TLR-7® X USB // Sidewinder Stalk®

MultiCam Duffle Bag by Garage Built Gear

January 24th, 2021



Constructed from 500D and 1000D Cordura, the Duffle Bag is 14″x9″8″. It features a Heavy Duty #10 YKK Zipper and 2″ Seat Belt Webbing Carry Handle. There’s also Closed-Cell Foam Padded Bottom Won’t retain Water or Mildew and a Side Mesh Zippered Pocket for keys, wallet, etc. Lined with Blaze Orange Pack Cloth.

You can create your own color combinations and they’ve got a whole slew of colors and patterns available, including MultiCam.

www.garagebuiltgear.com/collections/bags/products/gym-duffle-bag-made-in-the-usa

SCUBAPRO Sunday – BMCM (MDV) Carl Brashear

January 24th, 2021

Master Diver Carl Brashear was born on January 19, 1931, in Tonieville, Kentucky. He joined the Navy in Feb 1948. A 31-year Navy veteran, Brashear retired in 1979 as a Master Chief Boatswain’s Mate, the highest enlisted rank in the U.S. Navy. In 1966 while diving to recover a lost nuclear weapon off Spain’s coast, Brashear was severely injured in an accident. As a result, surgeons amputated his left leg below the knee. He refused to submit to a medical board’s attempt to retire him as unfit for duty. After demonstrating that he could still dive and perform his other duties, he was assigned to Harbor Clearance Unit 2, Naval Air Station Norfolk, Experimental Diving Unit. He was the first person to be returned to full service as a Navy diver after losing a limb in a diving salvage accident. There was a movie made about him in 2000 called Men of Honor. Master Chief Brasher was everything a good senior leader should be; he led from the front, he didn’t take no for an answer when he knew he was right, took care of the people below him, and left the Navy a better place then he found it.

Below, Carl training after he lost his leg, getting back to full active duty status.

usnhistory.navylive.dodlive.mil/2018/01/16/overcoming-hurdles-the-legacy-of-master-chief-carl-brashear

TacJobs – ADS Inc Is Hiring

January 24th, 2021

ADS Inc has a variety of openings located across the country.

Visit adsinc.applicantpro.com/jobs for the full listing.

PARACHUTE OPERATIONS: Pendleton Marines Jump Out Perfectly Good Airplane

January 24th, 2021

CAMP PENDLETON, Calif. —

Marines with Air Delivery Platoon, Landing Support Company, 1st Transportation Support Battalion, 1st Marine Logistics Group, coordinated a parachute operation at Drop Zone Basilone to refresh their Marines on low-level static line jumps and aerial resupply.

1st TSB invited other Pendleton units to participate in the training event, enabling Marines with 1st Marine Division and I Marine Expeditionary Force Information Group with airborne and jump missions to gain proficiency and remain current with their jump training.

The aerial delivery Marines coordinated with 3rd Marine Aircraft Wing to use a KC-130J Hercules as part of the training. In addition to the actual parachutists, the Marines loaded the aircraft with container delivery systems and door bundles to simulate a resupply.

“It’s important that we do this training, because it allows us to practice in rugged terrain and puts us in real-world environments that we can fine tune our skill sets in.”
-Gunnery Sgt. Kyle Bridges, 1st TSB aerial delivery chief

After taking off from Marine Corps Air Station Camp Pendleton, the aircraft made several passes over the drop zone to line themselves up before doing the physical drop. Once the Marines jumped out of the aircraft, the supply bundles soon followed.

The air delivery Marines usually conduct two or three parachute operations each month to help maintain their proficiency. Being stationed on Pendleton, and having MCAS Camp Pendleton nearby, streamlines the planning process for each jump.

“Having the air station right here is crucial to us,” said 1st Lt. Amy Horney, the Air Delivery Platoon commander with LS Company, 1st TSB. “If we didn’t, if we had to go to Miramar or Yuma, or something like that, it would take a huge toll on the logistical planning that we have to do each time.”

All of the different training areas on Camp Pendleton also provide some advantages for the Marines, according to Horney.

“With Camp Pendleton being so large, there are multiple drop zones on the base,” explained Horney. “We can go all the way up north, we can stay down here by the air station. We can go toward different units to help them out and take less of a toll on their logistical planning. Camp Pendleton is definitely a golden site for us in order to do those two to three operations a month, in addition to all the other exercises we support.”

