Formation Time
How fast material reaches field-usable state.
MacroVation turns mission-critical material behavior into testable hardware systems — integrating formulation, delivery mechanics, measurement, and transition planning from the start.
Materials are the differentiator. Systems are the product. Five layers sit underneath every program we run.
Polymer formulation, foam chemistry, conductive composites, and reactive material systems.
Sprayers, applicators, fixtures, and deposition architectures that move material onto real surfaces under real constraints.
Non-lethal, mobility-relevant, recovery, tooling, and field-effect material systems engineered for defense use cases.
A 9,000 sq ft Fairlawn, Virginia facility configured for formulation, hardware preparation, testing, and characterization. DARPA Phase I–III programs were executed from this building under prior founder-led companies.
Four active SBIR/STTR programs across USMC, NAVSEA, and ONR — with in-house contracting, deliverable, and reporting cadence.
Layers 1–3 are the technical product. Layer 4 is the in-house execution capacity. Layer 5 is the funded path to transition. We run them as one company.
Material effect → delivery hardware → measurable output. Each pathway follows the same operating pattern with sponsor-specific outcomes.
01 · Tooling
Material-enabled tooling pathways for naval shipyard production and low-volume specialized hardware. Active under NAVSEA engagement.
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02 · Rapid-forming
Reactor-based preparation tied to controlled delivery, formation behavior, and prototype hardware. Active under USMC engagement.
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03 · Delivery
Chemistry, delivery hardware, target interaction, and measurement on a single design baseline. Active under USMC engagement.
View pathway →MacroVation evaluates material systems by the behaviors that determine field usefulness: how they form, adhere, cure, survive handling, interfere mechanically, and remain removable or controllable under operational constraints.
How fast material reaches field-usable state.
Interface strength to relevant substrates.
Time–temperature–strength behavior.
Volumetric and density targets.
Functional behavior under load and use conditions.
Performance across temperature, humidity, contamination.
Controlled de-bond, removal, or safety release.
Compatibility with delivery and platform constraints.
MacroVation works with government program offices, defense primes, platform integrators, and strategic partners on material-enabled systems that require integrated chemistry, delivery hardware, testing, and transition planning.