TYR Tactical

PEO-M Unmanned Surface Vehicle (USV) Poseidon’s Fury Assessment Event

September 28th, 2026

SOFWERX, in collaboration with U.S. Special Operations Command (USSOCOM) Program Executive Office–Maritime (PEO-M), will host an assessment event 2-20 November, 2026, that provides Special Operations Forces operators and Unmanned Surface Vehicle (USV) vendors opportunities for collaboration, hands-on experimentation, and assessment. Data collected during these events will inform development of the USV Mission-Aligned Reference Architecture (MARA).

This effort seeks technologically mature USV platforms aligned to contemporary Design Reference Missions (DRMs) while also gathering data on common platform features, technical trade-offs, and integration opportunities. The data collected will inform MARA with the goal of improving interoperability, accelerating capability integration, and reducing unnecessary cost and redundant platform development across Government and Industry efforts. 

The primary desirement is to assess USV solutions aligned to two DRMs through collaboration and hands-on experimentation with SOF operators and USV vendors:

Escort: A USV able to accompany and support a manned vessel during maritime transit and maneuver, maintain relative position, and contribute to awareness, tracking, response, and defense of a supported vessel. The USV should be configurable for US Navy Rigid Inflatable Boat (RIB) cradle and davit launch/recovery and modular to accept a wide variety of Government-furnished payloads.

Interceptor: A USV capable of rapid launch and high-speed transit toward a desired area. The USV should be modular to accept a wide variety of Government-furnished payloads. Compatibility with the USSOCOM Universal Launch and Recovery System (ULRS) is desired but not required.

A secondary desirement is to collect technical and operational insight that will inform MARA development, including, but not limited to, payload integration, power, cooling, topside design, communications, autonomy, and supportability.

The Government is also interested in Electronic Support/Electronic Attack (ES/EA)-enabling platform characteristics for future mission applications. ES/EA considerations are enhancing only and are not the primary basis for Escort or Interceptor selection.

ES/EA Considerations: The Government is interested in ES/EA-enabling platform characteristics for future mission applications. ES/EA considerations are enhancing only. They are not a separate DRM, are not primary Escort or Interceptor selection criteria, and will not offset failure to meet applicable Escort or Interceptor minimum criteria. Vendors may identify demonstrated or readily integrable ES/EA-enabling characteristics, limitations, required modifications, and tradeoffs.

In addition to assessing specific vendor solutions, USSOCOM will collect technical and operational insight that will inform MARA development. This includes identifying common approaches to payload integration, command and control, supportability, and other platform features that could improve interoperability and reduce redundant USV development. 

Vendors may submit platforms that do not meet one or more minimum criteria. Vendors should identify each unmet minimum, provide current demonstrated performance, and describe any planned path to minimum performance. The Government will consider overall DRM alignment, technical maturity, operational suitability, and assessment value when evaluating submissions. Vendors should anticipate that USV with a proven history of seaworthiness and reliability will score highly. 

Offerors may submit a solution aligned to Escort, Interceptor, or both.

Submit NLT 07 October 2026 11:59 PM ET

Details at events.sofwerx.org/peo-m-unmanned-surface-vehicle-usv.

BlackPoint Tactical Duty Holsters See Widespread Adoption Across Agencies Worldwide

September 28th, 2026

ALPHARETTA, G.A. – September 28, 2026 – BlackPoint Tactical, a High Speed Gear Products Group brand, is seeing widespread adoption of its duty holsters among law enforcement and military agencies around the globe. As agencies evaluate modern alternatives for their officers and operators, the BlackPoint Duty Series is gaining momentum for its combination of reliable retention, intuitive operation and adaptability across evolving equipment requirements.

The growing adoption reflects a shared need across agencies: a duty holster that provides uncompromising weapon security without sacrificing a fast, consistent draw. The BlackPoint Duty Series, which includes the Enhanced Duty Holster (EDH), Slick Duty Holster (SDH), Concealed Duty Holster (CDH), and the Taser 10 Ark-Lock, was designed and engineered around direct input from real-world users operating in demanding environments.