Story by Lance Cpl Andrew Cortez, Marine Corps Base Camp Pendleton

Photos by Lance Cpls Drake Nickels and Andrew Cortez

Public Service Announcement: TC 3-20.0 IWTS & the Blank Run

January 23rd, 2021

The Army published the updated TC 3-20.0 Integrated Weapons Training Strategy (IWTS) on the 18th of June, 2019 based on training lessons learned accumulated over the preceding 18 years of continuous combat operations in Iraq and Afghanistan. While for the civilian sector 18 months is plenty of time for implementation of new policies and procedures, the Army generally takes three to five years for full implementation and socialization (there are still NCOs who don’t know the changes to the 2016 revision of TC 3-22.9 Rifle and Carbine regarding the shot process, but I digress.) This article is purely to serve as a means to help boost awareness of the changes to the Integrated Weapons Training Strategy so that leaders at all levels can best adapt existing policies to fall in line with new Army doctrine.

The major change to the IWTS regarding Live Fire Exercise (LFX) progression is the addition of Table V Fire Control Exercise (FCX) to Squad/PLT/Co tables which serve to replace the traditional blank iteration that would occur prior to a “live” iteration. Instead, blank rounds are last used during Table IV Field Training Exercise (FTX). While this change initially seems to increase risk during training, it actually reduces risk as the progression of tables, if followed properly, will improve proficiency in individuals and small teams through increased repetition of tasks. Additionally, the 75th Ranger Regiment learned, “the blind hit live fire is safer than live fire on rehearsed terrain.”1 This finding supports the IWTS’s implementation of Table V FCX instead of a blank iteration on the maneuver range itself.

Speaking with members of the MCOE’s Weapons and Gunnery Branch at Building 4 on Fort Benning, GA, the implementation of Table V (FCX) serves to reduce logistical complication of multiple ammunition DODICs, provide an additional repetition using live ammunition, and reduce bad habits that are often seen during blank runs. The IWTS describes the FCX as, “a course of fire using training ammunition on an authorized live-fire facility. This table trains basic skills at a reduced tempo to enable proper leader and Soldier execution of the skills… This table includes the execution of critical skills in a live environment under live-fire conditions. Table V is commonly the first training event where the element employs its weapons with full caliber training ammunition, within a combat-realistic scenario and targetry to a required performance measure and standard…” While Table V could (in theory) serve as the “blank run” for those who are more resistant to change, to do so would be getting away from the original intent of the change itself.

The 75th Ranger Regiment’s lessons learned identified having the blank run be on an offsite objective of similar scale and target array/training objectives but different terrain greatly improved the training value of their Live Fire. The Regiment noted that, “Although the concept and scheme of maneuver remained constant, each progressive iteration demanded effective communication. Rangers moderated the pace of movement and target engagement to match their reduced situational awareness. Likewise, leaders matched their decision tempo to their reduced level of understanding. A “sight unseen” scenario completely strips the typically choreographed maneuver sequence and communication, and leadership are stressed to a whole new degree. Clean and concise communication governs the tempo and lethality of the assault.” With this in mind, the change to Table IV (FTX) is justified as it provides the offsite blank iteration prior to Tables V and VI.

Understandably, this is a significant change that will require the redirection of the Army’s bureaucratic momentum to overcome existing institutional inbreeding when it comes to live fire training. Unfortunately, many of the leadership positions that need to support these changes in order to allow the Army to properly implement it are rarely at the levels where these LFX progressions commonly occur. It is the Colonel to General Officer population and their staffs at both Brigade and echelons above brigade that need to embrace and fully support this new doctrine if any meaningful changes are to occur in a timely manner.

Below is an example of a squad level progression as well as provided the descriptions of each table as listed in the training circular.

Squad LFX Progression Example:2

(1) Crawl:

a. Table I (SOP), “is a pre-live-fire, hands on performance, and written evaluation of weaponry tasks, characteristics, capabilities, and function in a live environment. It verifies the Soldier’s abilities to perform critical tasks, understand how the unit operates tactically as the mission requires, and employ the weapons and systems safety during training and tactical operations as part of the element… Soldiers must demonstrate proficiency on individual tasks, skills, and knowledge through testable (written) and performance (hands-on) evaluation. Table I is a pre-requisite to any live-fire training with the element.” 3

b. Table II (STX-V), “is a simulations based demonstration of performance of employing the element to its primary capabilities. It is the culminating evaluation of the small team or squad after completing the element’s appropriate simulations training strategy. Table II is a replication (simulation) of the element’s supporting collective tasks (small teams and squads), or their live-fire qualification course (crew platforms and mortars). It provides a measured demonstration of performance before any live-fire event for the element.”4

