ADVANCED METAMATERIALS · PRE-LAUNCH
LATTICE ARCHITECTURE
A new class of impact-absorbing material.
Our proprietary lattice geometry is engineered at the microstructural level to control how force moves through a material — redirecting and dissipating impact energy in ways that flat-foam and standard composites fundamentally cannot. The result is superior protection at equal or lower weight and thickness.
Lighter, thinner, and tunable to any impact environment.
Lattice topology tuned per application — stiffness, porosity, and energy absorption zones all controllable at design time.
Architecture designed to absorb and redirect energy from any angle — not just perpendicular impact like conventional foam.
Architected for additive manufacturing — printable in TPU, nylon, and next-generation elastomers via SLS, FDM, or MJF.
Every geometry iteration validated against impact simulation and physical testing — with traceable performance vs. baseline materials.
One platform. Every impact environment.
FORTIFYD's metamaterial architecture is applicable across four high-impact markets.
Helmet liner inserts exceeding current safety standards without adding bulk.
Lightweight structural panels engineered to mission-critical specifications.
Crashworthy components outperforming foam composites at lower weight.
Tunable lattice structures protecting high-value goods across variable impact profiles.
Seeking additive manufacturing partners for pilot programs.
We are in active discussions with OEM partners in additive manufacturing to bring FORTIFYD material into first pilot integrations. If your organization is exploring next-generation impact protection, we want to hear from you.
Ready to explore a partnership or pilot? Tell us about your organization and what you're working on.