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Defender Pacific 21: Special Forces Soldiers, JGSDF Conduct Bilateral Operations in Guam

Sunday, August 15th, 2021

GUAM — Two C-130s launch from Yokota Air Base, Tokyo, into midnight darkness on course to deliver airborne personnel with U.S. Army Special Forces and the Japan Ground Self-Defense Force members to Guam.

History is being made as Green Berets with 1st Battalion, 1st Special Forces Group (Airborne), and members of JGSDF, execute their first bilateral airborne operation outside of Japanese territory. On board, both units know well the commands and procedures that lead up to exiting a high-performance aircraft.

The operation begins with a call from the drop zone control party. The pilots check in and wind calls are made. The JGSDF exits on first pass with the Type 13 parachute. On second pass, special operations forces exit with the steerable MC-6 parachute. Directly below is a flight line—which guarantees a hard landing—and grass off to the sides.

On July 30, 2021, a Special Forces Operational Detachment-Alpha (ODA) assigned to 1st SFG (A) and approximately 80 members with JGSDF conducted bilateral operations in Guam as part of Defender Pacific 21.

DP21 is a U.S. Army Pacific exercise designed to operationalize the national Defense Strategy through realistic, iterative training across all domains—land, sea, air, cyber and space.

Following the airborne infiltration, U.S. Special Forces and the JGSDF conducted an air assault in vicinity of their first objective near Naval Base Guam, said the Special Forces ODA team leader assigned to 1st Bn., 1st SFG (A). After destroying the first objective, which were anti-air weapon systems, the bilateral force reconsolidated and moved toward their follow-on mission.

Thirty-six hours elapsed from when mission planning started to when the second objective — an enemy command and control node — was destroyed.

Despite tropical heat, humidity and lack of sleep, the bilateral force conducted a high-performance mass-tactical airborne operation and executed two targets with zero major injuries, said the team leader. The airborne operation sends a clear message that the United States and Japan share a commitment to freedom and security and can employ a combined force in support of these principles.

“This experience provided valuable insight into JGSDF capabilities and maneuver techniques; giving insight into how we can better support their operations in the future,” he continued. “Furthermore, this operation allowed the team to create valuable relationships with JGSDF [members] and leadership that will serve as the foundation for future bilateral operations.”

Throughout the operation, the ODA team leader made sure bilingual Green Berets and JGSDF members were placed strategically in the formation to ensure communication and commands were understood.

“Joint operational capability is important for us to defend [Japanese] territory,” said Capt. Ryosuke Taki, lead U.S.-Japan bilateral operations planner for JGSDF.

For six months, Taki coordinated with the JGSDF and 1st SFG (A) on making this training opportunity a reality.

“I had to overcome many obstacles to accomplish this mission,” he said. “As far as airborne operations go, [U.S. Army] uses many words we don’t know. Language sometimes [created] misunderstandings making coordination difficult…[however,] our members wanted to coordinate with 1st Special Forces Group.”

“Special Forces are experts in military freefall and close-quarters combat, as well as static-line jumps,” Taki said. “We have more lessons to learn from their rich experiences.”

The Indo-Pacific region is the most consequential theater on the planet and DP21 provides opportunities necessary to create, refine, and deploy new options and solutions for the challenges our nation, allies and partners face. This exercise anticipates requirements to support regional alliances and the existing security architecture to exploit opportunities.

By Anthony Bryant

Counter-UAS: Going Beyond “Selling Boxes”

Saturday, August 14th, 2021

Small drones or small unmanned aerial systems (sUAS) moved from a novelty to an everyday presence over the past decade across civilian day-to-day life, and also finding a place supporting nefarious uses such as contraband smuggling, airport disruption, terrorist attacks, and military conflicts. Rapid improvements in maneuverability, autonomous flight capabilities, flight endurance, camera technology and more, make small and cheap drones an appealing platform for reconnaissance and payload delivery.

The counterdrone (also known as counter-UAS, c-UAS) industry has also been rapidly growing to keep pace.

