Volantek develops system-level digital twin architectures for reentry and glide-class hypersonic vehicles, built on first-principles, multi-scale physics models that capture the dominant coupled behavior governing hypersonic flight.

Our frameworks integrate the interaction of:

• Geometry and configuration

• Trajectory and mission profile

• Shock structure and high-speed flow physics

• Aerodynamics and aerothermodynamics

• Conjugate heat transfer and material response

• Propulsion effects (where applicable)

• Internal configuration and payload placement

This integrated view enables disciplined assessment of scientific and strategic trade-offs, including:

• Payload thermal health and survivability

• Mission optimization and performance margins

• Trajectory dispersion and uncertainty analysis

• Operational awareness and threat recognition

• Physics-informed technical and policy-level decision support

Designed to support early concept studies, system integration, and operational decision-making where uncertainty carries high consequence.