At the center of the platform is BlackPoint’s patented Master Grip Concept. The retention lever is positioned so users can establish a natural master grip and deactivate the retention mechanisms without the additional hand articulation required by many traditional duty holsters. The result is a smooth, repeatable draw stroke designed to support faster, more accurate rounds on target. The same core activation mechanics carry across retention levels and into BlackPoint’s TASER® holsters, helping agencies reduce training hurdles when deploying multiple systems.

The Duty Series is available in light-compatible and non-light-compatible configurations and includes the patent-pending SHIM system. By changing the installed SHIM, agencies can configure the holster for multiple weapon lights, allowing the platform to adapt as equipment needs change. Supported configurations continue to expand as BlackPoint responds to agency and end-user demand.

Key features of the BlackPoint Duty Series include:

• Retention Levels: Available in 3 level (EDH family) and 2 level models (SDH family).

• Full Coverage Trigger Guard: Minimizes any object from entering trigger guard while pistol is holstered.

• Optics Cover: Optional Optic Cover to help enclose the optic cavity when holster hood is closed

• Barrel Plug: Allows the holster to function with or without the weapon light attached.

• Retention Lever Overdrive: Lever range of travel beyond release enhancing draw performance.

• Lever Extender: Extends the retention lever to enhance ergonomics based on user preference.

• Material Thickness: Holster features durable unibody 0.125” KYDEX® design.

• Mounting: Compatible with mounts from popular 3rd parties. *Adapter Plate Required  

“We are seeing agencies around the world recognize that they do not have to choose between security, speed and adaptability,” said Gary Robbins, Director of Law Enforcement Business Development at High Speed Gear. “The Duty Series was built around the realities officers and operators face in the field, and its growing adoption is strong validation that the platform is meeting those needs.”

“A duty holster must perform every single time,” said Tyler Johnson, VP of Finance and Holster Sales. “The confidence agencies are placing in BlackPoint reflects the work our team has put into delivering a modern, dependable alternative. We are proud to support more professionals globally and will continue expanding the platform as their requirements evolve.”

BlackPoint Duty Series holsters are available through BlackPoint Tactical and authorized dealers. Firearm, light and mounting compatibility options continue to expand. Agencies and dealers interested in product evaluations, fitment information or purchasing support are encouraged to contact the High Speed Gear Products Group team.

For more information about the BlackPoint Duty Series, visit blackpointtactical.com/shop/category/duty-series.

MATBOCK Monday: MWAD 2.0

September 28th, 2026

Building on the success of the Multi Weapon Aiming Device (MWAD) 1.0, we are proud to introduce the next generation: the MWAD 2.0. This new and improved model enhances the user experience and provides even greater accuracy and reliability for indirect fire weapon systems.

The MWAD 2.0 is a multi-platform capable digital firing solution device that displays range

and azimuth of your target. It provides real-time ballistic solutions that account for environmental conditions, round type, platform, and lot deviations, allowing the user to put rounds on target more accurately and in less time than with legacy aiming systems.

Key upgrades in the MWAD 2.0 include:

  • Software Update: A comprehensive software update delivers a more intuitive user interface and faster processing for even quicker targeting solutions.
  • Glenair Hardwire Connector: A new Glenair hardwire connector ensures a secure and reliable connection in the most demanding environments.
  • Tri-Axial Gyroscope: The addition of a tri-axial gyroscope enhances motion tracking for more precise ballistic calculations, even on the move.
  • Robust Thumbstick: A new, more robust thumbstick offers improved

To learn more about the MWAD, check out their youtube channel: youtu.be/dLALK_5Z0OU or email sales@matbock.com

SIG SAUER KILO Micro LRF

September 28th, 2026

They really pulled out all the stops during last week’s SIG NEXT event, but of all of the new products, my favorite is the smallest.

I first saw it in a photo with no frame of reference for its size. Turns out, it’s truly palm sized. Below you can see it next to the WARP, SIG’s full featured LRF.

It started out as an archery LRF but proved to be much more versatile and they’ve added eight onboard firearm ballistic groups to the archery setting.

Weighing just 3.4 ounces, this small, handheld laser range finder features a 4x18mm Monocular can which range past the 1000 yards promised by SIG using their GEN II LIGHTWAVE DSP.