Early Days of Counter-UAS

Early efforts (mid 2010s) are viewed as mostly “garage work”, a combination of repurposing existing technologies for a new objective of detecting drones (such as the use of traditional ground-based radars to now monitor the skies for drones). Both counter-UAS manufacturers and customers experimented and learned at this stage, what worked and what didn’t, while often exploring exotic concepts including hunting drones with eagles, using barking dogs to detect drones, and leveraging other emerging technologies.


Image: Early days of counter-UAS

Maturation of an Industry 

By the late 2010’s, Radio Frequency (RF) started to emerge as a single sensor winner, owing to its ability to accurately detect and track drones without the very substantial false alarms produced by standalone radar sensors, as well as its ability to detect hovering drones, significant range advantage (up to 10km for best of breed sensors), and superior cost-to-covered area ratio.  As an example of this cost per coverage difference, most radars, even today, cannot detect small drones more than 1-2km away, and those that can, often cost in the hundreds of thousands of dollars, or more. Additionally, RF systems can pick on Unmanned Ground Vehicles (UGVs), and Unmanned Surface Vehicles (USVs) on the water, as those tend to use largely similar RF protocols without getting caught in the ground clutter that would influence the radar or call for a completely different radar to perform the job effectively. In the counter-UAS industry the threat shifted to a UxS threat (UAVs, UGVs and USVs) and RF sensors were more easily adapted to support the multi-domain threat.

Sophisticated customers have started to adopt a multi-sensor approach, such as systems including RF, radar, cameras, acoustics and more. The concept behind a layered system is essentially two-fold – either increase the likelihood of any stealth/rare drone being detected by setting the system to “alarm if any sensor type triggered” mode or reduce false alarms through seeking multiple sensors to confirm the alert prior to alerting the user. Higher end systems enable a setting of value ranges for the multi-sensors, optimizing the probability of detection, minimising the false alarms, and tailoring the system performance for a particular installation.

Present Day

The counter-UAS industry has grown from a small handful of companies in mid 2010s, to hundreds globally today. While many counter-UAS providers are resellers or suppliers of early-stage prototypes, the list also includes few dozen OEMs (Original Equipment Manufacturers), with a few of them also integrating third party technologies.

This evolution of the threat and need for a more comprehension solution, creates a challenge for end customers, many of whom realize they need to move beyond “buying boxes” as in the early counter-UAS days (“boxes” being individual counter-UAS products, such as a jammer or single detection devices). 

Users now seek a streamlined counter-UAS capability. This includes:

• utilisation of any counter-UAS equipment they may have already purchased previously through enhanced signal processing from those sensors,

• augmenting with complementary sensors and effectors, and

• stitching the whole solution together into an intuitive, low cognitive burden on the user, complete system, which is interoperable with other systems they may already have in place.

Appropriate deployment advice and post-sale service including regular software upgrades, is part of the picture.

End users of counter-UAS equipment increasingly want their problem of airspace control and awareness solved, rather than having to “buy yet another box” to address the latest threat. Solution providers who will continue to win in this space, will be focused on understanding and solving (often via a custom solution) the customer’s capability gap, rather than forcing the customers to buy their wares.


Image: Counter-UAS customers are looking to solve their airspace control and awareness issue, rather than purchase more “boxes”

Future of the counter-UAS industry

The early “cowboy” days of small, single product firms are starting to come to an end for the counter-UAS industry, with customers requiring tailored solutions to address their gaps in a unified and complete counter-UAS security system, which communicates with other broader systems, rather than a collection of individual products. Some of the largest customers of counter-UAS are starting to consolidate their approach to counter-UAS procurement. The set-up of the Joint Counter-UAS Office (JCO) by the US Department of Defense and the Centre for Protectional of National Infrastructure (CPNI) in the UK are two examples of this consolidation of effort by customers. Solution provides need to take a similar approach in providing consolidated, multi-faceted capabilities that address the problem and capability gap, rather than just adding their box to the shelf of disparate equipment.

Artificial Intelligence and Machine Learning (AI/ML) software is becoming an increasing part of the requirement, both at an individual sensor and multi-sensor fusion level. As new types of drones continue to evolve, AI-based solutions can enable detection of never-seen-before threats, whereas the library-based systems of the early years are limited to detecting only the threats defined in their static list.


