This is a direct result of in increasing number of SF units trialing and moving forward with procurement of this unique life preserver.

The Poseidon Kronos was developed on request by Special Forces

The Poseidon Kronos LPU comes in three different models, ranging from the SuperLITE 157N model to the full spec Kronos 306N model. The latter incorporates the “damage resistant technology” that ensures that the LPU will fully inflate even if penetrated by projectiles or sharp edged weapons.

The Poseidon Kronos represent a generational shift in the development of life preservers used in hostile environments


Low profile to ensure the LPU doesn’t restrict natural head movement during operations

Standard for the Poseidon Kronos LPU are features like a cut-out at the shoulder to enable the user to shoulder his weapon while the LPU is inflated, high quality raw materials and production and a modular construction to mention a few.  

For inquiries contact Poseidon’s European representative: Fenris Consult AS

SCUBAPRO Sunday – Gunners Mate First Class Ingram WWI  

Sunday, October 16th, 2022

Gunners Mate First Class GM1 Osmond Kelly Ingram of Pratt City, Alabama, was the first enlisted man to die in World War I. On 15 October 1917, the 30-year-old seaman was serving aboard the Navy destroyer USS Cassin DD-43, which was sunk by a German submarine U-61. For his bravery that day, Ingram would be awarded the Medal of Honor. He would also be the first enlisted man to have a ship named after him.

Osmond Ingram was born in Oneonta, Blount County, Alabama, on 7 August 1887, to Naomi [Bettie] and Robert Ingram. His father was a Confederate Army soldier and Methodist Episcopal priest. Before Robert’s death in 1897, the family relocated to Pratt City, Jefferson County, Alabama. After becoming 16 years old in 1903, Kelly, as he was known, decided to join the Navy. On 24 November 1903, he enlisted in the United States Navy with his mother’s permission. He left the Navy after five years to join the Pratt City Fire Department. He spent five years as a firefighter before reenlisting in the Navy. As a Gunner’s Mate in the Gunnery Department, he was assigned to the USS Cassin. When the United States entered the war on 6 April 1917, Ingram was still aboard the USS Cassin. His ship was part of a Navy armada going to France and England to safeguard American commercial ships transporting merchandise.

The USS Cassin was patrolling off the coast of Ireland on 15 October 1917 when she came in contact with the German submarine U-61, which fired a torpedo. Ingram was the first person on board the destroyer to notice the torpedo heading straight for the ship’s stern. When Ingram realized the depth charges were kept in the stern, he dashed to the back of the ship and began releasing them to lessen the blast’s impact. Before the torpedo hit, he had detonated many of the depth charges. Ingram was thrown overboard from the explosion, and Cassin’s rudder was severely damaged. The warship was able to return to port for repairs. Ingram’s death was the lone fatality. His remains were never found.

In 1920, Secretary of the Navy Josephus Daniels wrote to his mother, notifying her of the decision to award Ingram the Medal of Honor posthumously:

“For extraordinary heroism in the presence of the enemy on the occasion of the torpedoing of the Cassin, on 15 October 1917. While the Cassin was searching for the submarine, Ingram sighted the torpedo coming and, realizing that it might strike the ship aft in the vicinity of the depth charges, ran aft with the intention of releasing the depth charges before the torpedo could reach the Cassin. The torpedo struck the ship before he could accomplish his purpose, and Ingram was killed by the explosion. The depth charges exploded immediately afterward. His life was sacrificed in an attempt to save the ship and his shipmates, as the damage to the ship would have been much less if he had been able to release the depth charges.”

After Congress established the Military and Naval Insurance Act in 1918, his mother became the first beneficiary of money for dependents of soldiers and sailors. The USS Osmond Ingram DD-255, a destroyer, was commissioned in June 1919 in his honor. It was the first navy ship to be named after an Enlisted sailor. The ship was one of the ships anchored at Pearl Harbor on 7 December, 1941.

