TYR Tactical

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ARCYBER provides Soldiers with Array of Capabilities for Battlefield, Commander Says

Thursday, August 9th, 2018

WASHINGTON — A misconception of U.S. Army Cyber Command’s mission is that it’s only about defensive and offensive cyber, said Lt. Gen. Stephen G. Fogarty. But equally important, he said, are other “tribal members” of ARCYBER — signals intelligence, electronic warfare and information operations.

Fogarty, commander of ARCYBER, spoke Thursday during an Association of the U.S. Army-sponsored forum on cyber warfare.

PFC Nathaniel Ortiz of the 780th Military Intelligence Brigade sets up deployable cyber tools overlooking the mock city of Razish at the National Training Center at Fort Irwin, Calif., May 5, 2017. (Photo Credit: U.S. Army photo by Bill Roche)

ARCYBER needs to provide the combatant commander with an entire array of options from each of those communities that will provide him or her freedom of movement on the battlefield and deny the same to adversaries, Fogarty said. “We want to present multiple dilemmas to the enemy, not just cyber.”

Fogarty added that next week he’ll convene a meeting with leaders in ARCYBER to discuss the roles each of them play and how they can more effectively be utilized in the future, such as by better synchronizing their efforts.

U.S. Army Cyber Command is a relatively new organization, stood up just eight years ago, he said. Over the course of that time, particularly within the last two years, ARCYBER has been able to assess what it has gotten wrong and right so far.

ARCYBER operators “are in the fight every day,” he explained, and in the last two years that fight has heated up as peer adversaries acquire new technologies and capabilities and test those of the U.S. and its allies.

That high-intensity fight has enabled ARCYBER to accelerate its learning and evolve much more quickly than ever before, he said. The backbone of that effort has been the excellent ARCYBER workforce.

Lt. Gen. Bruce T. Crawford, Army chief information officer/G-6, said he wants to ensure that the ARCYBER workforce of 13,600 individuals has the right skills and training to meet the higher demands that will be placed on them as they defend the U.S. network and work to disrupt the network of the enemy.

NETWORK MODERNIZATION

Today’s effort to modernize the network is the largest in 35 years, Crawford said. In the early 1980s, he said, the Army was just getting a grasp of how software and the Internet would fundamentally change the character of warfare. The Army’s network modernization effort now is being led by two cross functional teams: the Assured Position, Navigation and Timing team and the Network team.

Advances in information technology, particularly within the last two years, mean that the Army must get a grasp on how this new technology can shape the modern battlefield and how to best take advantage of that by working closely with partners in industry and academia, he said.

Crawford said that if he had to pick the top three IT developments that will shape the nature of war, they are cloud computing, artificial intelligence, and identity, credential and access management.

Peer adversaries, he said, are working hard on developing these three as well, and some have even suggested that whoever reaches a breakthrough in AI first will obtain world dominance.

Widget Wednesday:  SATCOM Power

Wednesday, August 8th, 2018

Satellite communications systems have come a very long way since Sputnik, the Space Race, and INTELSAT. Long gone are the days of needing a truck, a generator, and an antenna the size of a small house too. Even very powerful satellite communications systems today are small enough and light enough to be carried and used by one person.

Which is just as well, because information and communications technologies are integral to the conduct of current military operations all around the world – and especially critical for small units operating far beyond the front lines (if “front lines” even exist anymore).

Special Operations Forces (SOF) in particular conduct a wide range of missions in austere environments for extended periods of time. SOF communicators must have the ability to effectively communicate between elements, to higher headquarters, and with their partner forces using multiple organic and non-organic radios, computers, and other devices. Fortunately, the PTX SPM-622 Squad Power Manager from Protonex can deliver the power to keep their communication lines up and running for constant operational capability.

The SPM-622 can integrate with and provide power for multiple SDN, SDN (L) and BGAN terminals to run computers, telephones, and other devices from sources other than AC power. AC power is not always available, or is irregular / unreliable, in many of the AOs where SOF and their support units may find themselves located. With its ability to scavenge power from solar blankets, vehicle outlets, military and non-military batteries (rechargeable or single use), generators, wind turbines, and any other source, the SPM becomes a field-expedient uninterruptible power source (UPS) to keep critical communication lines open at all times.

