Amidon Briefing
Insights on Ballistic Concrete & Live-Fire Training
Technical articles, independent test results, and planning guidance from the team that has spent years building and proving Amidon Ballistic Concrete under live fire.
Foundational
The Material: Amidon Ballistic Concrete
What Is Amidon Ballistic Concrete (ABC)?
An overview of the patented material behind every structure Amidon builds.
Read article →What Is Ballistic Concrete — And Why It Matters for Live Fire Training
Why realism in training can’t be optional, and how ABC makes it survivable.
Read article →UL 752 Explained: What “Level 10” Really Means
A plain-language explanation of the UL 752 ballistic resistance standard and what Level 10 actually defines.
Read article →ABC vs. Standard CMU Construction
How Amidon Ballistic Concrete compares to standard CMU (concrete masonry unit) construction for live-fire training structures.
Read article →Why Precast Beats Cast-in-Place for Live-Fire Structures
The practical case for precast modular ballistic concrete over cast-in-place construction for training facilities.
Read article →Why Modular Ballistic Concrete Beats Fixed Construction
Precast, modular ABC construction installs faster than cast-in-place and stays reconfigurable long after the facility is built.
Read article →Fixed or Modular: Questions to Ask Before You Decide
A practical framework for deciding between fixed and modular ballistic concrete construction for a training facility.
Read article →Proof
Independent Testing & Standards
Why Third-Party Testing Matters More Than Marketing Claims
Why independent, third-party testing is a more meaningful signal than a company’s own marketing claims about material performance.
Read article →UL 752, 12th Edition: A Threat-Specific Standard for Ballistic Protection
How the 12th edition’s 16 threat-specific designations and defined evaluation process map to how Amidon engineers ballistic infrastructure.
Read article →The Labs Behind the Numbers: Amidon’s Independent Testing Partners
An overview of the independent labs — GHD, BLUEline Contracting, and Grace Analytical — that test Amidon Ballistic Concrete.
Read article →From the Field: 70,000 Rounds of Independent Testing
A look at the real, on-the-ground testing history behind Amidon Ballistic Concrete’s official test results.
Read article →Tested at Aberdeen: ABC vs. the Army Corps Standard
Amidon Ballistic Concrete was evaluated at the U.S. Army Aberdeen Test Center against SACON, the Army Corps of Engineers’ own ballistic training-construction standard.
Read article →Compressive Strength: What Independent Testing Actually Verified
What compressive strength testing measures, and why BLUEline Contracting’s verification matters for ballistic concrete structures.
Read article →Freeze-Thaw Durability: Building for Every Climate
Why freeze-thaw durability testing matters for live-fire training structures built outside climate-controlled conditions.
Read article →Environmental Compliance on Live-Fire Ranges: Lead Leaching Testing
Why lead leaching testing matters for live-fire ranges, and how GHD’s independent testing addresses it.
Read article →Products
Training Facilities & Range Components
What to Specify in Sling Load Training Blocks
What a rotary-wing unit should specify in sling load training blocks: weights, rigging points, durability, marking, and delivery and handling.
Read article →Training Facility Planning: From Site Survey to First Live Fire
A high-level overview of the planning stages between an initial site survey and a training facility’s first live-fire exercise.
Read article →Multi-Domain Operations: Training Across Physical and Digital Threats
What Multi-Domain Operations training actually requires beyond traditional Close Quarters Battle room-clearing.
Read article →Indoor Small Arms Range (ISAR) with Amidon ArmorBlock
How Amidon’s ISAR system with ArmorBlock improves on legacy CMU and steel liner range construction.
Read article →Subterranean Training Complexes
Below-grade tunnel and room construction using the same ballistic concrete system as Amidon’s above-ground structures.
Read article →The Fastest Path to Subterranean Readiness May Already Be on the Range
Why converting an existing shoot house into a covered, connected subterranean complex can deliver the capability faster than starting over.
Read article →EOD Containment Pits Built with Amidon Ballistic Concrete
Purpose-built containment structures engineered for repeated explosive ordnance disposal training, not a single exposure.
Read article →The START Simulation Program
Amidon’s START program adds a live simulation layer to physical live-fire training facilities.
Read article →Facilities Protection: Hardening Existing Structures with ABC
How Amidon’s facilities protection solutions use ballistic concrete to harden existing structures rather than requiring new construction.
Read article →What Coping Blocks Actually Do
A plain explanation of coping blocks, the finishing components that terminate rooflines and upper-wall edges on ABC structures.
Read article →Mini Blocks & Coping Blocks: Precision ABC Components
Precision components for window elevations, stair transitions, and roofline terminations, built to the same ballistic standard as the main wall system.
Read article →Amidon Breaching Walls for Tactical Training
Reinforced breach points that reset between training evolutions, built on the same ballistic ABC system as the rest of the structure.
Read article →Process
Design, Production & Simulation Services
Design Services: From Concept to Range Layout
What Amidon’s design services process actually covers, from initial concept through finished range layout.
Read article →Production & Installation: What Happens After Design Approval
What Amidon’s production and installation process looks like once a facility design is finalized.
Read article →3D Modeling & Simulation Services: Planning Before You Build
How Amidon’s 3D modeling and simulation services help plan a training facility before construction begins.
Read article →Guidance
For Buyers & Program Owners
Siting a Live-Fire Shoot House: Danger Zones, Range Safety Review and the Siting Package
How range managers, engineers and contracting officers site a live-fire shoot house around surface danger zones, range safety review and a complete siting package.
Read article →Specifying Steel Targets for a Training Range: What to Put in Writing
What range managers and contracting officers should state in a steel target requirement: the training, the steel and its hardness, the mounting system, the use limits and the service plan.
Read article →Keeping a Shoot House Inspection Log After Every Training Day
How range managers can keep a shoot house inspection log that records damage, use, housekeeping and repairs, and turns that record into repair and budget decisions.
Read article →Writing a Performance Work Statement for a Shoot House
How range managers, specifiers and contracting officers can write a shoot house requirement around training outcomes, test conditions and verifiable standards.
Read article →Shoot House Turnover: What to Inspect and Document Before Acceptance
What range managers and contracting officer representatives should inspect, operate and collect before signing for a new live-fire shoot house.
Read article →Sequencing Range and Shoot House Projects Through the First Quarter of FY2027
A month-by-month sequence for installation training managers: requirement, market research, sources-sought responses and the package to have ready before funds release.
Read article →What to Ask Before Selecting a Training Facility Vendor
Practical questions a government or military buyer should ask before selecting a live-fire training facility vendor.
Read article →A Client Base Built on Federal Standards
An overview of the kind of federal agencies and military branches that rely on Amidon Ballistic Concrete training facilities.
Read article →Maintenance
Ballistic Repair
Protecting Shoot House Floors at Breach Points
Why breach-point floors get patched again and again, and when door-side pads, a full breaching room or whole-structure protection is the better answer.
Read article →How to Repair a Shoot House Wall (And When You Should)
Live-fire shoot houses are designed to withstand thousands of training rounds — here’s how to tell when a wall needs attention.
Read article →Repair or Replace: A Decision Framework for Shoot House Walls
How to decide whether a damaged shoot house wall needs repair or full replacement, and what factors should drive that call.
Read article →Have a project in mind?
Talk to the Amidon team about site surveys, facility design, and what a build timeline could look like for your program.
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