GORE-TEX Footwear at Tactical Distributors

Veterans Day Deals

November 10th, 2026

Tomorrow is Veterans Day and companies tend to honor us with deals. Here are a few we’ve been informed about for this year:

VIKTOS: 35% off for law enforcement, military and first responders, Friday 11/6 through Thursday 11/12, on viktos.com.

viktos.com

IR.Tools: Buy one, get one free on the Thermal Scope Zeroing Target 3 Pack with Heaters, the Extended Range 10 Pack and the chemical heater kits, Veterans Day, Wednesday 11/11. On ir.tools the BOGO bundles are in the store, no code needed; on Amazon, use code VETDAYBOGO (one per customer, first 100). 20% off the same items at the IR.Tools Walmart store.

ir.tools

Revision: 40% off for ID.me verified military, veterans and first responders, Tuesday 11/10 through Thursday 11/12, at revisionmilitary.com. Verify with ID.me at checkout, no code needed.

www.revisionmilitary.com

Meanwhile, the Veterans Administration has a great list of Veterans Day offers.

news.va.gov/150505/2026-veterans-day-discounts-free-meals-offers

Genesis Arms Participates In Falcon Peak 26.2

November 10th, 2026

In late September, USNORTHCOM and JIATF-491 hosted Falcon Peak 26.2, at Cibola Site 17, Yuma Proving Ground, Arizona, an experiment to examine counter UAS technologies. The usual suspects of drone-on-drone solutions and EW systems were on hand along with a few kinetic solutions.

In the latter category was something fairly low tech, but along with that comes a price which allows a much wider fielding than more sophisticated capabilities. That option was the Gen-12 MCS (Multipurpose Combat Shotgun) from Genesis Arms.

Yes, there are a lot of shotguns in the fight in Ukraine, demonstrating their ability to defeat terminal aerial threats. What sets the Gen-12 apart is that it is effective out to 80m or more in even a short barreled configuration, while others require long barrels. This configuration, combined with a box fed magazine means a higher round count and ability to be used in trenches both offensively and defensively, as well as for breaching.

Genesis Arms combined their semi-auto shotgun with their GSHOT ammunition for tight patterning without the use of a choke.

As you can see, the system is effective. That explosion is from the drone’s battery and not the ammunition.

The event also provided an opportunity to demonstrate the learning curve associated with engaging aerial targets using the AR-style Gen-12 platform and GSHOT ammunition.

As mentioned earlier, the Gen-12 is an AR-style firearm so it is more intuitive for those serving than other shotguns. It can also be suppressed. Magazine options are from 5 rounds up to 15 with a drum.

As you can see, the Gen-12 is a viable COTS solution that is already in service with multiple military and police forces worldwide wide.

Some photos by SSgt Colten Tessness.

From the Foxhole to Flight: Armaments Center’s MALET Turns Standard Rounds into Drone Munitions

November 10th, 2026

PICATINNY ARSENAL, N.J. — The ever-evolving unmanned aerial systems toolbox has grown even stronger with the introduction of the Munitions Air-dropped Lethal Effects Tool, or MALET, developed by the U.S. Army Combat Capabilities Development Command Armaments Center.

The MALET is a kit which converts munitions so that they can be dropped as part of unmanned aerial system deployment. Instead of having to procure purpose-built munitions on drones, Soldiers will be able to use rounds which they have in abundance already, such as 60mm and 81mm mortar rounds.

Work on MALET began in 2024 when experts at the DEVCOM Armaments Center’s Fuze and Mortar Divisions recognized a critical opportunity: rather than introducing new munitions to the battlefield, Soldiers could benefit from a capability to safely drop existing munitions without having to perform field modifications or manually remove safety mechanisms. The team saw the project through with input from the Energetics and Warheads Directorate.

The kit adds fuze function and ensures the aerodynamic stability required for a drone drop of the cartridge. Additionally, integrating MALET is a non-destructive process, so clipping on the kit does not compromise the mortar, nor does removing the kit. As such, if a munition is not expended or mission requirements change, the kit can be removed, returning the munition back to its original state and allowing it to be fired as a conventional mortar.

According to Senior Scientific Technical Manager for Indirect Fire Munitions Ryan Gorman, the MALET architecture can be applied to munitions beyond 60mm and 81mm mortars, and the MALET integrated product team is exploring even more concepts which, while mostly close-hold for now, Gorman referred to as “unique.” Mortars were the first to be demonstrated due to their maturity and alignment with large UAS requirements.