SCUBAPRO Sunday – The Untold Story of the USS Cole Salvage Divers

Sunday, October 9th, 2022

Salvage divers of the USS Cole, the untold story of the Navy Divers who recovered fallen, help save the ship.


Detachment Alpha of Mobile Diving and Salvage Unit 2 aboard the USNS Catawba with the USS Cole and the MV Blue Marlin in the background. Photo courtesy of Mike Shields.

On the morning of Oct. 13, 2000, Chief Warrant Officer Frank Perna and his team of US Navy divers were sipping cappuccinos at an open-air coffee shop, enjoying a beautiful Italian morning in the Port of Bari, when the distinct ringtone of Perna’s cell phone cut the casual banter and light mood.

The divers, deployed with Detachment Alpha of Mobile Diving and Salvage Unit 2 aboard the USNS Mohawk, turned their attention to their officer in charge as he picked up the phone and listened intently. Mike Shields, now a retired master chief master diver, could tell the call was serious.

“I understand,” Perna said into the phone before hanging up. “We will be ready.”

Less than 24 hours earlier, the USS Cole, a US Navy guided-missile destroyer, was docked in Yemen’s Aden harbor for a planned refueling when al Qaeda suicide bombers in a small boat packed with at least 400 pounds of explosives steered their craft into the Cole’s left side. The blast ripped a 1,600-square-foot hole in its hull, killing 17 American sailors and wounding 39.


Aqueous Film Forming Foam flame retardant floats on top of the water, preventing any fuel from igniting near the damaged left-side hull of the USS Cole in October 2000. Photo courtesy of Mike Shields.

A skilled diver with extensive experience in underwater salvage and recovery operations, Perna had worked on several high-profile dive operations. He participated in salvage and recovery operations for Trans World Airlines Flight 800 and the USS Arthur W. Radford after its collision at sea with a Saudi Arabian container vessel.

Perna looked up at his team, who stared back with anticipation.

“The USS Cole was damaged from an explosion while in port,” he told them. “We are going to Yemen to assist the crew in recovery and salvage of the ship.”

The 12 men who composed Detachment Alpha launched into planning and preparing for a daunting mission: They would locate missing sailors, assist in stabilizing the ship, recover evidence, and perform structural inspections of the Cole after a terrorist attack.

“We immediately started pulling resources and gear to support several different diving and salvage scenarios,” Shields told Coffee or Die Magazine recently. “Because we were going to be somewhat isolated in Yemen, we knew everything we brought had to serve several purposes.”


The USS Cole (DDG-67) is towed by the Navy tug vessel USNS Catawba to a staging point in the Yemeni harbor of Aden to await transportation by the Norwegian-owned, semi-submersible heavy-lift ship MV Blue Marlin. US Marine Corps photo by Sgt. Don L. Maes.

The next day, the hand-picked team of Navy divers landed in Yemen with all the necessary dive systems to support the numerous planned and unplanned tasks of diving into and under a critically damaged ship. They loaded their gear onto two flatbed trucks and departed the airport with a sketchy Yemeni military escort. As they passed through several military checkpoints, Perna and his team began to feel the gravity of the situation.

When they arrived at the port, most of the team went to work setting up gear and readying a dive site near the ship while Perna and his senior leaders went to assess the damage. The sight shocked them. The ship was blackened by the explosion, listing slightly to the left, and without electrical power. The only light was from the green glow of the pier lights.

“Our first glimpse of the ship that night will be forever fixed in our minds,” Perna told Coffee or Die.

As Shields took in the damage and saw the Cole’s battle-weary crew members sleeping on mattresses scattered randomly on the ship’s weather decks, his shock turned into determination.


Sailors from the USS Cole rest on the helicopter deck in Yemen, Oct. 13, 2000, the day after a suicide bomber attacked the ship in the port of Aden, Yemen. US Navy photo by Jim Watson.

“Get in the water,” he thought. “Get the Cole back.”