Image: AI and Machine Learning software is increasingly becoming a part of counter-UAS requirement

As the use of UAS continues to rise in military operations, where they have become highly visible assets in Greyzone and Asymmetric warfare, as recently seen across the Middle East, in the Azerbaijan/Armenian conflict, and the Ukraine/Russian conflict, counter-UAS equipment will continue to mature and integrate into the broader Electronic Warfare (EW) and Signals Intelligence (SIGINT) space. For that, again, selling “boxes” won’t do, and the challenge becomes about solving specific customer capability gaps.

Wanted: Innovative Ideas for Spark Tank 2022

Saturday, August 14th, 2021

WRIGHT-PATTERSON AIR FORCE BASE, Ohio (AFNS) —

Spark Tank 2022, a Department of the Air Force annual competition in which Airmen and Guardians pitch innovative solutions to operational problems, will accept submissions in early August 2021.

Spark Tank is co-sponsored by the Deputy Under Secretary of the Air Force for Management (SAF/MG) and AFWERX. “Spark Tank is a crucial part of the Air Force’s relentless search for innovative technology,” said Col. Nathan Diller, AFWERX director. “The operational skills and knowledge our Airmen and Guardians possess give them the expertise not only to identify problems unique to their jobs, but also solutions.”

This is the fifth year of the Spark Tank competition. Spark Tank 2021 drew more than 300 submissions with five finalists. Master Sgt. Justin Bauer from the 355th Fighter Wing at Davis-Monthan Air Force Base, Arizona, was awarded the Spark Tank trophy for his idea, “Innovative Approach to C-130 Wheel Repair.” Previous winners and finalists have offered improvements from smart weapons loading checklists to robotic process automation for personnel records and everything in-between.

As a bonus, SAF/MG and AFWERX are introducing Spark Tank innovation awards to recognize innovative solutions proposed and developed by Airmen and Guardians across the enterprise. The awards are designed to encourage innovation development, talent retention, and speed up adopting emerging, game-changing technologies that impact the Air and Space Force.

“Spark Tank offers a great opportunity to highlight the innovative spirit of our Airmen and Guardians,” said William Gautier, Spark Tank director. “These risk-takers, idea makers, and entrepreneurs reject the status quo, instead they seek inventive answers that improve how our jobs are done.”

To enable participation, interested members will submit ideas through the recently launched Guardian and Airmen Innovation Network portal. GAIN allows personnel to share ideas, critique submissions, and vote on the most promising solutions.

Innovation submissions are due via GAIN no later than close of business, Oct. 1, 2021. Finalists will be announced in January 2022. The pitch-finals competition will take place on March 4, 2022, at the Air Force Association’s Aerospace Warfare Symposium in Orlando, Florida.

More information will be forthcoming at www.afwerx.af.mil/spark-tank. Ideas can be submitted to the Spark Tank competition at afwerx.af.mil.

FirstSpear Friday Focus: OEM Spotlight Hunt Redi

Friday, August 13th, 2021

This week’s Friday Focus, we’re going to focus on one of our OEM brands. With fall right around the corner, it’s time to gear up for hunting season. Enter Hunt Redi, an American company that harnesses the technology and innovation of FirstSpear products in their own lineup of highly versatile, ultralight hunting products.

Why/How did Hunt Redi get its start?

As passionate outdoorsmen, we spend quite a bit of time each year passing the seasons hiking, camping, kayaking, hunting, etc and have all sorts of gear for these endeavors filling up the garage. One of our favorites pursuits is certainly chasing birds in the uplands and it simply became frustrating that upland hunters were being “left behind” in terms of innovative gear, clothing, etc. Year after year we complained among ourselves and had numerous, “man, I wish…” types of conversations when comparing our options in other ventures. During a pheasant hunting road trip to South Dakota  we just started talking about “what if we…” and a number of years later we are hunting in our own gear.

What products do you have for 2021? (Maybe we discuss the modularity of your pockets and attachment points and the tech? or do you have something new in the works?)