“The MALET program is a great example of how the DEVCOM Armaments Center can leverage core competencies like fuze design, safety, and ammunition development and apply them to a dynamic, emerging space like lethal UAS to provide a unique and viable option for the warfighter,” explained Gorman.

According to MALET Project Lead Brad Armstrong, test drops at multiple U.S. Army facilities have already shown the MALET’s effectiveness, successfully maturing both the system’s fuze function and its critical safety elements. The team just recently had a successful test where they demonstrated performance of MALET with live 60mm mortars. The items were dropped from a UAS on the move; they oriented correctly and detonated within the desired target area.

The MALET integrated product team’s intention is to distribute the kit to major military exercises in the fall to allow for Soldier touchpoint and receive feedback. Conversations with industry partners, the user and acquisition communities have already proven fruitful.

The Armaments Center’s efforts are meant to validate system capabilities and seamlessly transition the MALET to industry partners and the acquisition community.  This strategy will allow the military to scale and field the system rapidly, while engineers at the Armaments Center continue to work on iterative improvements based on feedback from the warfighter at tests and exercises.

By Tyler Barth

Maris-Tech Introduces Advanced Edge AI Platform Enabling Real-Time Video Intelligence and Autonomous UAV Operations

November 9th, 2026

Uranus-Drones-V2 combines simultaneous multi-camera processing, day/night sensor fusion and direct autopilot integration in a compact, low-SWaP platform

Rehovot, Israel, October 28 2026 – Maris-Tech Ltd. (Nasdaq: MTEK, MTEKW), a provider of edge computing, AI and video intelligence solutions for defense applications, today introduced Uranus-Drones-V2, an advanced onboard video and AI processing platform designed to enhance the operational capabilities and autonomy of unmanned aerial vehicles (UAVs), including platforms used for intelligence, surveillance and reconnaissance (ISR), target tracking and loitering munition applications.

Uranus-Drones-V2 enables UAVs to process video, analyze visual data and generate actionable intelligence in real time directly onboard the aircraft, without relying on ground-based processing. By integrating advanced AI capabilities with the UAV’s autopilot, the system can translate visual intelligence into flight commands, enabling the aircraft to respond autonomously to detected targets and changing mission conditions.

Uranus-Drones-V2 simultaneously processes and fuses video feeds from up to eight cameras, including day and night sensors, with support for four ultra-high-definition (UHD) inputs. This advanced multi-sensor capability provides comprehensive situational awareness, enabling UAVs to monitor their surroundings and process visual information in real time.

Delivering more than 30 tera operations per second (TOPS) of AI processing performance, Uranus-Drones-V2 combines advanced computing capabilities with low size, weight and power (SWaP) requirements, enabling integration into UAV platforms where onboard computing resources are limited.

Already in production and integrated into customer platforms, Uranus-Drones-V2 builds on Maris-Tech’s experience supplying video processing solutions across thousands of operational deployments.

“UAV autonomy is increasingly driven by the ability to understand the surrounding environment and act on that information in real time,” said Israel Bar, CEO of Maris-Tech. “Uranus-Drones-V2 brings together advanced onboard AI, simultaneous multi-sensor processing and direct autopilot integration, enabling UAVs to move beyond video collection toward autonomous, intelligence-driven operations. We believe this combination of capabilities, delivered in such a compact platform, represents a significant advancement for next-generation unmanned systems.”

For more information, visit www.maris-tech.com.

Schedule Your SHOT Show Meeting with Arms Unlimited Now

November 9th, 2026

Arms Unlimited is a leading supplier of industry-leading weapons and tactical accessories.

We are now scheduling appointments for SHOT Show! Stop by our booth to see our continued growth, expanded offerings, and the latest from Arms Unlimited.

To schedule a meeting, please contact **Vic@armsunlimited.com** to reserve your preferred time.

We look forward to seeing you at SHOT Show!

New Can for DSS?

November 9th, 2026

We spied what appears to be a Radical Defense CS5-MOD1 Compact Suppressor with a custom length ModTac cover mounted to an issue carbine on a Diplomatic Security Service LinkedIn post. As DSS doesn’t allow its agents to use personal weapons, we’d say this is the winner of their recent acquisition effort for a new carbine suppressor.