(2) Walk:

a. Table III (STX), “is a live environment, hands-on training event utilizing training aids and devices, and may include the use of blank ammunition, pyrotechnics, and battle effects simulators. This event trains and evaluates the element’s ability to execute critical tasks using their organic weapons, systems, and equipment, during day and limited visibility conditions, and while operating in a CBRN environment.”5

(3) Run:

a. Table IV (FTX), “is a live environment where dismounted small teams and squads conduct an externally evaluated FTX using TADSS and training and evaluation outlines for all supporting collective tasks. It includes the use of blank ammunition, pyrotechnics, and battle effects simulators, as well as an appropriately trained and equipped opposing force… Table IV is the squad’s [Collective Task Proficiency (CTP)] evaluation that is used to determine the company’s overall CTP metric. This table includes the execution of critical skills in a live environment… prepares the element to employ their weapons and systems against the most common threat scenarios using prescribed targetry or opposing forces to a required standard.”6

b. Table V (FCX), “is a course of fire using training ammunition on an authorized live-fire facility. This table trains basic skills at a reduced tempo to enable proper leader and Soldier executions of the skills… This table includes the execution of critical skills in a live environment under live-fire conditions. Table V is commonly the first training event where the element employs its weapons with full caliber training ammunition, within a combat-realistic scenario and targetry to a required performance measure and standard…”7

c. Table VI (LFX), “uses full caliber training ammunition on an authorized life-fire facility or safety certified training area that assesses a squad’s tactical employment and lethality proficiency…”8

While the changes to some of the tables seems drastic, their successive building upon previous tables will both increase proficiency at both individual and collective levels, and reduce risk associated with conducting what amounts to a blind live iteration during the FCX. Additionally, there is nothing saying that leaders cannot still conduct TEWTs and “dry” safety walks of the lanes with subordinate echelons prior to.

These changes will simultaneously increase the training value of all training events in a LFX progression and increase safety during tables utilizing live ammunition. By adapting to the new training doctrine the Army can remain the premier land warfare organization within the Department of Defense and best prepare its Soldiers, NCOs, and Officers for the next war.

CPT Daniel Vazquez is a 2013 graduate of Norwich University’s Corps of Cadets and has a B.A. in history. Commissioned as an Infantryman in 2013, he has served in both Infantry and Stryker Brigade Combat Team formations. He is currently serving as a Rifle Company Commander in an IBCT Infantry Battalion.

Footnotes:

1 Live Fire Training as a Building Block to Readiness and Leader Development document can be found on the 75th Ranger Regiment’s Lessons Learned MilSuite page. (CAC Enabled) https://www.milsuite.mil/book/groups/75th- ranger-regiment-lessons-learned

2 TC 3-20.0 Integrated Weapons Training Strategy, Chapter 8-2, Table 8-2.

3 TC 3-20.0 Integrated Weapons Training Strategy, Chapter 8-2, Para 8-7 & 8-8.

4 TC 3-20.0 Integrated Weapons Training Strategy, Chapter 8-3, Para 8-9.

5 TC 3-20.0 Integrated Weapons Training Strategy, Chapter 8-4, Para 8-11.

6 TC 3-20.0 Integrated Weapons Training Strategy, Chapter 8-5, Para 8-13 & 8-14. 7 TC 3-20.0 Integrated Weapons Training Strategy, Chapter 8-6, Para 8-15 & 8-16 8 TC 3-20.0 Integrated Weapons Training Strategy, Chapter 8-7, Para 8-17

L3Harris Ground Panoramic Night Vision Goggle (GPNVG) Now Available for Commercial Sale EXCLUSIVELY at TNVC!

January 23rd, 2021

January 22, 2021, The Worldwide Web

You asked for it, we got it…

Hot on the heels of the commercial release of the L3Harris BNVD (AN/PVS-31A), BNVD1531, Factory M914A PVS-14 MNVDs, and the M2124LR CNVD-LR, TNVC is proud to finally announce the release of the last product in our vSHOTT lineup, the L3Harris Ground Panoramic Night Vision Goggle (GPNVG). TNVC is a full distributor for ALL products within the L3Harris Integrated Vision Solutions portfolio, offering finished goods direct from L3Harris.

tnvc.com/shop/l3harris-gpnvg-ruggedized-bridge/

Featuring L3Harris’ improved Ruggedized Bridge design, offering greater strength and durability during rough use in the field, as well as four high performance, MIL-SPEC Unfilmed White Phosphor image intensifier tubes that combine using specialized hybrid optics to provide the end user with an umatched 97o degree field of view, as opposed to the standard 40o field of view provided by traditional binocular night vision systems.

