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Velocity Systems – LFT Mesh Dump Pouch

Thursday, March 31st, 2022

Designed in collaboration with Lead Faucet Tactical the Helium Whisper LFT Mesh Dump Pouch can be used to accept your empties or as a small SSE pouch. The bag measures 9” x 9” with a shock cord and PTFE lined opening and cord lock synch. The PTFE lined opening helps hold the bag open while in use but can be easily folded for storage. The entire bag rolls up into a small square and can be secured with a Velcro Brand flap to be stowed when not in use. For easy and quick deployment simply open the Velcro Brand flap closure to expand. Helium Whisper Attachment.

All materials and workmanship are 100% made in the USA.

www.velsyst.com/collections/pouches/products/helium-whisper-lft-mesh-dump-pouch

Major Order from Hungary: Rheinmetall to Supply a Comprehensive Array of Ammunition Worth Several Hundred Million Euros

Wednesday, March 30th, 2022

A reliable supply of modern ammunition is a mainstay of national and alliance defence. The Hungarian Ministry of Defence has contracted with Rheinmetall to supply an extensive package of ammunition worth several hundred million euros. The order encompasses ammunition for infantry fighting vehicles, main battle tanks, artillery, and decoy systems. Delivery is starting in 2023 and is to be complete by 2031. Most of the ammunition will be manufactured in Hungary.

The package includes three variants of 30mm x 173 ammunition; 120mm tank ammunition; and 155mm artillery shells including propelling charges and fuzes. On order also are 40mm and 76mm decoy cartridges for the Rosy and Maske smoke/obscurant systems, plus 12.7mm and 7.62mm ammunition.

The procurement of this extensive array of ammunition constitutes a further important step by Hungary – a member nation of both NATO and the EU – in the modernization of its armed forces. The new ammunition will also boost interoperability with the armed forces of Hungary’s partner nations.

“We are extremely honoured that Hungary has once again entrusted us with the task of modernizing its military”, declares Rheinmetall chief executive Armin Papperger. “We’re delighted to be cooperating with our Hungarian friends in another key military capability.”

The order just issued makes Rheinmetall one of the Hungarian military’s top suppliers of ammunition. The Düsseldorf-based Group will be supplying ammunition for Hungary’s three main ground combat systems: the Leopard 2A7+ main battle tank, the PzH 2000 self-propelled howitzer and the new Lynx IFV. Hungary set the process of modernizing its army into motion in 2020 when it ordered 218 Lynx infantry fighting vehicles from Rheinmetall. These state-of-the-art tracked vehicles will replace the country’s aging fleet of Soviet-era systems.

Viewing Hungary as a domestic market, Rheinmetall plans to rely on in-country industrial capacity. In Zalaegerszeg in western Hungary, one of Europe’s most advanced military vehicle plants is now under construction, where the first Hungarian-built Lynx is due to roll off the assembly line in 2023.

The new order underscores Rheinmetall’s role as one of Europe’s foremost makers of ammunition for NATO and other European armed forces. The Group’s portfolio ranges from infantry and medium-calibre ammunition to tank cartridges and mortar and artillery shells, including propelling charges and decoy cartridges.

Rheinmetall Subsidiary ZMS Wins Important Order to Equip Bundeswehr Field Hospital in Gao, Mali

Tuesday, March 29th, 2022

The German Bundeswehr has contracted with the new Rheinmetall subsidiary Zeppelin Mobile Systeme GmbH (ZMS) to supply and integrate state-of-the-art medical technology for the field hospital at Camp Castor, the Bundeswehr’s forward operating base in Gao, Mali. In all, the order is worth a figure in the lower two-digit million-euro range. The material will be furnished in the second half of the year, with integration slated to take place at the end of 2022 on location in Mali.

Besides furnishing and integrating high-quality medical technology into the fixed infrastructure of the forward operating base in Gao, ZMS GmbH’s scope of performance includes training of personnel, comprehensive documentation as well as a service and maintenance package.

“As a subsidiary of Rheinmetall, we at ZMS are eager in these challenging times to be the Bundeswehr’s first choice for high-quality medical technology in mobile field hospitals”, states Hauke H. Bindzus, managing director of ZMS GmbH. “Here we offer wide-ranging capabilities for integrating highly advanced medical technology, with an extensive array of products enabling us to supply complete turnkey field hospitals. In the contract just awarded, we will be equipping the field hospital at the forward operating base in Gao with state-of-the-art medical technology. We are keenly aware of the importance of this mission, which is to ensure that our troops deployed in Mali get the best-possible medical care.”