Weekend plans: Protect diplomacy.

In case you missed it, DSS special agents were on the ground in Atlanta this weekend, protecting visiting foreign dignitaries at the G20 Foreign Ministers’ Meeting. Working alongside our law enforcement partners, DSS personnel conducted and coordinated protective security operations so diplomats could focus on their work in a safe and secure environment.

Back on watch this December in Miami for the G20 Leaders’ Summit.

USAF Awards LIFT Airborne Landmark Contract

November 9th, 2026

LIFT Airborne Technologies Awarded Landmark U.S. Air Force Contract with $83.4 Million Ceiling for AV2.2 Next Generation Fixed Wing Helmet

10-year contract supporting up to 16,000 helmet systems establishes LIFT as the new technology leader in military aviation helmet systems, setting a new standard for aircrew protection, performance, and next-generation technology integration.

CARSON CITY, NV — November 6, 2026 — LIFT Airborne Technologies (LIFT), a U.S.-based innovator in advanced aviation protective equipment, today announced that it has been awarded a landmark 10-year Indefinite Delivery/Indefinite Quantity (IDIQ) contract by the United States Air Force (USAF) for its AV2.2 Next Generation Fixed Wing Helmet (NGFWH) system.

With a maximum contract ceiling of $83.4 million and an anticipated procurement scope of up to 16,000 helmet systems, the award represents a defining milestone for LIFT and one of the company’s most significant achievements to date. The selection signals a new era in military aviation helmet technology, positioning LIFT at the forefront of the industry and establishing a new benchmark for the protection, performance, and innovation today’s warfighter deserves. Awarded through the Air Force Life Cycle Management Center (AFLCMC) at Wright-Patterson Air Force Base, Ohio, the contract encompasses delta development, qualification, production, and fielding of next-generation fixed-wing helmets for various U.S. Air Force mission defense aircraft. The award resulted from a Small Business Innovation Research (SBIR) Phase III follow-on acquisition, reflecting the progression of LIFT’s innovative helmet technology into a major defense procurement program.

“This contract award represents a transformational milestone for LIFT Airborne Technologies and validates our vision of bringing a new generation of innovation to military aviation,” said Guido Rietdyk, Chief Executive Officer of LIFT Airborne Technologies. “We entered this market with a clear objective: to challenge the status quo and develop a helmet system that delivers meaningful advancements in protection, performance, and adaptability. Being selected by the United States Air Force is a tremendous honor and reflects the dedication of our team to engineering products that meet the demanding requirements of today’s military aircrew. This award signals a changing of the guard in military aviation helmet technology, with LIFT establishing a new standard for innovation, protection, and performance.”

Redefining Performance and Protection for the Modern Warfighter

At the center of the contract award is LIFT’s AV2.2 helmet system, developed to address the evolving operational requirements of modern fixed-wing military aviation.

The AV2.2 distinguishes itself through advanced engineering, optimized mass properties, enhanced ventilation, superior impact protection, and a modular architecture designed to accommodate emerging mission technologies.

Most notably, LIFT reports that the AV2.2 is the first and only helmet system in the world to successfully pass the rigorous USAF-specific 600 Knots Equivalent Airspeed (KEAS) sled-test specification and requirements. This achievement distinguishes the AV2.2 from helmet systems that may have completed other 600 KEAS testing protocols but have not demonstrated compliance with the same demanding USAF-specific test requirements.

This achievement, combined with the system’s lightweight construction and optimized weight distribution, represents a significant advancement in aviation helmet technology.

The AV2.2’s key performance advantages include:

  • USAF-Specific 600 KEAS Sled-Test Performance: LIFT reports that the AV2.2 is the only helmet system worldwide to successfully pass the rigorous USAF-specific 600 KEAS sled-test specification and requirements, establishing a new benchmark for high-speed protective performance.
  • Superior Mass Properties: Optimized helmet weight, balance, and center of gravity designed to reduce physical strain and support aircrew endurance during demanding flight operations.
  • Advanced Impact Protection: Engineered protective technologies and energy attenuation capabilities designed to enhance aircrew safety.
  • Enhanced Ventilation: An advanced ventilation approach designed to improve airflow, thermal comfort, and wearability during extended missions.
  • Next-Generation Modularity: A highly adaptable architecture engineered to support evolving operational requirements and the integration of future helmet-mounted display (HMD) technologies.
  • Mission-Focused Integration: Designed to accommodate applicable night vision, communications, oxygen, and mission-specific equipment.