Previously requiring approval from DoD program managers even for government agencies, by working in close cooperation with L3Harris, TNVC has been able to not only lower barriers to armed professionals with the need and means for these capabilities, but to secure exclusive commercial distribution rights to the GPNVG.

The advantages of the increased, panoramic field of view offered by the GPNVGs cannot be overstated. Not only do they have obvious benefits for assaulters, but they offer critical situational awareness to vehicle and watercraft operators, increasing safety and reaction/response time. When used by multiple operators working in a team, the GPNVGs have a multiplicative effect, offering greatly enhanced security with interlocked fields of fire and observation, reducing operator fatigue and “giving up” dead space when scanning surroundings.

These brand new systems, available exclusively at TNVC for commercial sales will come with a complete factory warranty from L3Harris and continuing product support, even after the stated warranty period has ended, as well as factory Tube Data Records for each of the four, matched and collimated MIL-SPEC MX-10160 format Unfilmed White Phosphor image intensifier tubes. The units also come complete with a CR123 powered external battery pack (required for operation, as the GPNVG has no onboard power supply), and are available in BOTH ANVS Ball-Detent format and BNVS Dovetail format mounting configurations with the appropriate cables to function with the mounting configuration.

The systems are available for order now at TNVC, with deliveries beginning in Q2 of 2021 and will be a regular part of TNVC’s commercial, military, and law enforcement product lineup, and are available for Professional Level dealers, as well as agency and unit pricing through TNVC.

tnvc.com/shop/l3harris-gpnvg-ruggedized-bridge

TNVC has always been at the leading edge of bringing the best possible night vision, thermal, and other visual augmentation systems (VAS) products to the market as possible, not only to military and law enforcement and other government agencies, but also the commercial market.

TNVC is proud to be able to add the L3Harris GPNVG to the list of previously commercially unavailable products that we have been able to bring to market, including the L3Harris BNVD family, offering U.S. citizens and patriots the same cutting edge capabilities as our most elite special operations units. TNVC always has and always will advocate for lawful Citizens to have access to the very best in technology and capabilities, and we’re excited to continue to work with the very best partners in the industry to bring great products to the market.

The L3Harris GPNVG is an ITAR controlled item and is not for export without proper licensing and approval.

tnvc.com/shop/l3harris-gpnvg-ruggedized-bridge

For the Pandemic and Beyond, Wearable Technology Points the Way

January 23rd, 2021

Like all the best ideas, this one started with a question – a question about how to slow the spread of the novel coronavirus; refined over a series of meetings between U.S. Army Medical Research and Development Command scientists and researchers in the early days of the pandemic. For Cmdr. Christopher Steele, director at USAMRDC’s Military Operational Medicine Research Program, it was a question that would ultimately guide what’s become a nearly year-long funding effort.

“For active duty personnel and civilians, we wanted to know – what does ‘normal’ look like from a health perspective?” says Steele, repeating that initial query once again during a conversation in early 2021. “And how do changes from normal translate to early detection of disease?”

The answer to that question may soon be found on your finger, on your wrist, or even around your neck. Just as a pair of vaccines for COVID-19 have become available to the American public, USAMRDC is pushing the limits of its virus research even further. The goal: to develop wearable technology to detect the virus before a person might even begin to notice symptoms – however slight or subtle – in the first place.

“Having some wearable measurements on how you’re doing leading to [infection] is extremely helpful,” says Steele, “because we can understand additional concerns about your health and if they need to be taken more seriously for quarantine procedures or for advanced care.”

USAMRDC’s quest to find technology capable of detecting pre-symptomatic exposure to the virus began in March 2020 – just weeks into the pandemic – as part of a joint funding opportunity between both MOMRP and USAMRDC’s Military Infectious Diseases Research Program. As part of a planned program announcement, a total of seven wearable technology projects were selected for funding through the Command via its partnership with the Medical Technology Enterprise Consortium; the latter entity using a unique contracting tool called an “other transaction agreement” (or, OTA) to facilitate the delivery of advanced technology prototypes for a wide array of military-relevant injury conditions. Of those seven investments, one of the more promising efforts is a proprietary algorithm being developed jointly by Dr. Ashley Mason, an assistant professor with the Department of Psychiatry at the University of California, San Francisco, and Dr. Benjamin Smarr, an assistant professor with the Department of Bioengineering and Data Science at the University of California, San Diego.