The Deviate Upland Strap vest provides passionate upland hunters with a pack that further enables their pursuits in the field through a highly configurable, extremely durable, and ultralight platform. A wide selection of pouches, pockets, and accessories provide each individual with the opportunity to build a highly customized upland vest to meet their unique needs in the field.

There are options for private label manufacturing all around the world, how did you find us and why did you ultimately choose FirstSpear OEM manufacturing?

From the outset, we were simply not interested in offshore manufacturing options so we focused our partner search in the US which narrowed things down a bit. It’s a big question each organization must answer for themselves and there are implications with each direction. We were looking for specific capabilities, top shelf quality, and simply good people to work with as we launched Hunt Redi. After meeting with the folks at FirstSpear, it seemed like a natural fit for all of our needs in a partner.

Why was Made in the USA important to the brand?

The simple fact a couple of lifelong buddies are on this journey is evidence we still live in the land of opportunity and that the American dream is out there to chase for those willing to pursue it. We believe in it and feel a responsibility to support it.

What sets your product apart from others on the market?

Modular capabilities which not only include our pockets, pouches, accessories and numerous options available through FirstSpear but also any standard MOLLE/PALS accessories to provide an extremely customizable pack for upland hunters to meet their unique need in the field.

Extreme durability due to the military grade components sourced and handcrafted in the US to ensure our gear will hold up to the most demanding pursuits.

Ultralight platform while maintaining that modularity and durability due to the innovative and patented technologies to reduce fatigue allowing passionate upland hunters to go further.

Why did you choose FS Technology?

Due to some specific requirements we had for our product level roadmap, we needed specific capabilities for a partner – high configurability, extreme durability, and an impressive strength-to-weight ratio – and FirstSpear’s innovative technology and military spec materials were a perfect fit for our needs. When you combine what FirstSpear brings to the table from a manufacturing capability with people that simply “get it” when taking product ideas through the entire process of prototyping, testing, refinement, and production…it was a no brainer for Hunt Redi to work with FirstSpear to bring innovative gear to the upland hunting community.

For more information on Hunt Redi, check out www.huntredi.com

For more information on FirstSpear, check out www.first-spear.com  

Dual Adjust Weapon Sling from Arbor Arms

Friday, August 13th, 2021

Arbor Arms has knocked it out of the park again with their Innovation from the Roots Up.

The Dual Adjust series of weapon slings are all based around their proprietary, patent pending sling hardware. What makes the DA unique is that it combines both a slider and a cam for over-tighten. It features a slider on one side for fast, smooth adjustment – from loose to patrol/supported shooting length.  On the other side is a cam which allows the operator to over-tighten the sling.  This brings the weapon tight to the body; be it for medical work, detention work, fast-roping or rappelling.

“Slider only” slings

Pros– Reaches both loose and patrol/supported shooting length with no tail,

Cons– Cannot be over tightened.

“Cam only” slings

Pros– Can be over tightened

Cons– Has a tail in all 3 positions 

Arbor Arms Dual Adjust sling

Pros– Can reach both loose and patrol/supported shooting length with no tail, can also be over-tightened but with half as much tail as a cam only design.

Cons– NA

Another feature that all variations have is a girth/ length of pull adjustment on the back. This allows the sling to be fine-tuned for a perfect patrol/supported shooting length without touching the mounting points or cutting off excess webbing.   This allows one sling to be adjusted from SBR to M107, skinny or yoked shooter, slick or in full kit, t-shirt or cold weather gear in two seconds.

The attachment points on both ends utilize a steel tri-glide with a red stripe on one side to help ensure that the tri-glides get properly back-locked when being installed.

Variations

The Dual Adjust series breaks down into 4 individual slings in 2 categories.

The standard weapon slings: Dual Adjust Carbine (DA-C) and the Dual Adjust Heavy (DA-H)

Precision Rifle System Slings: Dual Adjust PRS Light (DA-PRS-L) and the Dual Adjust PRS Heavy (DA-PRS-H)

The DA-C has lightweight acetyl ring that is designed to break at body weight for safety; the DA-H is built with a heavier welded steel ring for a more Murphy-proof construction.