KILO Micro relies on a rechargeable battery for up to 3,000 ranges per charge. They’ve included a QDI magnetic harness mount but I’m trying to figure out a way to mount it to coaxially to a weapon mounted optic.

Top all of that off with an IP67 waterproof rating and $249.99 MSRP and I’d recommend everyone pick one up.

www.sigsauer.com/kilo-micro-4x18mm

The Medical Kit You Stopped Knowing Why Familiarity and Readiness Fade Long Before the Emergency

September 28th, 2026

The Problem on the Pavement

I arrived at the crash a few minutes behind another officer.

His trauma kit was already open on the pavement. Gauze wrappers moved in the wind and caught against the edge of the road. Under the rotating emergency lights, he dug through the pouch, lifting one item after another and putting each one back as if the answer might be underneath it.

The patient was nearby. The ambulance was still miles away.

The officer was not panicked. He was not frozen.

He was lost.

The kit had been issued years earlier. He had trained with it once, mounted it to his equipment, and carried it through countless shifts without opening it again. Now, kneeling on the shoulder of a rural road, he had equipment in front of him but no working familiarity with what it contained.

This was not a tactical incident. It was an ordinary car crash, the kind that happens every day in communities where professional medical help may still be fifteen or twenty minutes away.

The officer carried the kit.

What he no longer carried was familiarity.

Nothing about that scene was unusual. In fact, it represents one of the most common medical-readiness gaps I encounter, and it has very little to do with the quality of the equipment inside the pouch.

The kit was present.

Readiness was not.

When Presence Becomes a Substitute for Capability

Somewhere between issue day and the emergency, a trauma kit can stop being working equipment and become a symbol.

The officer knows it is there. The pouch occupies the same place on a carrier, duty belt, or inside a patrol vehicle. Its presence creates reassurance, and over time, that reassurance begins to stand in for capability.

The kit gets mounted and forgotten.

Inspections come and go. Elastic stretches. Supplies expire. Someone borrows an item and does not replace it. A tourniquet staged incorrectly on day one may remain that way for years because nobody opens the pouch and questions it.

The equipment still looks ready from the outside.

That is what makes the problem dangerous.

Carrying medical equipment is not the same as maintaining medical capability.

Capability has an expiration date when it is not renewed.

Training Does Not Remain Fresh Because the Certificate Does

Almost every officer I meet has received medical training.

Far fewer have received it recently.

There was an academy block, a certificate, and a successful evaluation. The officer demonstrated the required skills, returned to duty, and moved on to the next responsibility.

Then the years began to pass.

The certificate does not change.

The responder does.

Knowledge becomes less immediate. Confidence remains even as fluency declines. Five years may pass before an emergency finally asks whether the skill is still usable.

That is a brutal time to discover the answer.

Medical intervention is especially vulnerable to decay because it requires judgment and action at the same time. Applying a tourniquet, packing a wound, managing an airway, or assessing a casualty are not simply physical tasks. They require decisions made under stress.

The responder still remembers taking the course. The steps may still sound familiar when someone explains them.

But recognition in a classroom is different from performance beside a damaged vehicle in poor light while another person waits for help.

Skill does not need to disappear completely to become insufficient.

It only needs to fall below the level the emergency demands.

The Emergency May Not Match the Kit

The officer at that crash faced another challenge.

His kit had been assembled primarily for penetrating trauma. It contained a tourniquet, hemostatic gauze, and a chest seal. For a gunshot wound, those items may have been exactly what he needed.

That was not the emergency in front of him.

Patrol officers routinely encounter vehicle crashes, falls, overdoses, industrial injuries, medical emergencies, and prolonged waits for EMS. There is nothing wrong with carrying a specialized trauma kit. The problem begins when responders expect one specialized solution to solve every problem.

Training reveals what equipment is missing, what equipment is unnecessary, and what emergencies are most likely to occur in a particular community.

The requirement should drive the equipment.

The equipment should not be purchased first and justified later.

Sustainment Training Reveals the Truth

Sustainment training does more than preserve skill.

It diagnoses readiness.

You cannot identify weaknesses in equipment you never open. You cannot evaluate skills you never test. You cannot know whether a medical system works under pressure by looking at it mounted neatly on a duty belt.