On the morning of Oct. 15, 2000, the divers began the first phase of their mission. Several sailors were still missing in the flooded spaces below, and the men of Alpha Detachment had to get them out and repair or salvage what they could as soon as possible.

With flooding in the ship still posing a significant threat to electrical and engineering spaces, time was not on Alpha’s side. They determined which areas of the ship to search, identified a centralized location to set up a dive station, and planned how to safely enter the spaces they needed to reach. They boarded the Cole, set up gear, and began diving from inside the flooded spaces.

With the utmost care and respect, the Navy divers recovered missing Cole sailors. When a sailor was recovered, the divers paused their work to observe a moment of silence and honor the dead. They draped a flag over each fallen soul and escorted them down the pier to be taken back home.

“It’s a very heavy feeling in your heart to see one of your own covered in the flag,” Perna said. “It’s hard to check your emotions and refocus attention back to the task at hand, but you’ve got to push it back down because we’re doing a dangerous job.”


Gunner’s mate Petty Officer 2nd Class Don Schappert prepares to enter the lower levels of the flooded engine room assisted by hull maintenance technician Petty Officer 2nd Class Brett Husbeck. Photo courtesy of Mike Shields.

In addition to recovering the fallen, Alpha had to stop the flooding into the only engine room that was still operational. Reaching the damaged area required navigating through 50 feet of razor-sharp mangled steel, reduced visibility, and a thick layer of engine fuel building on the surface of the water. To get in and out of the water, the Navy divers had to travel through a layer of oil that they worried might catch fire if something sparked. The team deployed a fire retardant over the surface as a preventive measure.

Shields, who was familiar with the layout of the Cole from conducting routine maintenance on the ship the previous year, was one of two divers who suited up, went below the surface through an auxiliary shaft, and made their way slowly to the engine room. They couldn’t see anything and kept bumping into loose gear and debris floating around the spaces.

Making things even worse, the divers’ life-giving tether lines of air, communication, and light power — their “umbilicals” — were constantly hanging up or snagging on unknown obstructions. With every valuable foot gained, the divers had to stop to free themselves.

“We were blindly feeling around for landmarks that would take us to where we thought the flooding was coming from,” Shields recalled.

Using memories of what the engine room would have looked like, Shields and his dive buddy felt around and found landmarks to orient themselves by, eventually finding the cause of the flooding. They filled it with a 3-inch braided ship’s mooring line covered in a thick layer of electrical putty.

“We filled in the crack and effectively stopped all flooding,” Shields said.

Stopping the flooding saved the ship from sinking and prevented what could have been a total loss.


Mike Shields descends into a flooded engine room through a ventilation shaft on the USS Cole in October 2000. Photo courtesy of Mike Shields.

The next day, the Cole’s diesel generator stopped running, and members of the dive team had to locate and secure the damaged piping and reroute pressure through alternate channels back to the generators. Navigating underwater in the damaged area again proved challenging. Bulkheads were blown inward, all non-watertight doors had broken from their hinges, filing cabinets lay scattered across the deck, and visibility was reduced to less than 3 inches.

The Navy divers spent a lot of time rerouting valves controlling pressure, fuel, oil, or air to their secondary and tertiary systems to help offset the ship’s left-side listing. With the major flooding stopped and the Cole stable, the team focused on reviewing and assessing the massive opening the blast had ripped in the left side of the ship’s hull.

“It was nothing less than devastating,” Perna said. “The most disturbing sight was the extensive damage inside the ship. The blast from the explosion had torn 30-35 feet into the center of the ship.”

The explosion was so powerful that the deck had blown upward and fused onto the bulkhead where an office once sat. Crew members who’d been eating on the mess decks reported that the blast’s power created a visible wave that traveled across the deck.

The divers created a staging area just aft of the blast area on the Cole’s left side so they could easily access the outside space and assist the FBI and several other agencies in gathering information and documenting evidence for future investigations.