Together, these capabilities establish the AV2.2 as a new standard in military aviation protective technology, designed to address both the immediate needs of military aircrew and the technological demands of future aviation operations.

A New Standard in Military Aviation Helmet Technology

For decades, military aviation helmet systems have faced the challenge of balancing protection, weight, comfort, and the integration of increasingly sophisticated mission equipment.

As helmet-mounted displays, night vision systems, and advanced communications technologies continue to evolve, these competing demands have become increasingly significant.

LIFT developed the AV2.2 to address these challenges through an integrated approach to protection, ergonomics, and modular system architecture.

“The AV2.2 represents a fundamental advancement in how we approach military aviation helmet design,” said Todd Lentz, Chief Revenue Officer of LIFT Airborne Technologies. “Our focus has never been simply to build another helmet. It has been to deliver a superior system that addresses the real-world challenges facing today’s warfighter. From being the first and only helmet system to successfully pass the rigorous USAF-specific 600 KEAS sled-test requirements to delivering exceptional mass properties, ventilation, impact protection, and modularity, the AV2.2 demonstrates what is possible when innovation and operational performance drive product development. We are not entering this market to follow established standards. We are here to redefine them, setting a new benchmark for military aviation helmets and delivering the technology today’s global warfighter deserves.”

From Small Business Innovation to Major USAF Contract Award

The award represents a significant achievement in LIFT’s continued development as an American defense technology manufacturer.

Originating from a Small Business Innovation Research (SBIR) Phase III follow-on acquisition, the contract demonstrates the transition of innovative technology development into a long-term procurement and fielding program supporting U.S. Air Force operational requirements.

The contract provides for delta development, qualification, production, and fielding of the AV2.2 helmet system, establishing a framework to advance the technology through the necessary program milestones and into operational use.

At the time of award, the Air Force obligated $4,095,959 in fiscal year 2026 research, development, test, and evaluation funding, supporting the program’s initial contracted activities.

The contract has an anticipated completion date of October 30, 2036, providing a long-term framework for continued development, production, and fielding of next-generation aircrew protective equipment.

The contract’s IDIQ structure enables the USAF to issue orders in accordance with its evolving requirements, up to the established $83.4 million ceiling.

Strengthening the U.S. Defense Industrial Base

Work under the contract will be performed in Carson City, Nevada, reinforcing LIFT’s investment in American engineering, advanced manufacturing, and domestic defense capabilities.

The award represents an important opportunity for LIFT to expand its manufacturing capabilities, strengthen its position within the U.S. defense industrial base, and support the modernization of military aviation protective equipment.

The Air Force Life Cycle Management Center at Wright-Patterson Air Force Base, Ohio, serves as the contracting activity under contract number FA8606-27-D-B002.

By advancing innovative aviation protective technologies through domestic development and manufacturing, LIFT continues to demonstrate the important role that American businesses play in delivering next-generation solutions to the U.S. military.

Positioning LIFT as the New Standard in Global Military Aviation

The USAF award represents more than a major domestic contract. It signals a fundamental shift in the military aviation helmet industry, with LIFT emerging as a technology leader challenging legacy approaches and establishing a new standard for advanced aircrew protection.

As military organizations worldwide modernize their aviation fleets and increasingly prioritize aircrew survivability, operational endurance, and advanced technology integration, LIFT believes the AV2.2 represents the next evolution of military aviation helmet technology.

The system’s combination of high-speed protection, advanced ergonomics, modularity, and future HMD compatibility establishes a new benchmark for addressing the evolving requirements of U.S. and allied military aviation communities.

“This is an important chapter in LIFT’s evolution, but it is only the beginning,” added Rietdyk. “We are building a company focused on advancing the standard of protection and performance for military aircrew worldwide. Our selection by the United States Air Force reinforces our belief that innovation, technical excellence, and a relentless focus on the warfighter are reshaping the competitive landscape of military aviation. The industry has relied on legacy solutions for decades. LIFT is defining what comes next.”

With this landmark contract award, LIFT Airborne Technologies enters a new phase of growth, reinforcing its position as an innovative American manufacturer and a new technology leader setting the standard for the future of global military aviation.