Both DA-PRS slings start life as a DA-H then add an anchor point at the middle of the sling; we add both an arm cuff and a belt loop for anchor points.   The difference between the Light and the Heavy is the DA-PRS-L utilizes a Duraflex snap-on and dual-split bar side release buckles as their anchor/ release mechanism.  The DA-PRS-H uses stainless steel 1.5oz Snap-shackle with matching powder coat attached to loops of webbing.

Arbor Arms has also designed a pad that can be added on to any of the slings without conflicting with the girth/length of pull adjustment.  Also, the Game Stalker Ammo Caddies can be added to this pad making it very applicable to the hunting market in addition to the tactical market.

All made in the US with US Materials, by a Disabled Veteran Owned Company with a very reasonable starting price of 59.99.

www.ArborArmsUSA.com

New Marine Corps Headset Protects Hearing, Enhances Voice Communication in Combat Zones

Thursday, August 12th, 2021

MARINE CORPS BASE QUANTICO, Va.—In July, Marine Corps Systems Command began fielding new hearing enhancement devices to support infantry Marines in various training and combat environments.

The HED protects the warfighter’s hearing and enhances voice communication in loud environments. The capability increases Marines’ situational awareness by enabling them to communicate messages more safely and efficiently during combat.

“This hearing enhancement device protects Marines from noise levels that are above safe hearing levels,” said CWO4 David Tomlinson, MCSC’s infantry weapons officer. “It also allows for sound localization, which means you can tell where a voice or noise is coming from.”

The ruggedized headset is adaptable to challenging environments ranging from the cold weather of the Sierra Nevada Mountains to the intense heat of Pacific jungles. Marines can wear the system with the Marine Corps Enhanced Combat Helmet.

MCSC is fielding both a communication-enabled and non-communication-enabled version. The non-communication version allows Marines to hear audible messages. The communication-enabled model includes a push-to-talk adapter and cables to connect to Marine Corps ground tactical radios, said Tomlinson. As a result, Marines can listen to radio transmissions even when the system is powered off.

“A major goal of this system is to increase communication in loud, noisy environments so Marines can continue to do their job,” said Tomlinson. “The hearing enhancement device supports this concept.”

The system also includes an adjustable volume option. CWO4 Mark Erhardt, infantry weapons officer with the Infantry Officers Course in Quantico, said Marines could decrease volume to better hear radio traffic or increase it for external voices nearby.

“It’s a common understanding that the battlefield is loud, and the fog of war includes many distractions,” said Erhardt. “The new hearing enhancement device will aid Marines in any situations involving sending or receiving messages, which increases overall awareness.”

Hearing protection is a pillar characteristic of the system. The HED complements the Combat Arms Earplug Generation IV—the Marine Corps’ current hearing protection system—by offering a secondary level of protection to further avoid hearing damage.

The HED comprises a setting for inner ear protection, which assists in maintaining device quality and capability. Marines can use this setting in situations where noise levels exceed a certain threshold, said Tomlinson.

Previously, Marines commonly used foam earplugs to block noise and protect their hearing on the battlefield. Tomlinson said the plugs sufficiently reduced noise decibels heard by Marines but did not allow them to vocalize messages to one another.

“Traditional earplugs block all noise, where this new system filters noise and still allows for situational awareness,” said Tomlinson. “Marines receiving the new HED have never had a capability like this before.”

Story by Marine Corps Systems Command Office of Public Affairs & Communication

U.S. Marine Corps photo by Tonya Smith

Air Force Releases Additional Dress and Appearance Changes

Wednesday, August 11th, 2021

WASHINGTON (AFNS) —

New dress and appearance updates will soon be released following feedback, testing from Airmen and reviews conducted as a part of the 2020 Air Force Uniform Board.

“We remain committed to maintaining an iterative approach with our dress and appearance standards,” said Lt. Gen. Brian Kelly, Air Force deputy chief of staff for manpower, personnel and services. “During this most recent review we approved several updates fully aligned with our Air Force standards and culture that maintain our focus on warfighting while providing options to meet many of the needs of our Airmen.”