Hull maintenance technician Petty Officer 2nd Class Brett Husbeck, left, and engineman Petty Officer 2nd Class Mike Shields, right, conduct dive operations in a flooded engine on the USS Cole. Photo courtesy of Mike Shields.

Outfitted with thick rubber wetsuits, dive knives, and iconic yellow Kirby Morgan MK 21 diving helmets, divers splashed into the hot Persian Gulf water and entered the blast area.

“Everything was surreal about diving on board and into a ship with an extensive hole in the side of its hull,” Perna said. “The fact that you can dive inside the ship, turn around, and see the sunlight cascading into the enormous space is beyond explanation.”

On Oct. 17, 2000, Navy divers prepared to search the flooded main engine room, which suffered extensive damage in the blast and was essentially a total loss. Confirming primary and secondary routes with engineers and the crew, Perna and his team devised a plan to move through the ship’s ventilation-shaft system to access the previously unreachable space.

Before entering the cramped shaft, divers wrapped fire hoses around their umbilicals for protection, modified their gear to slim down their profiles, and slipped into wetsuits to protect themselves from the environmental hazards of fuel, oil, and razor-blade-like steel. The divers inched their way to the main engine room, a feat Perna and Shields likened to John McClane crawling through the ventilation shafts of Nakatomi Plaza in Die Hard.


Damage to the USS Cole. Photo courtesy of Mike Shields.

Watching closed-circuit video systems, engineers from the Cole and the USS Donald Cook guided the Navy divers as they moved through sheared bulkheads, buckled decks, broken pipes, and wires that created an immense “spider web” of destruction. Metal shavings sparkled as the divers’ lights scanned the engine room.

“We could feel the change in densities between fuel and water,” Perna recalled. “Everything fouled our umbilicals in the engine room. Pieces of broken equipment fell from the overhead as we disturbed their delicate balance.”

In that unforgiving, stifling space, the men of Detachment Alpha recovered three more missing sailors.

Over the following 10 days, from Oct. 18 through Oct. 28, the Navy divers recovered personal items from the flooded spaces and sifted through the fine sand on the seafloor for anything that might have belonged to the fallen. They searched every flooded compartment, including areas deemed too dangerous to enter safely, recovering all remaining missing sailors and assisting FBI investigators in collecting evidence. The divers inspected every inch of the blast area, looking for evidence of the explosive device. The FBI was keenly interested in anything that might help its investigation to identify the terrorists or the composition of the bomb.


A diver descends a ladder in the flooded engine room. Photo courtesy of Mike Shields.

The Navy divers also worked to mend damaged areas of the Cole and helped prepare the ship for its journey back to the United States. They relieved pressure in the main structural supports by drilling holes at the ends of the significant cracks, alleviating stress and preventing the damage from spreading. Once the necessary repairs were made, the team prepped the ship for a journey out to sea.

The challenge was to keep the ship from listing over to the left side. The Cole’s crew worried that the repairs made to stop the flooding might be damaged once in the open ocean.

“We had the idea to hedge our bets and have some contingencies in place if something happened,” Shields said.


The USS Cole is towed from the port of Aden, Yemen. Photo courtesy of the US Navy.

They ran several hydraulic pumps to the critical spaces and had discharge lines over the side in case a space started to fill with water.

On Oct. 29, the USS Cole slowly moved away from the pier with a small crew aboard to monitor the ship. Supported by tugboats and a tow line from the USNS Catawba, the Cole made the journey from the coast of Yemen to the MV Blue Marlin, a 700-foot-long Norwegian heavy-lift transport ship 23 miles out at sea.

When the Cole reached the Blue Marlin, the Blue Marlin partially submerged its lower deck and floated it under the damaged Cole. Once in place, the ship slowly rose to the surface, gently lifting the Cole from the ocean and resting the mighty ship on the Blue Marlin’s deck.


The MV Blue Marlin transports the USS Cole from Yemen following the attack on the ship in 2000. Photo courtesy of the US Navy.