About the AV2.2 Next Generation Fixed Wing Helmet

The LIFT AV2.2 is an advanced military fixed-wing aviation helmet system engineered to deliver exceptional protection, optimized mass properties, enhanced ventilation, and next-generation modularity.

Designed to address the evolving requirements of modern military aircrew, the AV2.2 combines advanced composite construction, ergonomic engineering, and an adaptable architecture intended to support integration with current and future helmet-mounted display technologies.

LIFT reports that the AV2.2 is the first and only helmet system worldwide to successfully pass the rigorous USAF-specific 600 KEAS sled-test specification and requirements, representing a significant achievement in high-speed helmet performance.

With a focus on aircrew protection, comfort, and mission adaptability, the AV2.2 is designed to establish a new standard for the demanding operational environments of modern military aviation.

www.liftairborne.com

BFG Monday: The Shot Was Never the Hard Part

November 9th, 2026

What More Than 1,000 Students Taught Me About Training, Decisions, and the Equipment That Supports Both

John “Chappy” Chapman, Task Force 70 Foundation
I can usually tell which students will struggle the first time I put a real decision in front of them.

A student shows up to a CQB or vehicle tactics course with gun handling that would hold up on any square range. Then I change one thing. I ask the student to give calm, direct commands while holding a subject at gunpoint. Or I ask the student to move to a better position of advantage instead of shooting from where they are standing.

And it comes apart.

Either the gun handling falls apart or the decision does. Usually, it is the decision.

I have trained several thousand students across the country, and by my rough estimate, I have watched this happen with about one in five. Most were good shooters. That was the part that took me too long to understand.

The same lesson eventually changed how I looked at equipment. A piece of gear can perform perfectly when it is the only thing being evaluated, then become a problem when the user has tocommunicate, move, process information, and make a decision at the same time. The real test is not whether a skill or a piece of equipment works when someone is thinking about it. The real test is whether it continues to work when the mission demands that attention go somewhere else.

What I Used to Get Wrong

For years, I read what I saw on the line the wrong way. A student with clean mechanics looked ready to me. I was grading the physical skill, especially with firearms, and assuming the student had also done the work of placing that skill into the context where it would actually be needed.

Those are two different things.

A drill can tell me whether a student can perform a defined task under controlled conditions. It cannot, by itself, tell me whether that skill will remain available when the student must identify the problem, communicate clearly, move to an advantage, account for other people, and decide whether force is appropriate at all.

I did not separate mechanical proficiency from operational capability, and I do not think much of the training world separates them consistently enough.

The Skill That Still Demands Attention

The students who lock up in moments of decision have often hyper-focused on one measurable skill before they get to me. It is usually shooting: a perfect Bill Drill, a faster draw, a tighter group, or a better split time. They have run the drill so many times that they appear to own it.

But some have become very good at performing the drill while still devoting most of their attention to the drill itself. They are thinking about the sight picture, the movement, the time, and the result. Then I ask them to solve another problem at the same time, and something breaks.

Driving is the best comparison I have. An experienced driver does not consciously think through every movement required to signal and turn. Those actions happen with very little attention, leaving the driver free to see the person who steps off the curb or the vehicle that enters the intersection.

A student who is still consciously running the gun has less attention available for the person in front of them. Add commands, movement, identification, or another problem, and the student reaches capacity. The student can see the shooting. What the student cannot always see is the part that matters most: making the right decision, and the constitutional one, with a gun in hand.

What the Students Who Adapt Have in Common

The students who adapt well are not necessarily better shooters. What matters is whether their skills can hold up when shooting stops being the only thing receiving their attention.

This is not an argument against the square range or against getting very good at shooting. Get as good as you can. Measure performance. Build consistency. Pressure-test the fundamentals. But remember what the training is for.

Every skill should eventually be internalized to the point that it can sit underneath a decision rather than compete with it. When the drill becomes the goal instead of a tool for building capability, training can drift into recreation. There is nothing wrong with recreation. Just do not confuse it with readiness.

What I Changed

That realization changed how I build courses. I now plan from the top down, beginning with the mission and the end state the officer or armed citizen is actually there to achieve. I work backward through the decisions, communications, movements, and tasks required to reach that end state until I arrive at the individual skills.