2020 Air Force Uniform Board initiatives

Uniform Board changes will be effective upon publication in Air Force Instruction 36-2903, Dress and Appearance of Air Force Personnel, which is expected to publish in early October 2021. Below are examples of a few changes to the updated AFI:

– Male bulk hair standards increase from 2 inches to 2.5 inches

– Cosmetic tattooing on the scalp is authorized for men

– The size of hair accessories increases from 1 inch to 2 inches for females

– Hosiery is optional for females with any combination of the dress uniform

– Transparent piercing spacers are authorized

– Wing commanders may authorize the local wear of approved OCP morale patches on Fridays or during special events

Furthermore, the board conducted a review of several policy items that previously mandated specific behavior based on restrictions. In some cases, the board recommended removing the restrictive language to entrust commanders and Airmen to understand and adopt proper behavior based on their situation and circumstances.

“We trust our Airmen, (noncommissioned officers) and commanders with incredible resources and significant responsibilities and we’ll need to do so even more as we prepare for future conflicts,” Kelly said. “We likewise trust they can figure out what it takes and means to maintain standards without specifying exact behavior in every situation.”

Examples of guidance removed in the future AFI release:

– When walking in uniform, members may not use a cell phone or drink water

– Members may not place hands in their pockets when walking or standing in uniform

Specific details about the initiatives listed above, as well as additional changes, will be available upon AFI publication. In total, more than 30 recommendations from the Air Force Uniform Board were approved for implementation to the field.

Additional Uniform Item Improvements

The following uniform item improvements were made considering feedback from the field and multiple uniform fit tests. These items will be released for issue and/or purchase as the design and development process is completed.

Men’s Blue Shirt and Women’s Blouse

The improved men’s blue shirt and women’s blouse will utilize a new stain-resistant, wrinkle-resistant and moisture-wicking fabric with a herringbone weave in the current Air Force blue shade.

The men’s shirt improvements include a tapered and lengthened shirt body with a reengineered armhole and shoulder. The women’s tuck-in style blouse and semi-form-fitting blouse improvements include a lengthened shirt body, realigned buttons, a reengineered armhole, and a redesign of the neckline and collar.

In addition, the updated maternity blouse will include a redesigned neckline and collar for improved fit and comfort. The back pleat of the previously-designed blouse was replaced with darts for better shape and fit. It has realigned buttons and a lengthened shirt body for accommodation through all trimesters.

The improved men’s long-sleeve blue shirt is expected to be available August 2021. The improved men’s short-sleeve blue shirt and women’s tuck-in style blouse (long and short-sleeve) are expected to be available at the end of October 2021. The improved maternity blouse is expected to be available October 2021 and the updated semi-form fitting blouse is expected to be available in January 2022.

Improved Hot Weather Combat Uniform

The improved hot weather combat uniform is a variant of the operational camouflage pattern uniform aimed at reducing layers of fabric in order to be lighter in weight, more breathable and quick drying, providing safer flame protection that does not melt or drip. It was designed to improve performance, survivability, lethality and safety in extreme hot and wet-weather environments. The improved hot weather combat uniform is expected to be available to Airmen in October 2021.

Extreme Cold Weather Parka

Generation III Level 7 parkas, commonly referred to as extreme cold weather parkas, are expected to be available for personal purchase through AAFES online and in select AAFES stores this winter season. Previously, the parka was not available for personal purchase and was primarily distributed as organization clothing and equipment at northern tier or extreme cold weather base locations.

Men’s Blue Trousers and Women’s Blue Slacks

Men’s blue trouser improvements include an adjustment to the pocket design to enhance the fit of the trousers and reduce additional alterations.

The women’s blue slacks improvement includes a redesigned and lower waistband, removal of the front darts to create a flat front, and a shortened rise to address fit concerns. Additionally, the pant legs will be straight cut as opposed to the previously tapered fit.

The updated trousers and slacks are expected to be available in May 2022.