For further information, check out the APPLICATIONS and SOLUTIONS pages at www.PTXnomad.com or contact the Team.Room@Protonex.com.

SCUBAPRO Sunday – Wetsuits

Sunday, August 5th, 2018

Cleaning Your Wetsuit

Always clean and dry your suit as soon as possible. Rinse your wetsuit with fresh water. Its best to fill a bucket/tub/ trash can/ bath tube up with clean water and soak your wetsuit in that so it gets clean all the way thru. You can use a wetsuit shampoos and conditioners, PISS OFF and Sink the Stink are good and there are others out there. You can also use mild laundry soap or baby shampoo to clean wetsuits. Try to avoid peeing in your wetsuit; Urine is a hard smell to remove. Inspect your wetsuit for rips and tears as you are washing it.

Drying Your Wetsuit

After washing and rinsing your wetsuit, turn it inside out to help retain the flexibility on the outside of the wetsuit. Hang to dry on a wetsuit hanger or three to four plastic hanger, but don’t use a wire hanger. Wire hangers will cause the neoprene to stretch over the shoulders. The sun is your wetsuits worst nightmare as the UV rays can damage the neoprene and shortening the lifespan and the effectiveness of your suit.

                         

 SCUBAPRO Dry suit hanger      SCUBAPRO Universal Hanger

Storage  

Store your wetsuit on a flat surface or on a wetsuit hanger. Avoid folding whenever possible to avoid creases. If stored folded it can leave creases and those will take away from the insulation properties. Avoid leaving your wetsuit in stuffed in a bag, or in a hot car, as it will reduce the lifespan of your suit.

Things that Can Damage Your Wetsuit

Hot water can ruin neoprene, causing it to lose some of its flexibility. Sun and UV rays cause neoprene wetsuits to age quickly. Dry your wetsuit in a shaded area. Chlorine or salt water will break down the neoprene. The crystals for the salt water will cut your suit. This is why it is important to rinse your wetsuit with fresh water after use in chlorine or salt water.

Things to Avoid

Do not use bleach or put your wetsuit in a washer machine or a dryer. Everyone loves getting into a dry wetsuit but the drier is real bad for it. (So maybe just long enough to make it warm if you feel like you have to) Avoid pulling your wetsuit over rings, watches or anything it could get caught on. Also just pulling it on can rip it. Avoid putting petroleum jelly on your suit. Petroleum products destroy the adhesive of the wetsuit seams and can penetrate the neoprene making it hard to repair. If you are trying to avoid chafing you can use Body Glide as that has been made to be wetsuit friendly. Using beeswax or zipper lubricant can prolong the zippers life and help keep them from snagging and tearing and it also helps them work better.

Repairing Tears and Rip

Inspect your wetsuit for rips and tears after each use. The rips and tears are much easier to fix when they are small, and will grow if they go unnoticed. Wetsuits can easily tear from things like watches, pier pillions and rocks. Small tears (around 1-2 inches long) can be easily repaired. Tears bigger than a few inches may require professional repair services. If the stitches or seams are torn it may also be a good idea to take your suit to a professional for repairs.

Things you should keep on hand

Storm sure Neoprene Queen, Aquaseal and E6000 fabric glue. These are good to just leave have in a small zip-lock container in your dive bag. It is better to stay ahead of a rip. There are also wetsuit repair kits available that contain everything you will need. If you are deployed overseas and cant’ get the a true wetsuit glue, then you can try a “bike tire repair kit” from any bike store (the glue used to fix a bike tire inner tube is basically the same) and is ok for “field repair” it is not recommended by any wetsuit companies but it is a good last resort if you having to dive for a couple hour in a ripped wetsuit and have no other options, like taking your buddies suit and saying “ wow you ripped your suit that sucks”

If you want learn a lot more about wetsuits watch the below video

Below is quick summary

• Rinse with fresh water after dives to remove the salt water
• Hang up inside/out for drying
• Do not dry under sunlight to prevent neoprene being damage (sun baking) – this one is the most important.
• Do not use laundry liquid to prevent neoprene being damage
• Do not put in dryers
• Do not Iron
• Do not Bleach
• Do not store too much folded to avoid wrinkles

All this information is on this label stitched inside your suits.