With the Cole on the Blue Marlin, Shields and his divers checked the ship for flooding once more and found that their work had held. Shields gave the thumbs-up to higher, climbed the side railing, and dove into the ocean, swimming back to his team on the Catawba.

The entire docking evolution took nearly 24 hours to complete. With the Cole securely aboard the Blue Marlin’s deck, they made the trip back to the United States.

The Navy divers’ contributions were instrumental, Perna said. In a small amount of time, the team got the diesel generator back online, rerouted the ship’s air system, set up and operated emergency dewatering equipment, and provided air recharging service to the FBI and explosive ordnance disposal divers.


The guided-missile destroyer USS Cole arrives for a scheduled port visit to Souda Bay, Greece, July 19, 2012. The Cole, home-ported at Naval Station Norfolk, is on a scheduled deployment and is operating in the US 6th Fleet area of responsibility. US Navy photo by Paul Farley.

“No one person can accomplish them alone,” Perna said. “I was grateful to have such a fine and experienced diving and salvage team. I am indebted to and extremely proud of the divers in Detachment Alpha who made it all possible.”

The Detachment Alpha divers safely conducted 37 dives with more than 76 hours of subsurface work during the Cole operation. The ship was fully restored to service within 18 months of the attack in Yemen. The men of Detachment Alpha played a vital role in the operation that ensured the USS Cole’s ability to sail freely today.


A US sailor visits the USS Cole Memorial on the 18th anniversary of the terrorist attack on the ship. Seventeen sailors were killed, and another 39 were wounded in the attack. US Navy photo by Mass Communication Specialist 2nd Class Justin Wolpert.

The Men of Detachment Alpha: 

CWO3 Frank Perna

ENCS (MDV/SG) Lyle Becker

BMC (SW/DV) David Hunter

ETC (SG/DV) Terry Breaux

HMC (DV) Don Adams

HT2 (DV) Don Husbeck

GM2 (SS/DV) Roger Ziliak

STG2 (SW/DV) Donald Schappert

IS3 (DV) Greg Sutherland

EN2 (DV) Mike Shields

BM2 (DV) Mike Allison

GM3 (DV) Sean Baker

This is reposted with permission from Jayme Pastoric.

Land Forces 22 – Tulmar Safety Systems

Tuesday, October 4th, 2022

Exhibiting in the Danger Solutions booth, Tulmar Safety Systems is showcasing their Next Generation Tactical Life Preserver.

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• Streamlined low profile shooter’s cut allows unimpeded weapons handling, climbing, rappelling, fast roping, and confined space movement. 

• Lightweight and highly compact, yet durable; built to withstand the rigors of tactical training and operational environment use. 

• Provides 40+ lbs of self-righting buoyancy. 

• Easily attaches and integrates with most MOLLE/PALS tactical armor systems.

• Re-arm and re-pack in less than 5 minutes under operational conditions with no tools required.

SCUABPRO Sunday – Common Dive Skills

Sunday, October 2nd, 2022

Training like you fight doesn’t just mean having your body armor on when you are on the range, and you should always practice basic skills whenever you get in the water. The best way to become a better diver is to practice and improve on the basic skills constantly. Here are some basic skills you should practice every time you get in the water.

Buoyancy

This is one of the most critical skills for every diver to master. Mastering buoyancy is not necessarily a difficult task, but it requires a calm, focused mind, and practice. You will consume less air when your buoyancy is on point, and you will not risk shooting to the surface and giving yourself away or, worse, getting injured. To practice your buoyancy, try and be a couple of feet off the bottom of the pool using a body positions simulation to sky diving. Try maintaining the same distance from the bottom and now just using your fins spin to your left, then spin to your right, again holding your positions. Now once you have that, try, and move backward, besides just using your fins. This will help you with moving in confined spaces and around piers.