Rheinmetall bought Zeppelin Mobile Systeme GmbH in November 2021, a company based in Meckenbeuren near Lake Constance in southwest Germany. The takeover reflects the strategic decision of Rheinmetall’s International Projects and Services business unit to significantly expand its range of activities in support of customers’ foreign deployed operations. Here, ZMS brings to bear its longstanding expertise in medical technology and mobile field medical care.

Beyond the medical realm, ZMS is a leading maker of individually customized shelter solutions for a wide variety of applications in the security and military sector. Its high-quality shelters are frequently used in a military support context, e.g., as field kitchens, decontaminations systems, mobile maintenance and repair facilities, and for housing military communications equipment.

ZMS is already supporting the Bundeswehr as a direct or indirect supplier in several projects.

The Group’s new International Projects and Services business unit, to which Rheinmetall Project Solutions GmbH and ZMS GmbH both belong, serves a key international market. Going forward, the business unit will bundle Rheinmetall’s capabilities in areas such as operational support, depot organization and the disposal of expired munitions. It seeks to support customers by providing specific long-term services during deployed operations, positioning itself as a “one-stop shop” in the process. For example, Rheinmetall can plan and construct troop accommodations for forward operating bases, including hardened facilities; take charge of surveillance, including state-of-the-art sensor systems and robotics; take over day-to-day running of the base, including logistic services and provision of support personnel; and dismantle the base when the mission ends. Cooperation agreements with other companies and additional acquisitions are planned in order to further expand the portfolio.

Pre-Order Now Open For Salomon FORCES Speed Assault 2 in Wolf/Wolf/Black

Tuesday, March 29th, 2022

US Elite has the highly sought after Wolf/Wolf/Black Salomon FORCES Speed Assault 2 currently open for pre-order.

Features:

• Ortholite insoles which provide step-in comfort and enhanced durability, breathability, moisture and odor control

• Energy Cell high performance EVA foam for shock attenuation

• Contragrip rubber compound system for optimized grip

• Made with non-reflective materials

• Quicklace system for easy on and easy off while providing a secure and customized fit

Pre-order now through 31 March for early April delivery. Additionally, you’ll automatically be entered to win US Elite’s “Season of Salomon” Giveaway. 3 lucky winners will receive not only a free pair of the Speed Assault 2’s in Wolf , but they’ll also be receiving 1 pair of the other 3 shoes Salomon FORCES is releasing this year. 

www.us-elitegear.com

Sneak Peek – Platatac Silks Alpha

Tuesday, March 29th, 2022

Coming Q3 2002 the new Platatac Silks Alpha is an ultralight, stuffable and versatile jacket.

Designed to be thrown on when stopped after you’ve been hard on the move, it weighs just 350g and is packable into a 1ltr flask pouch (size medium).

Silks Alpha uses windproof Multicam® Quantum shell fabric with ultralight Polartec® Alpha® 60 active insulation.

TMS Tuesday – The M.A.R.C.H. Algorithm – Hypothermia

Tuesday, March 29th, 2022

The M.A.R.C.H. algorithm is laid out differently from Advanced Trauma Life Support (ATLS) which uses Airway, Breathing, and Circulation (ABC) as the order of treatment to instead use Massive Hemorrhage, Airway, Respiration, Circulation, Hypothermia/Head Injury for prioritizing lifesaving treatments. Among these critical steps, hypothermia is included in the algorithm’s final phase of care.

Despite advancements in trauma care over the past three decades, trauma remains among the leading causes of death. In penetrating trauma, what you cannot see occurring is the lethal diamond of hypothermia, hypocalcemia, acidosis, and coagulopathy. The lethal diamond is recognized as a significant cause of death in patients with traumatic injuries. Thus, failing to stop any one of the diamond’s complicating factors leads to worsening hemorrhage and eventual death.

If a patient has lost blood, they have lost body heat meaning you are fighting an uphill battle to intervene. If you are not preventing hypothermia, then you are not properly treating your patient. So, what should you do?

According to TCCC Guidelines, these are the steps that you should take:

1. Take early and aggressive steps to prevent further body heat loss and add external heat, when possible, for both trauma and severely burned casualties.

2. Minimize casualty’s exposure to cold ground, wind, and air temperatures. Place insulation material between the casualty and any cold surface as soon as possible. Keep protective gear on or with the casualty if feasible.