Wetsuits

Widget Wednesday: Aeryon SkyRanger R60 sUAS Field-Charging Solutions

Wednesday, August 1st, 2018

“Drones” continue to be a hot topic and an area of ever growing adoption by military and law enforcement organizations. However, keeping UAV / UAS batteries charged and flying during demanding operational tempos and/or in remote locations presents significant challenges. UAS operators needed a way to be able to take advantage of any accessible source of power; such as solar cells, car batteries, vehicle power outlets, or single-use batteries.

The SkyRanger R60 from Aeryon Defense is the standard-setting Group 1 VTOL sUAS for real-time, secure, aerial intelligence across a wide range of mission-critical applications for professional end-users. R60s are currently deployed with over 20 militaries worldwide, and in use with public safety and industrial operators in over 30 countries.

Working closely with Aeryon, we developed lightweight, high-performing adapters that enable an operator to rapidly charge SkyRanger R60 batteries in the field using the SPM-622 (Squad Power Manager), or ABC-812 (Adaptive Battery Charger). And thanks to our bi-directional, plug-and-play technology, R60 batteries can also be used as a rechargeable power source for other electronic equipment – helping to improve energy flexibility while also reducing a unit’s battery burden.

For further information about our UAV and UGV field charging solutions, visit www.PTXnomad.com or contact the Team.Room@Protonex.com.

Brigantes Presents – High Angle Solutions – Deuter Alpine Guide 35+ MultiCam

Wednesday, August 1st, 2018

Following two years of hard work Deuter Alpine Guide 35 in Multicam is now available.  Fresh into the warehouse this classic mountain rucksack has been updated and modified to suit the needs of operators in the mountain environment.

Using the Deuter Alpine, X-Frame back system the pack is one of the most stable and comfortable packs to carry.  The lid is extendable to accommodate expanded loads and allow for ropes or other pieces of hardwear.  In order to maximise functionality it has a long side opening zip, which allows you to access the full body of the pack without disturbing the load under the lid or having to completely empty the pack.

The hip belt is removable and uses the Vari-Flex system, which enables it to move with you when moving thereby improving comfort and performance. A double pull waist belt gives secure adjustment and the sternum strap helps the load to remain in the right place on your shoulders.

The pack comes with a removeable sit mat and is compatible with hydration bladders up to 3 Litres.  The sides of the pack provide ski loops and the front of the pack has points for two ice axes.

Overall this is the pack for mountain operations.  It has long been the go to pack for people working in the mountains and is the only option for the military mountaineer.

For more information contact tribe@brigantes.com

For international sales contact international@brigantes.com

(High Angle Solutions is a weekly series of articles focusing on military mountaineering solutions. It’s brought to you by UK-based Brigantes Consulting, in conjunction with several other brands, both here in the US and abroad. This week, it’s 

TSgt John Chapman to Posthumously Receive Medal Of Honor for Actions During Battle of Takur Gar

Saturday, July 28th, 2018

HURLBURT FIELD, Fla. (AFNS) — The White House announced July 27, 2018, that Air Force Tech. Sgt. John Chapman will be posthumously awarded the Medal of Honor Aug. 22, for his extraordinary heroism during the Battle of Takur Ghar, Afghanistan, in March 2002.


According to the Medal of Honor nomination, Chapman distinguished himself on the battlefield through “conspicuous gallantry and intrepidity,” sacrificing his life to preserve those of his teammates.

Making it look easy

Chapman enlisted in the Air Force Sept. 27, 1985, as an information systems operator, but felt called to be part of Air Force special operations. In 1989, he cross-trained to become an Air Force combat controller.

According to friends and family, Chapman had a tendency to make the difficult look effortless, and consistently sought new challenges. Dating back to his high school days, he made the varsity soccer squad as a freshman. Also an avid muscle-car enthusiast, he rebuilt and maintained an old Pontiac GTO.

Combat control would prove to be another instance of “making it look easy.”

Combat control training is more than two years long and amongst the most rigorous in the U.S. military. Only about one in ten Airmen who start the program graduate.