Descents

The descent should always be performed slowly and controlled. You will need to equalize the pressure in your ears as you descend constantly; that can mean every 12-18 inches 30-40cm for some divers. Descending too quickly can cause your eardrums to rupture, which can lead to more severe complications. A slow descent will also prevent silting on the bottom, which will decrease visibility. Also, practice your emergency descents. It will be the same as before but faster.

Clearing Your Mask

At some point, you will get water in your mask. So, it is better to practice in a controlled environment than to have not done it a long time and try and remembered when it is the middle of the night in someplace where you don’t want the water touching your face. If you have water in your mask, follow the clearing techniques you learned in your training. If you need to stop momentarily, alert your buddy so you do not get separated. You should be able to master this essential skill without having to stop. It would help if you also did this, allowing as a minimal number of bubbles as possible. Make sure you practice this when you are learning to use any diver propulsion vehicle.

Emergency Ascent

It is no different than practicing a down man drill.  Well, other than the fact that you are in the water. Your emergency ascent may require that you share air with your buddy, swim in a controlled manner to the surface, you might have to drop your or their weights. I have had to do this when my dive buddy passed out, and I was so freaked out I didn’t have to drop anything to get him to the surface. It was also my first dive in the teams, and I thought he was dead Practice all types of emergency ascent techniques whenever possible to not panic when a real emergency occurs.

Hand Signals

Once you start diving with someone, you might come up with some hand signals of your own, like you have your head up, you’re a$$. But the essential hand signals will be used by everyone worldwide. You never know when you will be diving with someone from a partner nation, and that is all you have to go by. So, knowing the basics will help.

Going Up or Down

Use a thumbs-up signal to indicate that you are going up or a thumbs down to indicate the opposite.

I’m OK

Place your thumb and forefinger together, forming a circle, and leave the other three fingers extended upright. This is the same as you would say, OK, as you would above water.

Stop

Signal your dive buddy to stop by holding up one hand, the same as you would in any other instance. You can also use a closed fist like being on patrol.

Changing Direction

Just like with up and down, point your thumb (or your index finger) to indicate which direction you’re heading. You can tell again like on land.

Turn Around

To let everyone know it’s time to turn around, put your index finger up and rotate in a circle. Similar to rally-up.

Slow Down

Place your hand in front of you with your palm facing down. Wave your hand up and down to indicate that you need everyone to slow down a bit.

Level Off

To indicate that you want to level off once you’ve reached a certain depth, put your hand out in front of you, palm down, and wave it back and forth.

Something’s Wrong

Place your hand out in front of you, fingers spread and palm down. Wave your hand back and forth in a rocking motion. It is similar to the hand signal, maybe.

Help!

Wave your entire arm from outstretched by your side to over your head. Repeat the motion as long as you need to.

How much air do you have?

With the forefinger and middle finger hit in the palm of your hand to ask your buddy how much air is left in the tank. The usual response is in numbers.

I’m Low on Air

It takes practice to be able to make your air last. Clench your hand into a fist and pull it in toward your chest. Repeat as much as you need to indicate how urgently you need to resurface. When diving a rebreather, you should point at the pressure gauge. With some of the newer rebreathers, you can pull your gauge out and show it to your dive buddy if needed.  

I’m Out of Air

Suppose something has gone wrong with your equipment, signal quickly and repeatedly. Place your hand, palm down in front of your throat, and move back and forth in a cutting motion.

Apollo Military Offers Maritime Operators Highest Performance UBA with Open Safety Incursion CMR

Friday, September 30th, 2022

OT&E of Incursion CMR SCR with Apollo BioMask FFM and Patriot JetBoots
In use with a number of countries naval Special Forces and undergoing Test & Evaluation globally with Tier 1 units. The Open Safety Incursion CMR is a Compact Military Rebreather (CMR) that exceeds all NATO, CE and NEDU performance benchmarks and enables a wide range of missions with a single unit system: as either an O2 CCR, SCR, O2+SCR Switchable unit, Front or Back mount. Its professionally engineered clean sheet design, offering the lowest documented rebreather Work of Breathing (WOB) and long scrubber duration. This enables operators to do the same work, with less effort expended, and provides substantial OH&S benefits: inclusive mitigation of caustic cocktail risk to operators through use of American manufactured 2.2kg 5” solid state Micropore ExtendAir® CO2 technology. Enabling the unique ability to also recover the loop from flood; whilst submerged. Of course, the Incursion CMR can also be operated with 2.6kg of conventional granular absorbent and achieve the same submerged duration.