Realistic repetitions expose gaps quickly.

Missing supplies become obvious. Poor placement becomes frustrating. A kit that seemed organized becomes confusing when opened in low light. Equipment that seemed easily accessible becomes difficult to reach from a vehicle seat.

Those discoveries should be welcomed.

A failure discovered during training is a problem that does not have to be discovered beside a real casualty.

Without those repetitions, readiness is based on memory and assumption.

Sustainment training replaces assumption with evidence.

A Practical Sustainment Standard

Maintaining familiarity does not require a major budget increase or a dedicated training day. It requires consistency.

• Inventory the kit from memory.

• Open and inspect it quarterly.

• Practice access under realistic conditions.

• Train for the emergencies you are most likely to encounter.

• Put sustainment training on the calendar.

Familiarity is perishable. Like any other critical skill, it must be renewed deliberately before it is needed.

Five Questions Worth Answering Now

Before purchasing another piece of equipment, answer these questions honestly:

1. When was the last time you opened your medical kit and handled its contents under pressure?

2. Can you identify everything inside it right now without looking?

3. Can you access the kit and deploy the tourniquet using only your support hand while seated and in low light?

4. What emergency was the kit originally built to address, and what emergencies do you encounter most often?

5. If you had to work from a partner’s kit instead of your own, could you use it effectively?

If those answers create discomfort, pay attention to it.

Discomfort is information.

It means a gap has been identified before an emergency exposed it.

Know the Kit Before the Kit Is Needed

I still think about the officer kneeling on that rural road.

The gauze wrappers moving across the pavement. The open pouch beneath the emergency lights. The ambulance somewhere in the distance. The officer holding equipment that had been beside him for years but had become unfamiliar when he finally needed it.

Nothing inside that pouch had suddenly changed.

The distance between the officer and the equipment had grown one unopened shift at a time.

Somewhere tonight, another trauma kit is sitting untouched on a duty belt, mounted to a carrier, stored inside a patrol vehicle, or tucked behind the seat of a truck.

Its owner may have carried it for years.

Maybe that confidence is justified.

There is only one honest way to find out.

Open the kit.

Lay out the contents.

Train with the equipment until every item has a purpose, every position is familiar, and every movement has been practiced before urgency takes control of the moment.

The solution may not be another purchase.

It may be an afternoon of repetitions, a training partner, and the willingness to confront what has faded.

Do it before gravel is beneath your knees, blood is on your gloves, and the ambulance is still miles away.

Do it before somebody else’s life depends on what you remember.

Learn More About Blue Force Gear® Medical Solutions

Familiarity should never begin while kneeling beside a casualty.

Whether you’re evaluating an existing setup or building a medical capability from the ground up, Blue Force Gear’s trauma kits are designed to provide rapid access, consistent placement, and secure organization so responders can focus on the problem in front of them, not the equipment on their belt.

Explore the Micro Trauma Kit NOW!® Nano ES, and the full line of Blue Force Gear trauma kit solutions.

This article is intended for general educational purposes and is not a substitute for certified medical training, agency protocols, product instructions, or guidance from qualified medical professionals.

 

By John Chapman, Task Force 70 Foundation

About the Author

John Chapman, known widely as Chappy, is a law enforcement professional with more than 34 years of experience spanning operations, leadership, curriculum development, applications engineering, and training. A published author and nationally recognized instructor, he has spent nearly three decades developing and delivering patrol and tactical law-enforcement training programs.

Chappy currently serves as Executive Director of the Task Force 70 Foundation, a nonprofit dedicated to training, mentoring, and supporting underserved rural and small-town law-enforcement agencies throughout the United States.

The KC-130J: Past, Present and the Future Fight

September 28th, 2026

In the vast, unpredictable Indo-Pacific, islands dot the expanse of the sea for miles. Close enough to be a positive, yet far enough apart and sparsely populated to qualify as austere. This part of the world doesn’t provide an answer to accessibility, and that question gets even foggier when you employ strategy and tactics.

