Engineering superior structural integrity and tactical advantages through advanced composite manufacturing. From UAV airframes to armored vehicle panels, we deliver uncompromising quality for the modern battlespace.
Tested for performance
from -60°C to 200°C
environments.
Energy-absorbing
matrices designed for
ballistic resilience.
60% lighter than steel with
4x the tensile strength.
Zero-fail operational
standards for critical
deployments.
Micron-level accuracy
using robotic placement.
Our carbon-fiber monocoque structures provide the optimal
balance of stiffness and low signature. Designed for multi-mission
capabilities, these frames support high-payload sensors while
maintaining extended flight endurance.
Engineered with aramid and ceramic reinforcements, our modular armor solutions offer Level IV protection at a fraction of the weight of traditional metallic plates. Designed for rapid field replacement and multi-hit durability.
Weight reduction vs. RHA
steel
Superior ballistic limit
testing
RF-transparent radomes manufactured with aerospace-grade resins for minimal signal attenuation.
Lightweight hatches, chassis
components, and specialized storage
for tactical mobility platforms.
One-off prototypes and specialized
components for classified mission
requirements.
Advanced structural analysis of multi-layered
carbon matrices designed for low-observable
mission profiles.
2.4 – 2.8
230 – 290 GPa
Consultation to define operating environment, load cases, and threat levels.
Selecting from AS9100 certified carbon, aramid, or glass prepregs.
FEA analysis and laminate scheduling for optimized fiber placement.
In-house CNC machining of invar or composite molds for thermal stability.
Tolerance controls within +/-
0.001″
NDT, Ultrasonic, and Laser
Validation
Certified Aerospace Quality
Standards
Heavy-duty structural panels and
ballistic protection for tactical ground platforms.
Ultra-lightweight airframes optimized for endurance and payload capacity.
EMI-shielded enclosures for sensitive signal processing and navigation hardware.
RF-transparent radomes and antenna housings for secure field
communications.
Corrosion-resistant composite
structures for maritime and sub-surface vessels.
Portable tactical gear and specialized storage for rapid deployment units.
5-axis trimming and drilling with automated optical alignment for sub-millimeter tolerances.
Every batch of prepreg undergoes DSC and DMA analysis to ensure cure cycle optimization.
Static and fatigue loading tests simulate 25 years of operational mission stress.
AS9100D and ISO 9001:2015 certified process controls for full component traceability.
Contact our specialized engineering team to discuss classified requirements, performance specs, or project timelines. We are engineered for mission-critical performance.
Technical excellence in carbon fiber and fiberglass manufacturing since 2009.