In a recent study, Mason’s team showed that wearing a so-called “smart-ring” – a wearable device that generates continuous temperature data – may foreshadow the presence of COVID-19, even in cases when infection is not suspected. By analyzing data from 50 people previously infected with COVID-19 who agreed to wear the ring (which, in turn, came equipped with the aforementioned algorithm) Mason and Smarr found the ring accurately identified higher temperatures in people with symptoms of COVID-19. Ultimately, the algorithm may help lead to earlier isolation and testing – thereby potentially curbing the spread of infectious diseases.

“Continuous temperature assessment allows us to look at [human patterns of change] by allowing us to analyze changes in temperature as processes,” says Mason, noting the difference between continuous and single-point temperature monitoring. “If we think about temperature as a process – imagine a wave – then we can start to ask questions that go beyond, ‘are you high or low in temperature,’ [and] we can examine the shape of the waves both within one person over time and we can compare the shapes of peoples’ waves to each other.”

Mason’s work was initially sponsored by Finnish company Oura Health (who agreed to provide the “smart rings” used in the study), which gave her team a substantial amount of early data on virus exposures compared to other external groups. In July 2020, MTEC began funding Mason’s multi-pronged TemPredict study, providing key infrastructure resources. Then, last month, Mason’s team published the study’s aforementioned initial findings in the peer-reviewed journal Scientific Reports.

“Having a device that’s doing surveillance on you at the time and to say, ‘hey there’s something different about you’ – those are potentially powerful opportunities to intervene before a situation becomes a lot more complicated to treat,” says Steele.

While it is not known how effectively the algorithm-enabled smart ring can detect asymptomatic COVID-19 infection, Mason’s team reported that in 38 of the 50 participants (or, 76 percent), fever was identified when symptoms were unreported or even unnoticed. According to Mason, the second leg of her TemPredict Study, which was launched in early December and has already enrolled tens of thousands of participants across the globe, will continuously apply the algorithm to the participants’ smart ring data, then alert participants when the algorithm suggests COVID-19 testing is warranted.

“[The algorithm] does seem to be working well,” says Dr. Jenifer Ojeda, Health Science Program Manager at USAMRDC’s Congressionally Directed Medical Research Programs, and additionally the science officer providing DOD oversight on Mason’s award. “It is detecting early – pre-symptomatic, if you will – cases, and with some degree of fidelity.”

Still, Mason’s algorithm – which is intended to be agnostic and not exclusive to any one particular device – is just one of many entrants in this particular race. Other performers receiving funding – including the makers of the Fitbit family of trackers and smartwatches – are using their own, internally-developed platforms, while others are utilizing off-the-shelf platforms to meet their end goals.

While Steele admits USAMRDC is likely months away from receiving an actual, refined product to review, it is possible such a product could be developed and then deployed during the current COVID-19 pandemic. That would depend, of course, on a chosen performer delivering the kind of clear and consistent data demanded by the U.S. Food and Drug Administration for such devices. Regardless, this kind of technology clearly has a role in any kind of future, similar public health emergencies, and would make a substantial impact on the ability to detect illness on the future battlefield as well. The latter, while an ancillary perk for now, may indeed provide a showcase for any wearable technology’s likely ultimate benefit: to provide a near-continuous level of support and resilience to any U.S. Soldier across the globe.

Says Steele, “Wearables may be the premise that allows for truly integrated telemedicine content because now you have the ability to measure a person from a distance, or outside the clinic, or anywhere.”

By Ramin Khalili

Mid-Evil Industries – RAIL VISE

January 23rd, 2021

The RAIL VISE is a complete system for holding a picatinny rail equipped firearm in a secure manner during cleaning & light maintenance operations. It clamps onto the firearm’s rail system providing that 3rd hand that is required for holding firearms in a secure manner during cleaning of the AR weapons platform & provides total access to the breech for thorough cleaning of the chamber, locking lugs & bolt interface.

The RAIL VISE kit includes: Main Body, Mag Well Adapter, Barrel Support, Adapter Rail and Platform.

• For use while cleaning or performing maintenance
• Lower receiver can be held for cleaning or maintenance with Mag Well Adapter
• Optics or other rail mountable devices can be held securely with Adapter Rail
• Components are made from a thermoplastic polymer that is resistant to many chemical solvents, bases and acids
• Platform is 29 inches long allowing for infinite adjustability for use with short barreled entry guns to rifles with 24 inch barrels
• Patented
• MADE IN USA

www.mid-evil.com/product/rail-vise