But 3d Marine Aircraft Wing (MAW) has an answer: the KC-130J, an aviation platform built for this exact venture. Operation Slingshot is a proof-of-concept strategy hailing from historic times when the Corps used island-hopping to win wars, and although aviation platforms are sleeker and more technologically advanced today, the need for Marines across the globe has not changed. The KC-130J’s ability to extend reach gives pilots the ability to strike fast and move faster as they conduct “the slingshot.” In this part of the world, it is not just an advantage; it is a necessity.

For the 3d MAW KC-130J, demonstrating expeditionary capabilities across thousands of miles of ocean requires more than the fighter jets you see in Top Gun. It requires a lifeline.

During Operation Slingshot, the KC-130J successfully projected 3d MAW, along with F-35B Lightning II fighters, across 4,000 nautical miles of the Indo-Pacific, into locations secured by Marines using MV-22B Ospreys and other components of the wing.

Drawing on a legacy established during the siege of Khe Sanh and Operation Desert Storm, the KC-130J operated as a self-contained logistical node, establishing forward refueling points without reliance on external strategic tankers.

Since its introduction, the C-130 platform has served the United States military and the Marine Corps as the logistical backbone of aviation. Originally birthed out of necessity during the Korean War, its inception after the maiden flight in Marietta, out of the Lockheed-Georgia Company facility in 1955, marked the start of a new era. During the 1968 siege of Khe Sanh in Vietnam, C-130s lived up to their designed intent, delivering over 12,000 tons of supplies via paradrops, austere landings and keeping the surrounded 26th Marines supplied when overland routes were severed. Decades later, during Operation Desert Storm in 1991, Marine KC-130s continued to demonstrate that same prowess with extended capabilities, providing the critical aerial refueling necessary to increase the range of strike packages deep into the northern Persian Gulf. The KC-130J solidified its position in aviation through enhanced multi-mission functionality, all while retaining the transport versatility of its roots.

Today, the Indo-Pacific theater demands the same endurance and adaptability, updated for the modern battlefield. Operation Slingshot demonstrated the KC-130J’s current ability to enable critical power for the Marine Corps, using its heavy payload capacity to leapfrog ahead of F-35B fighter jets. The KC-130J lands at remote, undeveloped airfields to establish Aviation-Delivered Ground Refueling and re-arming points.

During this self-supported movement, the KC-130J traversed a route from Royal Australian Air Force Base Tindal, Australia, through Cairns, Pohnpei, the Kwajalein Atoll, and Wake Island, terminating in Hawaii. By ferrying the necessary Marines, gear, and fuel, the KC-130J allowed the F-35Bs to slingshot deeper into the theater.

“While the jets are focused on the tactical fight, the KC-130J is the workhorse in the background, carrying the maintainers, the maintenance equipment, and the fuel required to dramatically extend the range and lethality of those jets.”

– 1st Lt. Christian Schwien, a KC-130J co-pilot

Transforming the KC-130J into a moving, forward logistics hub requires precise integration across the crew. Pilots execute long-range over-water navigation and land the 135,000-pound aircraft on austere strips. In the cargo hold, loadmasters manage weight, balance, and high-stress air-delivered ground refueling operations.

The KC-130J remains positioned to support the missions of tomorrow whether they be winking amidst a sea of blue to the east in the Indo-Pacific or concentrated down under from Australia. In an era where near-peer dynamics and global geopolitics continue to evolve, 3d MAW’s need endures for a versatile platform, one capable of unlocking future operational possibilities while honoring the legacy of aviation feats that define its historic past.

By Capt Rebekah Harasick | 3rd Marine Aircraft Wing

E-mobility: Rheinmetall Subsidiary Secures Funding for the Development of Innovative Production Processes for the Manufacture of High-Performance NanoLam Capacitors

September 27th, 2026

As part of the NanoLink project, Pierburg Pump Technology GmbH, a subsidiary of the Rheinmetall technology group, will be receiving funding at its Hartha site (Mittelsachsen district) for the development of innovative production processes for the manufacture of high-performance NanoLam™ capacitors. The project is co-financed by the European Regional Development Fund (ERDF) and tax revenues, based on the budget approved by the State Parliament of Saxony. In total, the site will receive funding of around 1.5 million euros from the Sächsische Aufbaubank (SAB).