Incursion CMR O2/SCR Switch for Combat Swimming, VSW MCM or SDV ops.
Features include:

• State of the art military rebreather supporting O2-CCR and SCR operating modes, both dedicated and underwater switchable. Fail-safe gas switch. Offboard SDV or EBS supplied gas whip OSEL lockable Quick-Connect compatible.

• Front or back-mount, with the same unit; compatible with diveable armour vests incorporating front, back and side plates.

• CE, NORSOK and NEDU standards compliant & certified.

• Functional Safety audited and certified to EN61508 SIL 3: with full disclosure of safety case, all test data, FMECA, HAZOPs etc.

• Rugged with exceptional availability, backed by lifetime warranty on design, parts, materials and safety – significantly reducing whole of life cycle costs to operate.

-Low maintenance, with all servicing and repairs able to be performed in-country: technician courses available.

-Includes a unique whole of life safety warranty where if the Functional Safety performance of the Incursion CMR is found to be lacking or can be improved upon; Open Safety will re-engineer the required component and supply it at their cost.

• Light: 10.3kg to 17.4kg depending on configuration, ready to dive including trim weights, scrubber and gas.

• Compact semi-rigid satchel style (35 x 41 x 16cm) including integral oxygen cylinder

-Non-mag 2L 300bar 904L SS carbon wrapped cylinders; avionic (vacuum) tested for HALO use

• Internal protected counterlungs for HALO deployment or high waterflow DPV use

• Flood tolerant and uniquely flood recoverable whilst dived

• 4+ hour scrubber duration, >6 hour gas duration (CCR/SCR modes)

• Rated for use from 0m through to 100m

• Lowest Work of Breathing in industry at

-0.35 J/L at 10m on Oxygen, 62.5 lpm RMV,

-0.6 J/L at 40m on Air, 40 lpm RMV,

-1.44 J/L at 40msw on Air, 75lpm RMV,

-0.9 J/L at 100msw on Heliox, 75lpm RMV

• Low-Mag as standard and Non-Mag options (to NATO STANAG 2897 Class A, static and dynamic tests)

• Low acoustic signature to NATO STANAG 1158

• FFM compatible

• UW comms compatible (DSV adapter)

• Integrated Bail Out Valve for immediate Open Circuit bailout an option; Open Safety ALVBOV replaces DSV

• Proven with Naval and Special Forces around the world from arctic to tropics

• Manufactured in Scotland, United Kingdom and deliberately NOT BERRY compliant.

Open Safety Incursion CMR O2 CCR shown with PPO2 Monitoring through Open Safety HUD offering full dive data display inclusive depth, dive time, compass, decompression and PPO2.
Developed out of the British and Norwegian rebreather safety initiative for commercial North Sea divers, a 200 man-year project, the Incursion UBA systems are believed to be the safest and highest performance military rebreather that can be engineered today.  The Open Safety Incursion CMR is supplied with Functional Safety certification – to the Gold Standard – IEC EN 61508, and at the most onerous level (SIL3) including all mechanics, electronics and software options.

Evaluating new rebreathers can be time consuming, expensive and labour intensive. To minimise that overhead, the Incursion rebreather has been the subject of one the most stringent testing regimes ever.  The Open Safety Incursion system are the only military rebreather on the market whose full test results, failure analysis, performance measurements and compliance matrices are audited and published for critique by prospective purchasers to validate their procurement requirements.

