Material by mission
Sanded plywood, exterior-grade plywood, solid pine, and future panel systems are selected around the job the crate is expected to do.
Research & development · materials lab
The systemsbehind the crate.
Freedom Crate Co. treats the box as a complete structure: material, joinery, hardware, interior protection, and field finish all have to work together. This is where those systems are developed.
Armor Core™ production systemExterior protection active R&DAdvanced panels evaluation track
FCC / PRODUCT DEVELOPMENTMATERIALS LABFlorida workshop · working systems
The design rule
Don't add toughness. Engineer it through the whole box.
A rugged coating cannot rescue weak hardware. Strong fasteners cannot rescue a poor load path. R&D starts by deciding what the crate must survive, then choosing the material, structure, protection, and serviceability around that mission.
System architecture
Four layers. One crate.
Each layer solves a different failure mode. The goal is not to make every crate identical; it is to make each configuration internally consistent with how it will actually be used.
Load paths first
Joinery, shear-locking panels, legs, handles, and latch geometry are treated as a system instead of isolated hardware choices.
Armor Core™
Penetrating epoxy seals exposed fibers and interior seams; selected builds add a tougher abrasion-resistant liner over that sealed base.
Field protection
Paint and experimental tougher exterior coatings are evaluated for adhesion, abrasion, weather exposure, grip, and repairability.
INTERIOR SYSTEM / PRODUCTIONSYSTEM 01
Interior protection
Armor Core™ starts inside the wood.
Armor Core is built around penetrating epoxy rather than relying on a surface coating alone. The objective is to seal exposed fibers and seams first, then add abrasion protection where the build calls for it.
- 01Flood and seal.
Interior surfaces, exposed edges, and vulnerable seams receive penetrating epoxy.
- 02Build the seam radius.
Interior corners can develop a cured epoxy fillet that seals and reinforces the joint line.
- 03Add wear protection.
Selected builds receive an abrasion-resistant liner after the sealed base has cured.
EXTERIOR SYSTEM / ACTIVE R&DSYSTEM 02
Exterior protection
Battle Guard is a research track, not a paint slogan.
The exterior program explores tougher field finishes and polyelastomer-style coatings for crates expected to see truck beds, dragging, stacking, moisture, and repeated handling. It remains a development track rather than a blanket claim applied to every box.
AdhesionDoes the finish stay bonded through seasonal wood movement?
AbrasionHow do corners, edges, and contact points behave when dragged or stacked?
GripCan texture improve handling without becoming unnecessarily aggressive?
RepairCan a damaged field finish be touched up without replacing the crate?
R&D rule: experimental exterior systems stay labeled as research until repeated field use supports a production standard.
Materials by mission
No single wood wins every job.
The current strategy intentionally uses different materials for presentation, field use, compact range platforms, and specialty work. That keeps material choice tied to function instead of marketing.
MissionWorking materialWhy it fitsStatus
Presentation / ceremonial¾-inch sanded plywood
Flat, consistent, smooth, and well suited to clean stenciling and controlled-environment use.
Current strategyField / utility¾-inch exterior-grade plywood
Chosen when moisture resistance, utility, and harder handling matter more than a furniture-smooth face.
Current strategyCompact range platform½-inch sanded plywood + Armor Core
Keeps the RangeMaster platform compact while the protected interior adds durability where loose gear and ammunition make contact.
Current strategySpecialty / traditionalSolid pine
Used selectively where real-wood character, repairability, and traditional crate appearance outweigh production consistency.
Selective useFuture heavy-dutyPhenolic / film-faced panels
A candidate for future evaluation where surface abrasion resistance and moisture management justify the added sourcing complexity.
EvaluationOn the bench
The next crate is allowed to be different.
R&D exists so production does not freeze around the first design that worked. New panels, coatings, hardware geometry, stackability features, and repair methods can earn their way into the lineup through testing.
Phenolic and film-faced plywood
Evaluate edge sealing, hardware compatibility, abrasion behavior, sourcing, and whether the extra material complexity creates a real field advantage.
Positive locating features
Explore leg or corner geometry that protects lid finishes while making stacked crates more stable during storage and transport.
Repairable hardware systems
Keep wear items replaceable where possible so handles, latches, finishes, and damaged components do not automatically turn the entire crate into waste.
R&D explains the system.The Notebook shows what happened.
When an R&D idea becomes a test, failure, adopted fix, or production rule, the evidence belongs in the Engineering Notebook. Planned work stays labeled planned until there is something real to report.
Read the Engineering NotebookTechnical questions
Need material or build details?
Buyers, repeat customers, and contracting officers can request more detail about a material, coating, configuration, or documented test.
Contact Freedom Crate Co.