Training then runs in the other direction, from the skill back up to the mission. Every skill has to trace to a real task. If it cannot, it may still be useful or enjoyable, but it does not automatically belong in the course.

That also changed what counts as a skill. Verbal commands, a suspect-compliance script, movement to a position of advantage, and contact and control of a subject sit alongside marksmanship. Each must be defined, taught, and trained to a standard so the skills can be layered together without competing for all of the student’s attention when the decision appears.

I also stopped calling something a capability simply because a student could demonstrate it once. A capability is something the student can apply on demand, under the conditions where it will actually be needed, without extra train-up first.

The standard I care about now is not simply how fast a student shoots. It is whether the student can shoot well while paying attention to the subject, the environment, the position, the communication, and whether a shot should be taken at all. That last part is the job. Everything else is there to serve it.

Equipment Competes for Attention Too

The same principle applies to equipment. Gear can make perfect sense on a design table, in a product photograph, or during a clean demonstration and reveal a completely different problem once it is placed inside a realistic training evolution.

The best equipment does not ask the user to stop solving the problem in order to manage the gear. It reduces unnecessary steps, searching, fine-motor manipulation, bulk, weight, and adjustment. It becomes part of the capability rather than another demand on the user’s attention.

This is why repeated training matters to product development. The first repetition shows whether a product can work. The twentieth reveals whether it works without demanding the user’s attention. Add vehicles, protective equipment, darkness, communication, physical stress, and other people, and small inefficiencies become obvious. A pouch that is easy to access while standing still may be difficult from a seated position. A control that is obvious during setup may be difficult to find when the user is looking somewhere else. An item that appears light by itself may become part of a load that degrades endurance over hours.

Those are not styling problems. They are capability problems.

What Repeated Use Teaches Blue Force Gear

Blue Force Gear’s connection to training is not simply that the company works with experienced instructors and users. Repeated use creates an opportunity to observe where equipment helps preserve attention and where it still demands too much of it. Training exposes friction that may never appear during a conventional product review, and those observations can be carried back into evaluation and design.

The MARCO marking light dispenser is a useful example of the principle. Marking is rarely the user’s only task. The user may also be moving, communicating, controlling a scene, identifying people or positions, and tracking changing conditions. A marking tool must be accessible and deployable while the user remains focused on movement, communication, and the changing environment. That is where MARCO earns its place: not as a standalone object, but as a tool designed to complete a necessary task quickly and return the user’s attention to the larger problem.

The gear on a carrier is only one layer of a force encounter. Slings, pouches, medical equipment, and marking tools all have to work alongside movement, communication, judgment, and the rest of the user’s load. Good equipment performs its function. Better equipment helps the user remain focused on the mission.

Questions for Your Next Training Session

Take these questions to the range or your next training evolution:

• When you run your favorite drill, where is your attention? If it is entirely on the drill, add another problem.

• Run the same drill while giving clear commands out loud. What breaks first?

• Does any repetition begin with a decision, or does every repetition begin with a timer?

• Which skill have you trained the most, and have you ever trained it underneath another task?

• What piece of equipment requires your attention every time you use it?

• What works perfectly during setup but becomes difficult once movement, communication, or another problem is added?

The answers may tell you more about your readiness and your equipment than your fastest time.

Stay Teachable

The students who struggled taught me as much as I taught them. They showed me that I had been grading the wrong thing. Admitting that was harder than any drill I have ever run, and I had to rebuild much of how I teach because of it.

The same obligation applies to instructors, students, and equipment companies. We have to remain willing to put our assumptions into realistic conditions, pay attention to what fails, and change what we do next.

Look hardest at the skill you are proudest of and the gear you trust the most. If either one still demands your full attention to work, it is not finished, no matter how good it looked in isolation.

Train deliberately. Move with purpose. Stay ready.

Explore purpose-built gear designed to support the way you train, work, and move at Blue Force Gear.

About the Author

John “Chappy” Chapman is a law enforcement professional with more than 34 years of experience in operational, leadership, doctrinal development, applications engineering, and training roles. He is a published author and has specialized in the development and delivery of patrol and tactical law enforcement curricula for more than 28 years.

Chappy is the Executive Director of the Task Force 70 Foundation, a nonprofit focused on training, mentoring, and educating underserved rural and small-town law enforcement officers and agencies across the United States.