The Incursion CMR is distributed throughout South East Asia and Oceania by Apollo Military, whom are also a very successful sales agent, for a number of disparate and supporting, maritime tactical products. Apollo Military are an ISO Certified company whom have been in the industry since 1988 and are now one of the premier and most respected maritime tactical operations equipment suppliers in the South East Asian region.

Apollo Military in addition to supplying the best maritime tactical equipment that we can source for our clients; also inhouse design, test and have manufactured to our specification Australian manufactured Titanium COBRA boarding ladders and JEYCO manufactured Fast Ropes; both in service with numerous Tier 1 units globally.


Apollo Military supplied Australian manufactured JEYCO Fast Rope and Titanium COBRA boarding ladder

www.apollomilitary.com

www.facebook.com/Military.Gear.Marine

www.facebook.com/OpenSafetyEquipment

SCUBAPRO Sunday – Wetsuit Care

Sunday, September 25th, 2022

Your wetsuit is an essential part of your dive gear, as it protects your body from heat loss, abrasions, and wildlife injuries on a dive. Without proper care, neoprene can be damaged easily when you’re not even diving. Although they are designed to last a long time, certain elements will destroy it, if you don’t take care of it. Here are a few things that will damage neoprene. This stuff will also damage your H-gear/ Armor carrier and other nylon equipment.

Sunlight

Sunlight is one of the worst things for any nylon product. You never want to leave your wetsuit hanging in direct sunlight to dry. Neoprene takes a beating from UV radiation, and it will begin to break it down quickly. Paired with heat, it can break a new wetsuit down in a matter of months.

Heat

Even in the absence of sunlight, heat is not good for neoprene. Under no circumstances should you ever put neoprene in the dryer. Even leaving it in a hot car can begin the process of deterioration. The best way to dry your wetsuit (after a fresh water rinse, of course!) is to hang it in the open air, in the shade. So, try not to store your wetsuit in a Conex box.

Salt and Minerals

If you’ve been diving in the ocean, you’ll need to rinse your wetsuit immediately with fresh water so that the salt, minerals, and bacteria accumulated during the dive will not remain to crystallize and produce odors. Soaking it in a tub is the best way to do this. Do more than just rinse it with a hose and hang it up to dry. Even if you haven’t exposed your wetsuit to any of the other damaging elements in this post, a stinky, bacteria-laden wetsuit is just as ruined if you never rinse it. Occasional soakings with a product like Sink the Stink are a great way to refresh your wetsuit every few weeks or months, depending on how often you dive. Also don’t think “oh I just used it in a pool it will be fine” chlorine is bad for your wetsuit. Look at all the people that use the same T-shirt in the pool and never wash it, it is a different color because of the chlorine. I have also just discovered something called Saltaway- this is great stuff to use to clean your suits and gear after a week or so of diving. I am not saying to use it if you have only used your suit for one dive, but you don’t need to use it every time you dive. It will help get all the salt off of your gear.

Improper Storage

As well as suffering heat damage, leaving your wetsuit wadded up in your gear bag, trunk, or garage will cause rapid deterioration, as it compromises the structure of neoprene. Hanging your wetsuit on a proper wetsuit hanger is the ideal storage, but if you’re limited on space, you can store it folded in half in a dry container once it is fully dry.

If you rinse your wetsuit with fresh water after every use, it should stay clean in most cases. However, you sometimes might find that your wetsuit gets a little funky. If you pee in it, it will get funky. Make sure that you always use a cleaner that is designed for wetsuits. The wrong type of cleaning product on your wetsuit can be the thing that damages neoprene. Some people say you have to get a new wetsuit every 3 to 5 years. The truth is it depends on how much you use it and how deep you go. Every time you dive deep it will compress the wetsuit and push some of the bubbles that are in the neoprene out. So there is no real time line on how long a suit will last. But like most things the better you treat it the longer it will last and more importantly the better it will treat you when you need it the most.