From months of rigorous physical fitness training to multiple joint schools – including military SCUBA, Army static-line and freefall, air traffic control, and combat control schools – Chapman is remembered as someone who could do anything put in front of him.

“One remembers two types of students – the sharp ones and the really dull ones – and Chapman was in the sharp category,” said Ron Childress, a former Combat Control School instructor.

Combat Control School is one of the most difficult points of a combat controller’s training program, from completing arduous tasks without sleeping for days, to running miles with weighted rucksacks and a gas mask.

“During one of his first days at Combat Control School, I noticed a slight smirk on his face like [the training] was too simple for him…and it was,” said Childress.

Following Combat Control School, Chapman served with the 1721st Combat Control Squadron at Pope Air Force Base, North Carolina, where he met his wife, Valerie, in 1992. They had two daughters, who were the center of Chapman’s world even when he was away from home – which was common in the combat control career field.

“He would come home from a long trip and immediately have on his father hat – feeding, bathing, reading and getting his girls ready for bed,” said Chief Master Sgt. Michael West, who served with Chapman through Combat Control School, a three-year tour in Okinawa, Japan, and at Pope AFB. “They were his life and he was proud of them…to the Air Force he was a great hero…what I saw was a great father.”

The Battle of Takur Ghar

In conjunction with Operation Anaconda in March 2002, small reconnaissance teams were tasked to establish observation posts in strategic locations in Afghanistan, and when able, direct U.S. air power to destroy enemy targets. The mountain of Takur Ghar was an ideal spot for such an observation post, with excellent visibility to key locations.

For Chapman and his joint special operations teammates, the mission on the night of March 3 was to establish a reconnaissance position on Takur Ghar and report al-Qaida movement in the Sahi-Kowt area.

“This was very high profile, no-fail job, and we picked John,” said retired Air Force Col. Ken Rodriguez, Chapman’s commander at the time. “In a very high-caliber career field, with the highest quality of men – even then – John stood out as our guy.”

During the initial insertion onto Afghanistan’s Takur Ghar mountaintop on March 4, the MH-47 “Chinook” helicopter carrying Chapman and the joint special operations reconnaissance team was ambushed. A rocket propelled grenade struck the helicopter and bullets ripped through the fuselage. The blast ripped through the left side of the Chinook, throwing Navy Petty Officer 1st Class Neil Roberts off the ramp of the helicopter onto the enemy-infested mountaintop below.

The severely damaged aircraft was unable to return for Roberts, and performed a controlled crash landing a few miles from the mountaintop. Thus began the chain of events that led to unparalleled acts of valor by numerous joint special operations forces, the deaths of seven
U.S. servicemen and now, 16 years later, posthumous award of the Medal of Honor to Chapman.

Alone, against the elements and separated from his team with enemy personnel closing in, Roberts was in desperate need of support. The remaining joint special operations team members, fully aware of his precarious situation, immediately began planning a daring rescue attempt that included returning to the top of Takur Ghar where they had just taken heavy enemy fire.

As the team returned to Roberts’ last-known position, now on a second MH-47, the entrenched enemy forces immediately engaged the approaching helicopter with heavy fire.

Miraculously, the helicopter, although heavily damaged, was able to successfully offload the remaining special operations team members and return to base. Chapman, upon exiting the helicopter, immediately charged uphill through the snow toward enemy positions while under heavy fire from three directions.

Once on the ground, the team assessed the situation and moved quickly to the high ground. The most prominent cover and concealment on the hilltop were a large rock and tree. As they approached the tree, Chapman received fire from two enemy personnel in a fortified position. He returned fire, charged the enemy position and took out the enemy combatants within.

Almost immediately, the team began taking machine gun fire from another fortified enemy position only 12 meters away. Chapman deliberately moved into the open to engage the new enemy position. As he heroically engaged the enemy, he was struck by a burst of gunfire and became critically injured.

Chapman regained his faculties and continued to fight relentlessly despite his severe wounds. He sustained a violent engagement with multiple enemy fighters, for over an hour through the arrival of the quick reaction force, before paying the ultimate sacrifice. In performance of these remarkably heroic actions, Chapman is credited with saving the lives of his teammates.