The NanoLink project focuses on the research and development of innovative production processes and analytical methods used in the manufacture of intermediate circuit capacitors based on NanoLam™ technology. This is a key technological component which, owing to a wide range of technical advantages over the current state of the art, will be used, amongst other things, in next-generation electric powertrains.
The first European demonstration facility for the manufacture of NanoLam™ capacitors is located at Pierburg Pump Technology GmbH in Hartha, Saxony. Unlike conventional capacitors, dielectric layers in the sub-micrometre range are produced here from thermosetting plastics, with the innovative manufacturing process forming the technological basis. The finished product stands out from established polypropylene film capacitors due to their compactness (capacitance density), lower weight for the same capacitance, higher temperature resistance, dielectric strength and thermal conductivity. These properties and performance characteristics open up applications in the field of electromobility that cannot be achieved with conventional capacitor technology. 
As part of the NanoLink project, the individual process steps involved in the manufacture of NanoLam™ capacitors are being systematically further developed for large-scale production. With the clear aim of making this technology available to the wider market, the focus is on cost-effectiveness, energy efficiency and automatability, without compromising on quality and reliability. 

In addition to Pierburg Pump Technology GmbH, the project partners include AKON GmbH in Geringswalde, Chemnitz University of Technology and the Laserinstitut Hochschule Mittweida (Laser Institute at University of Applied Sciences Mittweida). The NanoLink consortium brings together extensive expertise in the necessary research and development areas. This interdisciplinary approach ensures that the best possible technologies and processes are integrated into the production process planned for the future. This not only helps to strengthen the domestic economy, but also increases resilience in the value chain and positions Germany as a key player in the global production of components for electric mobility. The success of the NanoLink project will drive forward not only the German but also the European automotive industry. Furthermore, it is expected that the introduction of NanoLam™ capacitor technology will enable a wide range of further applications across various sectors. The project, which began on 1 June 2025, will conclude on 31 January 2028.

Rock’a Lock’a BANG! BANG! — Day 3/4  Report

September 27th, 2026

Day Three of Rock’a Lock’a BANG! BANG! brought participants back to the former Nevada State Maximum Security Prison for another full day of hands-on training. With the event now firmly established inside the prison environment, the training continued to expand beyond traditional lock manipulation.

SPARROWS continued its focus on covert entry with impressioning, while Breaching instructors worked on mechanical techniques. Forensics was also brought into the mix, demonstrating how investigative techniques and technology can be adapted to the covert-entry community.

Forensics

The forensics class focused on how forensic tools and techniques can be applied to covert entry and intelligence gathering.

Understanding who has been inside an environment, what they have interacted with, and what evidence they may have left behind can provide valuable information. One of the more interesting demonstrations involved microdotting.

Special microdots were placed on a keypad and were designed to fluoresce under a specific wavelength of light when they had been touched. The demonstration showed how seemingly invisible indicators can be used to determine whether an object or area has been accessed.

It was another example of the broader approach Rock’a Lock’a BANG! BANG! takes to training: looking at familiar technology and techniques from an entirely different perspective.

SPARROWS Lock Picks — Impressioning

SPARROWS continued its lock-manipulation curriculum with impressioning, a technique used to create a working key by manipulating a blank key within the lock’s keyway.

The class provided participants with another opportunity to work directly with locks and understand the mechanics behind a technique that requires patience, observation, and precise manipulation.

As with the previous days, the emphasis remained firmly on hands-on learning rather than simply demonstrating the equipment.

Compliant Technologies

Compliant Technologies was also on hand for a large demonstration after lunch. With more that twenty volunteers. Compliant Technologies gave an in depth talk on how their GLOVE technology works by impacting the nerves to gain compliance of those who are resisting. The GLOVE consists of two pads that can be activated when they touch the skin. The activation impacts the subjects nerves creating both a distraction and an interruption of coordinated muscle movement.  

The number of participants speaks both to the attendees and to the technology that left no aparent lasting impact on any of the volunteer’s. It really needs to be seen to understand how quickly participants are able to compose themselves and walk away unharmed after experiencing the GLOVE.

BREACHING

SPARROWS had their breaching tools on hand for demonstration and training. 