3. Replace wet clothing with dry clothing, if possible, and protect from further heat loss.

4. Place an active heating blanket on the casualty’s anterior torso and under the arms in the axillae (to prevent burns, do not place any active heating source directly on the skin or wrap around the torso).

5. Enclose the casualty with the exterior impermeable enclosure bag.

6. As soon as possible, upgrade hypothermia enclosure system to a well-insulated enclosure system using a hooded sleeping bag or other readily available insulation inside the enclosure bag/external vapor barrier shell.

7. Pre-stage an insulated hypothermia enclosure system with external active heating for transition from the non-insulated hypothermia enclosure systems; seek to improve upon existing enclosure system when possible.

8. Use a battery-powered warming device to deliver IV/IO resuscitation fluids, in accordance with current CoTCCC guidelines, at flow rate up to 150 ml/min with a 38°C output temperature.

9. Protect the casualty from exposure to wind and precipitation on any evacuation platform.

These recommendations are from the TCCC Guidelines which can be found at: www.deployedmedicine.com/content/40

Tools to Aid in Hypothermia

TacMed Solutions™ offers a variety of products built to assist preventing and treating hypothermia including the HELIOS® System, Emergency Bivvy, and more. To stock your kit with these essential tools, check out TacMed Solutions™ at tacmedsolutions.com/collections/m-a-r-c-h-tccc/hypothermia.

Have You Seen BFG’s DICK?

Monday, March 28th, 2022

Blue Force Gear’s Dual Initiator Coupler Kit is a simple device created to simplify and standardize dual explosive initiator systems.

It accepts two dual purpose M81 igniters for use with shock tube or M700 timed fuses aligned so that both firing pins can be pulled at once if needed.

Setting up a system is simple and you don’t need any tape or self-configured blocks.

Once the initiators are inserted, they are held in place by velcro one wrap.

www.blueforcegear.com/dual-initiator-coupler-kit

SCUBAPRO Sunday – The First Frogman Ship Attack

Sunday, March 27th, 2022

During the summer of 1918, as World War One ended, the Austrian Navy suffered a series of defeats at the hands of the Royal Italian Navy, which was based in Genoa. The most powerful ships of the Austrian Navy withdrew to the Adriatic Sea port of Pola to avoid capture. Enemy ships could not enter the harbor because of floating booms and barricades designed to encircle and destroy their targets. The Italian Navy attempted several attacks on the Austrian fleet at Pola. Still, it could not penetrate the sophisticated harbor defenses in any of them.

Raffaele Paolucci was an Italian Naval surgeon who devised a plan to infiltrate the harbor at Pola and destroy the largest ships of the Austrian fleet. He was killed during the operation. Even though the sheltered enemy fleet appeared impenetrable to conventional attack, Lieutenant Paolucci had the idea that he might be able to reach the Austrian ships by simply swimming to them with explosives in his possession.

“If I could be dropped off near the entrance to the harbor, a swim of three kilometers would enable me to reach my destination,” Paolucci concluded after consulting charts depicting the Pola estuary.”

Paolucci began training to swim alone into the harbor at Pola while keeping his plans a secret from his friends and family. Evenings and weekends were spent swimming in the lagoons of Venice, building up his endurance to the point where he could comfortably swim five miles without stopping. To simulate the weight of an explosive charge he planned to carry with him to destroy the enemy ships, Paolucci began dragging a 300-pound barrel of water behind him as his stamina grew.

Paolucci presented his plan to his commanding officers in May, confident in his ability to carry out his vision for the military. He was informed of the apparent dangers associated with such a venture. Still, he was instructed to continue with his training.

Paolucci was introduced to Major Raffaele Rossetti in July, who impressed him. In his investigation, Paolucci discovered that Rossetti had designed and built an entirely new type of aquatic weapon. This manned torpedo was ideal for the mission for which he had been preparing himself.

An unexploded German torpedo shell that had washed up on the Italian coast had inspired Rossetti to design and build a sleek submersible craft that could be pulled through the water like a horse, using the long, slender shell as a frame. Rossetti’s rebuilt torpedo was about 20 feet long, weighed one and a half tons, and could propel a pair of riders through the water at a top speed of two miles per hour. It was filled with compressed air that drove two small, silent propellers, powered by compressed air. Located at the front end of the apparatus were two detachable watertight canisters with a capacity of 400 pounds of TNT, each of which could be detached and transported separately. The craft’s position in the water could be changed by adjusting a series of control valves that Rossetti had devised.