The upgrade to MOH

“John was always selfless – it didn’t just emerge on Takur Ghar – he had always been selfless and highly competent, and thank God for all those qualities,” said Rodriguez. “He could have hunkered down in the bunker and waited for the (Quick Reaction Force) and (Combat Search and Rescue) team to come in, but he assessed the situation and selflessly gave his life for them.”

Chapman was originally awarded the Air Force Cross for his actions; however, following a review of Air Force Cross and Silver Star recipients directed by then-Secretary of Defense Ash Carter, the secretary of the Air Force recommended Chapman’s Air Force Cross be upgraded to the Medal of Honor.

In accordance with Air Force policy whereby Medal of Honor recipients are automatically promoted one grade on the first day of the month following the award, Chapman will be posthumously promoted to the rank of master sergeant on Sept. 1, 2018.

Although Chapman will be awarded the Medal of Honor, family and friends have expressed his humility and how he would react today, if he were here.

“If John were to find out he received the Medal of Honor, he would be very humbled and honored,” said Chief Master Sergeant West. “He was just doing his job, and that’s what he would say at this moment.”

His widow, Valerie Nessel, has always known her husband was capable of such greatness, but asserts that John wouldn’t be anxious to be in the spotlight.

“[John] would want to recognize the other men that lost their lives,” said Valerie. “Even though he did something he was awarded the Medal of Honor for, he would not want the other guys to be forgotten – that they were part of the team together.”

“I think he would say that his Medal of Honor was not just for him, but for all of the guys who were lost,” she added.

In total, seven service members lost their lives during the Battle of Takur Ghar:
Petty Officer 1st Class Neil Roberts – U.S. Navy SEAL
Tech. Sgt. John Chapman – U.S. Air Force combat control
Senior Airman Jason Cunningham – U.S. Air Force pararescue
Cpl. Matthew Commons – U.S. Army Ranger
Sgt. Bradley Crose – U.S. Army Ranger
Spc. Marc Anderson – U.S. Army Ranger
Sgt. Philip Svitak – U.S. Army 160th Special Operations Aviation Regiment

“John would have, so I’ll say it for him. Every American who set foot on that mountaintop acted with great courage and selflessness, and deserves all of our praise and admiration for the sacrifices they made,” said Rodriguez.

By Staff Sgt. Ryan Conroy, 24th Special Operations Wing Public Affairs

Harvested HMMWV Parts Will Save Corps Millions, Increase Survivability of JLTV

Thursday, July 26th, 2018

MARINE CORPS BASE QUANTICO, Va. —

A harvesting effort by Program Executive Officer Land Systems and Marine Corps Systems Command could save the Corps millions and make one of its newest vehicles more survivable.

The Gunner’s Protection Kit, managed by Infantry Weapons within MCSC’s Portfolio Manager Ground Combat Equipment Systems, is currently installed on High Mobility Multipurpose Wheeled Vehicles. As a cost-savings measure, the kits will be removed from HMMWVs and installed on Joint Light Tactical Vehicles as they are fielded to the fleet next year. Using harvested parts instead of buying new potentially saves the Corps more than $100 million.

Logisticians and equipment specialists from Marine Corps Systems Command and Program Executive Officer Land Systems install a Marine Corps Transparent Armor Gun Shield on a Joint Light Tactical Vehicle May 1. The installation is part of a cost-savings plan to harvest Gunner’s Protection Kits and other equipment from older High Mobility Multipurpose Wheeled Vehicles and increase the JLTV’s survivability. (U.S. Marine Corps photo by Kristen Murphy)

“The harvesting strategy was developed by the JLTV Joint Program Office in 2012 as part of our efforts to meet affordability metrics for the program,” said Andy Rodgers, program manager for Light Tactical Vehicles in Program Executive Officer Land Systems. “Our collaboration with [Marine Corps Systems Command’s] Program Manager Infantry Weapons is key to that strategy.”

In the spring, logisticians and other program personnel from Infantry Weapons conducted a Proof of Principle, or PoP, going step by step through the process of removing a Marine Corps Transparent Armor Gun Shield—part of the GPK family of systems—from a HMMWV and placing it on a JLTV. The MCTAGS will be installed on the Heavy Guns Carrier JLTV variant.