As with all the instructors Thomas on breaching had an impressive background. Thomas was able to not only run through the tools but also describe the different scenarios that he has faced during his SWAT career.

On hand were SPARROWS light and heavy RAMS and their small and large collapsing bolt cutters. Everything was tested out on their massive breaching door.

NIGHT THREE

As the daytime training concluded, Rock’a Lock’a BANG! BANG! transitioned into another evening of technical presentations and smaller breakout sessions.

One of the highlights of the evening was a demonstration from Rapid Safe Entry and Manipulation, which provided both a technical explanation and live demonstration of a safe-cracking method known as side punching and Injection attacks for key pads.

Both techniques provide an extremely rapid method of gaining entry to certain safes, demonstrating just how quickly a properly executed attack can defeat a security container.

One break out group hit the local community with prepared bug out bags on a surveillance counter surveillance walk. Instructor’s were always easy to spot during the event in their custom 5.11 Jackets. 

The evening demonstrations reinforced one of the defining characteristics of Rock’a Lock’a BANG! BANG!: participants aren’t simply being told about techniques and technology. They are being shown how they work, why they work, and how quickly established security measures can sometimes be defeated.

Day Four / Mission Day Report

RLBB moved into its final phase with Mission Day, putting several days of training into a large-scale, force-on-force scenario inside the former Nevada State Maximum Security Prison.

The concept was simple. The execution was not.

Participants were divided into three large teams, with one team representing prison staff and the other two representing inmates. The scenario began with a riot in one wing of the facility, with several guards taken hostage. From there, teams were tasked with securing additional sections of the prison, locating hidden objectives, accessing locked gun cabinets and safes, manipulating locks, managing simulated casualties, and responding to an evolving series of problems throughout the facility.

If that was not enough one of the inmate teams (Team Chaos) could be negotiated with to join forces with either side thanks to each team having 3M Peltor ComTac VII head sets. 

The result was a complex environment that forced participants to apply the skills developed over the previous several days.

The Mission Day also rolled out more technology as participants were put into SHOCK VESTS and a simulated gunfire box was used. The simulated gun box ran off meps gas resulting in realistic automatic gunfire. 

3M Peltor

Communications became particularly important as teams moved through the facility.

3M Peltor headsets allowed team members to communicate while operating in different areas of the prison. The communications capability was particularly useful as the scenario developed, allowing teams to operate independently while remaining connected to the larger group.

The prison environment also provided a realistic test of communications equipment. Concrete walls, multiple levels, confined spaces, and significant distances between team members created the type of environment where reliable communications become critical.

STRESS VEST

To add another level of realism, the event incorporated the STRESS VEST tactical training system.

The system introduces a physical consequence when a participant is struck by another player. Hits to the center mass or arm create a pain stimulus designed to produce an immediate reaction.

A center-mass hit can cause the participant to physically react, contort, or even take a knee. An arm hit produces a muscular response that can temporarily prevent the participant from effectively using that arm.

The effect is difficult to ignore.

Combined with a sound system capable of reproducing realistic firearms sounds, the STRESS VEST system added a significant “stress” component to the scenario. Participants did not need to keep track of whether they had been hit; they would physically react to the consequences.

The Final Test

Mission Day was an appropriate conclusion to several days of intensive training.

The event began with live-fire training and equipment evaluation on the SIG SAUER Range Day before moving into the prison environment for lock manipulation, surveillance, SERE, medical training, vehicle extraction, forensics, and other specialized courses.

Mission Day brought those individual disciplines together.

The result was less about demonstrating any single skill and more about determining whether participants could recognize when a particular skill or piece of equipment was required and then execute it under pressure. It also quickly identified skills that needs to be improved upon. 

Closing Remarks

The closing remarks may have best summed up the Rock’a Lock’a BANG! BANG! experience.

Participants and sponsors were thanked for their involvement, while the underlying philosophy of the event was reinforced: RLBB is designed to be a chaos machine.

The concept is to surround participants with experienced instructors, capable equipment, and difficult problems, building a foundation that participants can continue to develop on their own.

The skills worked on during the event only improve through continued commitment and practice.

This is the start.

It doesn’t get easier. The problems just get harder.