Swimming and guiding the torpedo were practiced in the Italian naval shipyard in Venice, where Rossetti and Paolucci worked. Paolucci later wrote, “We had to be in the water clinging to the machine, which moved slowly; we had to steer it with our bodies, and in some cases were forced to drag the apparatus ourselves…we habituated ourselves to remaining in the water for six or seven hours at a stretch with our clothes on, and to passing unnoticed beneath the eyes of the sentries posted along Venice dockyard’s perimeter.”

An Italian navy motorboat brought the two men and their hybrid watercraft to within a few miles of the entrance to the harbor at Pola on the night of 31 October 1918. Rossetti and Paolucci slipped into the water, mounted their torpedoes, and set out to sabotage the Austrian fleet, which was utterly unaware of what they were getting themselves into.

Rossetti and Paolucci submerged the torpedo by riding the incoming tide until only their heads were visible above the water’s surface. They left for Pola at 10:13 p.m. on a Friday. Assuming everything went according to plan, Rossetti estimated that it would take no more than five hours to deliver the explosives to the Austrian ships and return to the waiting Italian motorboat, which was safely anchored away from the sight of Austrian patrol boats.

Rossetti turned off the air valve driving the torpedo’s twin propellers on their way into the harbor, preventing them from being sucked into it. The torpedo was carefully guided up to the first of the barriers that guarded the outer harbor by the two men who had guided it up. The enemy’s searchlights swept across the water, threatening to reveal them to the public. The searchlights passed over them despite their repeated appearances without disclosing their location.

When Rossetti and Paolucci arrived at the outermost barricade at 10:30 a.m., they discovered that it was constructed of “numerous empty metal cylinders, each approximately three yards in length, between which were suspended heavy steel cables.” “….. In the meantime, the two men lifted and pushed their boat over the obstacle, fearful that the sound of metal scraping against metal would alert Austrian guards on the other side of the water. Their efforts went largely unnoticed. “After a great deal of effort,” Paolucci wrote, “we were able to get past the obstruction when I felt myself being seized by the arm.” After a moment’s thought, I realized Rossetti was pointing to a dark shape that appeared to be moving toward us.” They were completely unaware of the presence of an Austrian U-boat, which was gliding past them and out into the Adriatic Sea without using its lights and with only its conning tower above the water.

The two men steered the torpedo slowly toward the seawall that protected Pola’s inner harbor after restarting the torpedo’s motor. While Rossetti waited in the shadow of the seawall, Paolucci swam ahead to find the quickest way into the port. Rossetti was a little late. Instead, he encountered another stumbling block in the form of a gate constructed of heavy timbers studded with long steel spikes.

Paolucci returned to Rossetti’s boat and informed him of his discovery. Rossetti decided to proceed with the mission. It was now against the tide, and the two men had to fight against it to drag the massive torpedo up to the submerged gate. As the tide receded, Rossetti and Paolucci struggled to make their way past the nets and into the harbor where the anchored Austrian battleships were anchored. Paolucci wrote, “our endeavors proved successful.” It was 3:00 a.m. now, and the sun was shining brightly.

The dreadnought SMS Viribus Unitis, the largest ship in the fleet, was chosen as the primary target because it was closest to the shore. Rossetti and Paolucci were swimming through sleet and hail when they noticed the sky beginning to brighten with dawn. Just as they were about to reach the side of the Viribus Unitis, the torpedo began to sink unpredictably.

While Paolucci was frantically trying to keep the torpedo afloat, Rossetti discovered an intake valve that had been accidentally opened, allowing air to escape from the cylinder and sinking the ship. After closing the valve, the two men took a few moments to relax in the shadow of the Austrian flagship. According to Paolucci, “this was unquestionably the worst of all our trying moments.”

They reached the Viribus Unitis at 4:45 a.m. after making their way down a long line of Austrian battleships that stretched for miles. Rossetti detaches one of the TNT canisters from the front of the torpedo and attaches it to the hull of the Viribus Unitis, which was then launched. Rossetti set a timer for 6:30 p.m. when he planned to detonate the 400-pound charge of TNT.

As Rossetti and Paolucci pushed off from the side of the Viribus Unitis, a sentry on the flagship noticed them and alerted the authorities.

The Italians attempted to navigate towards the shore, hoping to find refuge. A boat from the Viribus Unitis was dispatched to capture them as soon as they were discovered. After quickly arming the second canister of explosives, Paolucci set it free in the ebbing tide of the river. As a result of flooding the torpedo’s air cylinder, the ship sank to the bottom.