Marines from 1st Battalion, 7th Marines prepare to load Joint Light Tactical Vehicles onto Landing Craft Utility boats in preparation for a JLTV Multiservice Operational Test and Evaluation amphibious landing March 2, at Camp Pendleton, California. As part of a cost-savings plan, the Marine Corps will harvest Gunner’s Protection Kits and other equipment from older High Mobility Multipurpose Wheeled Vehicles and install them on JLTVs to increase the new vehicles’ survivability. (U.S. Marine Corps courtesy photo)

The PoP will help the program office develop, verify and publish a modification instruction to guide the Corps through the installation process, said Kevin Marion, a logistics management specialist in Infantry Weapons.

“The PoP was successful,” Marion said. “We started with existing [instruction] manuals for the MCTAGS, and then added steps for putting it on the new vehicle. In addition to documenting the steps, it also gave us a chance to identify any parts that can’t be reused because the degree of serviceability is questionable.”

The JLTV program office has completed similar PoP efforts with the Improved TOW GPK, or I-TGPK, which will be installed on the Close Combat Weapons Carrier variant of the JLTV. The CCWC can be armed with TOW—tube-launched, optically tracked, wire-guided—missiles.

The JLTV is an Army-led light tactical vehicle program. It will partially replace the Army and Marine Corps HMMWV fleet, providing a more survivable vehicle, and closing an existing gap in payload, performance and protection. The JLTV comes in four variants with payloads ranging from 3,500 to 5,100 pounds of cargo, and can go more than 70 miles per hour as well as traverse over arduous terrain.

Although only two variants will be equipped with the MCTAGS or I-TGPK, all JLTVs will contain harvested radios, antennas and other communications equipment from HMMWVs.

“It’s our responsibility as MCSC to be good stewards of taxpayer money, so if we have equipment that is in good condition, we should go ahead and use it,” Marion said.

An advantage to Marines is the tactics, techniques and procedures will remain largely unchanged for the harvested equipment, so they already know how to operate it, Rodgers said.

The HMMWVs will be demilitarized and traded through the Equipment Exchange Program. This program enables the organization to work with commercial vendors who can sell or use the vehicles as they see fit.

“The exchange program is no cost to the government, and no money changes hands,” Rodgers said. “In exchange, the vendor buys equipment we may need like MCTAG covers or ring mounts for the JLTV, and they ship it wherever we need it.”

Once vehicle fielding begins next year, Marine Corps field service representatives will execute the harvesting plan for the units that receive them, Rodgers said. This is part of the program’s “total package fielding” plan.

“As we field the JLTV, we’ll collect the HMMWV, harvest the parts, install them and then return the new vehicles [to the units],” Rodgers said.

Fielding for the JLTV will begin in spring 2019 to the Marine Corps School of Infantry-West at Camp Pendleton, California; School of Infantry-East at Camp Lejeune, North Carolina; The Basic School at Marine Corps Base Quantico, Virginia; and Motor Transport Maintenance Instructional Company at Camp Johnson, North Carolina. Fielding to the operating forces will begin in the summer of 2019. In all, the Army plans to purchase 49,000 JLTVs and the Marine Corps will purchase 9,091.

By Monique Randolph, MCSC Office of Public Affairs and Communication | Marine Corps Systems Command

Frag Out! – TripleX – the harmony of multi-terrain camouflage pattern

Wednesday, July 25th, 2018

As long as armies exist, war fighters have been looking for best solutions to blend in with the environment; starting with natural objects or vegetation in designated area and ending with full spectrum of artificial colour and material usage for camouflage means. Different areas and different terrains dictate specific rules. Every fighter must use a wide range of skill sets to blend in with the environment. Modern war dynamic process requires that one uses a universal camouflage colour, pattern and material shape capable of providing concealment in every environment.

Development of multi-terrain pattern is always a compromise between different types of camouflage that will provide adequate concealment of the operators against various backgrounds of different terrains. An even more complex task is to develop a pattern which will provide sustainable concealment over different distances within certain type of terrain and will not become a one-color spot, turning the fighter into an easy target.

Seeing how many variables need to be taken into consideration, the most important question is, how to develop a one-for-all camouflage?