Women’s Mess Dress Slacks

The new women’s mess dress slacks will provide Air Force women an option in addition to the current mess dress skirt and men’s mess dress trousers. The slacks will be a female-fit version of the male mess dress trousers with design adjustments required to fit female measurements. Slacks can be worn with the current mess dress jacket. Women’s mess dress slacks are expected to be available in August 2022.

Physical Training Gear

Modernized physical training gear will feature a revised fit and look with updated materials and fabric. The fabric includes soft, quick drying, antimicrobial technology that helps with moisture and odor control. The jacket, pants, and men’s and women’s t-shirts will be available along with new running and all-purpose shorts. The physical training gear is expected to be available in October 2022 with a four-year transition period for mandatory wear.

Space Force Guardians will follow the updates above except where Space Force specific guidance already exists. For example, in accordance with SPFGM2020-36-01, USSF personnel are not authorized to wear morale patches. The Space Force held its inaugural uniform board in March and is currently developing comprehensive service-specific grooming and uniform policies with a targeted release late 2021.

Secretary of the Air Force Public Affairs

U.S. Air Force graphics by SSgt Elora J. McCutcheon

USAF EOD Tests New Imaging Technology

Wednesday, August 11th, 2021

EGLIN AIR FORCE BASE, Fla. (AFNS) —

Local explosive ordnance disposal units received and were trained on a new and upgraded portable imaging X-ray system at Eglin Air Force Base July 22.

The Vidisco Guardian 12 Digital Radiographic X-ray system enhances EOD’s capabilities by making it easier to view the internal contents of suspicious, improvised explosive devices and unexploded ordnance.

The Air Force Civil Engineer Center recently delivered the first systems to Hill AFB, Utah and will distribute the remaining systems in conjunction with training events over the next five years. EOD flights from Eglin AFB, Hurlburt Field and Tyndall AFB received the new systems and attended the training.

“The digital X-ray technology will make a world of difference for our EOD forces,” said Tech. Sgt. Quentin Tubbs, 436th Civil Engineer Squadron EOD technician at Dover AFB, Delaware. “It will increase the reliability of capturing clear and concise images and reduce the amount of time we spend next to hazardous devices.”

The Guardian 12 replaces three commercial off-the-shelf systems serving as interim solutions until the new system is fully deployed. This includes a large system weighing over 99 pounds, that primarily serves as base support and requires a wired connection to operate; an X-ray that serves as the wireless mobility system; and a third system that has been obsolete for several years.

“The new system essentially consolidates all the capabilities of previous systems,” said Dave Hodgson, AFCEC EOD logistics lead. “It meets all of the requirements necessary to support the mission.”

Compared to the analog technology of the previous systems, the digital X-ray technology provides a much sharper and clearer image, making it easier to detect explosives such as IEDs or unexploded ordnance, Tubbs said.

Featuring both wired and wireless technology, the new technology combines the capabilities of the off-the-shelf systems currently in use. The wireless capabilities enable remote image capture and can reduce the amount of time Airmen spend going down range, Tubbs said.

“With the older systems, every time we took an image, we had to go downrange and retrieve a panel, bring it back and run it through a machine to verify if the X-ray worked. Many times, we thought a good image was captured only to realize later there was something dense in the way blocking the image.”

The new digital radiographic X-ray system also includes features to improve resiliency. It is lightweight, weighing less than 22 pounds and housed in a compact carrying case for easy mobilization for fly-away missions. The system is also designed to work in extreme temperatures, ranging from minus 14 to 140 degrees Fahrenheit.

Obtaining the new systems was a collaborative effort between AFCEC and the Air Force Installation Contracting Center’s 772nd Enterprise Sourcing Squadron—both part of the Air Force Installation and Mission Support Center enterprise. The $30 million acquisition will put 331 new systems in the hands of EOD Airmen by 2026.

“We’re committed to ensuring our EOD forces have the training, equipment and resources required to accomplish their duties in garrison and downrange,” Hodgson said. “The new systems will allow Airmen to conduct missions safely, rapidly and effectively.”

Story by Emily Mifsud

Photos by Samuel King Jr