A group of sailors from the Viribus Unitis apprehended the Italian officers and transported them back to the ship. They were shocked to discover that the Austrian fleet had mutinied during the previous night and that the Austrian admiral had transferred command of the Viribus Unitis to a Yugoslavian captain named Ianko Vukovic. Having been ordered ashore, all German and Austrian crew members were escorted off the ship, leaving the fleet in the care of neutral Yugoslav sailors.

It was 6:00 a.m. at the time. Because Rossetti was aware that the TNT would detonate in half an hour, he informed Captain Vukovic that his ship was in “serious and imminent danger.” “Save your men,” says the captain. Captain Vukovic demanded an explanation calmly. “I’m not going to tell you when, but the ship will be blown up in a short time,” Rossetti said.

Vukovic didn’t waste any time, yelling in German, “Men of the Viribus Unitis, save yourselves and everyone else you can!” “The Italians have smuggled bombs aboard the vessel!” When the Yugoslavian crew members learned of this, they panicked and abandoned the ship. As Paolucci described it, “we heard doors open and shut quickly, we saw half-naked men rushing about madly and clambering up the steps of our batteries, and we heard the noise of bodies splashing into the sea.”

Rossetti took advantage of the sudden panic and inquired of Captain Vukovic about the possibility of saving themselves. Vukovic agreed with me. Rossetti and Paolucci dashed to the side of the ship and jumped overboard. They were captured. They were quickly apprehended by a group of enraged Yugoslavian sailors in a small boat, who took them back to the Viribus Unitis, where they were imprisoned. “We were under the impression that they intended for us to perish on the doomed ship,” Paolucci wrote. The time was 6:20 p.m.

Once again, Rossetti and Paolucci found themselves surrounded by a threatening mob of sailors when they returned to the ship’s deck for the second time. They were yelling at us, claiming that we had deceived them, and others demanded to know where the bombs were hidden. Rossetti rose to his feet and demanded that he and Paolucci be treated relatively as prisoners of war, which was granted. Vukovic ordered his men not to harm the Italians, and they followed his orders.

There was no explosion at 6:30 p.m. when the time came. Neither Rossetti nor Paolucci said anything to one another, as if they were wondering what had gone wrong. Captain Vukovic was still attempting to restore order on the ship’s deck when a storm hit the ship. Crewmen who had abandoned the Viribus Unitis rowed in lifeboats all around the ship, unsure whether to flee to safety or return to the ship as the ship sank.

The TNT charge exploded at 6:44 p.m. local time. When the delayed explosion occurred, Rossetti and Paolucci were taken aback by how quiet it was, describing it as “a dull noise…a deep roaring, not loud or terrible, but rather light.” Instantaneously, however, a massive column of water rose into the air at the ship’s bow and splashed down on the ship’s forward deck. In the aftermath of the explosion, Rossetti and Paolucci requested permission to abandon the ship once more out of shock. Captain Vukovic shook their hands and pointed to a rope they could use to escape into the water, motioning for one of the lifeboats to come and pick them up from the water.

When Rossetti and Paolucci were dragged onto the small boat, they turned to watch the Viribus Unitis sinking into the water. In his book, “The Viribus Unitis,” Paolucci describes how the ship began to heel over more and more until the water reached the level of the deck and the ship capsized utterly. I noticed that the massive turret guns were being tossed around like toys. Towards the keel, I noticed a man crawling until he reached the top of the ship. It was Captain Vukovic who made the announcement. He died a short time later after being struck in the head by a wooden beam while attempting to save his life by swimming to shore after having extricated himself from the whirlpool of water.” Rossetti and Paolucci were transported as prisoners of war to an Austrian hospital ship for their recovery. There, they discovered that the second canister of explosives, which had been set free by Paolucci just before they were apprehended, had exploded against the hull of an Austrian ship named Wien, causing it to capsize and sink.

Italy and Austria signed a peace treaty three days later, on 4 November 1918, bringing the war to an end. The following day, the Italian fleet seized control of Pola, allowing Rossetti and Paolucci to be released from captivity. The two gentlemen were presented with gold medals in recognition of their bravery. Rossetti received a reward from the Italian government of 650,000 lire as compensation for his services. “A war adversary who, in dying, left me with an ineradicable example of generous humanity,” he said of Captain Vukovic’s widow when he presented the reward. Widows and mothers of other war victims received the funds used to establish a trust fund for them.

croatian-treasure.com/viribus