This question was on the mind of Igors Sitvjenkins from the moment he joined the Army in 1997. He started with designing an innovative layering system for his fellow soldiers. After 15 years as an officer, having worked with NATO groups and cooperated with top military brands from soldier systems sector, he decided to start his own business: Sole Source and look into the camouflage issue in a more scientific way.

The mix of scientific thinking, military experience and passion for the perfect camouflage resulted in a book called BOOS – “Book of operational sculpturing”, where Igors team established system requirements for all the products they developed. The book became the base for identification and understanding of customer requirements – a unique and innovative approach towards satisfying the customer with most adequate product choices. BOOS also includes details behind the creation of the new camouflage pattern called TripleX and has become the base for all products designed and sold by Igors and his partners’ new brand, 3rd Alternative.

TripleX multi-terrain camouflage pattern has been developed based on 7 years of thorough research. The goal was to create a universal pattern providing concealment in three main operational terrains – woodland, urban and mountainous, while also fit for the transitional terrains.

The biggest challenge presented itself in the actual camouflage color and contrast that helps to blend into the forest areas and mountainous terrain. Since camouflage is most effective at distances of above 50 m, the main focus was on the right colors of pattern elements. TripleX camouflage colors and their interaction truly allow for a multi-terrain coverage. The next factor was the shape, size and ratio of pattern elements. In TripleX a mix of elements with different colors is used: dominate greenish triplex element with star size 1.4 cm, brown triplex element with star size 1.4 cm, khaki triplex element with star size 0.8 cm and grey triplex element with star size 0.8 cm. Research shows that shapes in the range of 0.8-1.4 cm provide the best blend-in capability in different terrain, while not turning the pattern into a one spot color.

TripleX is based on Euclid’s geometrical element that allows to shape it in different irregular forms and build a pattern that has horizontal and vertical lines. This way, it blends into nature or urban environment while keeping it digital, with the ability to converge with surrounding elements and light.

TripleX frago 0

TripleX pattern – closer look. ROCK jacket ventilation laser cut holes

TripleX frago 1

TripleX pattern – general look mountain terrain

TripleX in WOODLAND terrain

A common mistake is the belief that forest is just dark green; that is why past generation of camouflage patterns intended to mimic woodland were most often dark green with black spots. There should be a proper mix of the colors and element shapes in order to provide appropriate concealment. In the TripleX multi-terrain pattern the main element is the greenish background with grayish coloring. This allows for the most effective blend into wooden areas, leaf tree areas as well as conifer tree areas, dense or sparse forests. The tone is called misty or “brume forest” and gives every fighter the freedom of movement in any forest terrain.

Another inspiration for the colours was the tone of wild animal fur in autumn, which when mixed with the grayish color provides the most optimal spectrum for concealment. With the focus on each element’s size ratio, the blend of colours reduces the possibility of appearing as spots or creating a shadow effect not in line with the environment.

TripleX frago 5

TripleX pattern – woodland terrain, close distance

TripleX frago 4

TripleX pattern – woodland terrain, close look (late autumn)

TripleX in URBAN areas

Tactical doctrine stresses that urban combat operations are conducted only when required and that built-up areas are isolated and bypassed rather than engaged in costly, time-consuming acts. Adherence to these precepts, though valid, is becoming increasingly difficult as urban sprawl changes the face of the battlefield. Major urban areas in various countries host industrial bases, transportation complexes, economic institutions, and political and cultural centers – the power and wealth of each country. The denial or capture of these centers may yield decisive psychological advantages that frequently determine the success or failure in a larger conflict. Villages and small towns will often be caught up in the battle because of their proximity to major avenues of approach or because they are astride lines of communications that are vital to sustaining ground combat operations. Urbanization is a complex, multifaceted process influenced by many factors including a nation’s cultural development, its economic resources, and its industrial capacity. Although its form varies from region to region, urbanization is characterized by a general pattern of changes in land usage and the spread of man-made features across natural terrain. Tactical terrain analysis has traditionally considered some elements of the urban environment such as the allocation of land to agriculture or forestry and the distribution of railway or road networks. However, the focus has been on natural terrain elements. In Europe and other urbanized areas of the world, increased awareness of the effects of man-made features on the overall tactical scheme is necessary. How urban terrain elements impact on operations is an important consideration in determining tactical options.

Expanding urban development affects military operations as the terrain is altered. The increased population and accelerated growth of cities have made the problems of combat in built-up areas an urgent requirement for the military, law enforcement, special security forces. This type of combat cannot be avoided. The makeup and distribution of smaller built-up areas as part of an urban complex make the isolation of enemy fires occupying one or more of these smaller enclaves increasingly difficult. Urban terrain is expected to be the future battlefield in Europe and Asia with brigade- and higher-level commanders focusing on these operations. The closeness of urban operations increases the likelihood that the enemy will detect operators of the unit.
Because some urban areas offer poor concealment and cover, the enemy is most likely to detect soldiers moving through urban areas. Camouflage effectiveness in urban terrain is therefore dictated by color of the pattern elements as much as their size ratio. The right mix allows to blur in and not stand out against the background of the built-up area. This is the reason why the TripleX pattern has universal colour tones that change in the overall visual spectrum based on background and light intensity.

TripleX frago 2

TripleX pattern – urban terrain, close distance

TripleX in MOUNTAIN terrain

With approximately 38% of the world’s classified as mountains, the Army must be prepared to deter conflict, resist coercion, and defeat aggression in mountains as much as in other areas. Mountains exist in almost every country in the world and almost every war has included some type of mountain operations. This pattern will not change; therefore, soldiers will fight in mountainous terrain also in future conflicts. Although mountain operations have not changed, several advancements in equipment and transportation have increased the soldiers’ capabilities. The identification and proper use of the cover and concealment provided by mountainous terrain are fundamental to all aspects of mountain operations.

TripleX frago 7

TripleX pattern – typical rocks, close distance, look from top

The ridge systems may provide covert approaches through many areas that are hidden from observation by the vegetation and relief. The difficulties a force encounters in finding available cover and concealment along ridges are fewer than those on the peaks, especially above the timberline. Uncovered portions of an approach leave a force exposed to observation and fire for long periods. The enemy can easily detect movement in this region. Although mountainous terrain generally permits excellent long-range observation and fields of fire, steep slopes and rugged terrain affect a soldier’s ability to accurately estimate range and frequently cause large areas to be hidden from observation. The existence of sharp relief and dead space facilitates covert approaches, making surveillance difficult despite such long-range observation. Mountainous terrain is where urban spectrum mixes with forest spectrum depending on types of rock and forests. That is why TripleX can provide concealment and blurring with the surrounding in high altitude mountain terrain, at the bases of mountains with vegetation or at the highlands.

TripleX frago 3

TripleX pattern – typical rocks, distant look

TripleX frago 6

TripleX in TRANSITIONAL terrain

Very often, the combat terrain is transitional and difficult to categorize as specific operational terrain. In any terrain and environment however, the capability of blending in is dictated by the light and shadow effects, and the intensity of light, regardless if artificial or natural. Main benefit of the TripleX camouflage is the light effect and reflection of the pattern. TripleX provides camouflage with chameleon effect, with different contrast depending on light intensity. When the surrounding background changes, TripleX does the same and changes contrast together with the environment in order not to stand out as too bright or too dark spots, especially during morning and evening light.
TripleX pattern – transitional terrain, open field, close distance

MULTI-TERRAIN application

The battlespace is evolving at high speed, making it increasingly difficult for soldiers to remain in hiding. Most dangerous are all kinds of technical observation and surveillance devices, from high resolution binoculars and thermal imagery to air and radar surveillance. That is the reason why camouflage color, material and pattern shape are crucial factors behind the freedom of movement in various environments.

All those reasons pushed Igors and his team to change the approach to camouflage and base the new pattern on the results of optical experiments. They succeeded in creating a blend of patterns and colours capable of providing almost ideal concealment in modern warfare environment. An added benefit is that all kinds of popular camouflage patterns are already set in our minds and visual memory, making the TripleX gear even more difficult to distinguish from the surroundings.

Within the different ranges, TripleX provides a disruptive effect in any possible terrain, providing every operator with concealment and a guarantee against fast detection by visual surveillance. Naturally, the maximum effect is gained when every part of the gear and clothing is of same pattern.