Digital crew protection
Protect crews from CBRN threats with simulation
See how multi‑physics simulation improves armoured vehicle protection against CBRN threats and safeguards crews during the design phase and across the asset's lifespan.
Boost crew protection armoured vehicle lifecycles
Explore proven methods to assess CBRN exposure, optimise vehicle protection, and enhance crew safety using advanced multi‑physics simulation.
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Frequently asked questions
How can simulation improve CBRN crew protection?
It models airflow, leakage paths, and contaminant spread, helping engineers strengthen vehicle sealing and filtration performance.
Why use multi‑physics tools for CBRN assessment?
They combine fluid flow, heat transfer, and structural data to predict how contaminants move and where crews face highest risk.
What insights do simulations give vehicle designers?
They reveal weak points, test design options quickly, and guide improvements that enhance crew survivability in CBRN scenarios.
How do simulations reduce costly physical testing?
They allow early virtual trials, cutting prototype cycles and enabling safer, faster optimisation of CBRN protection systems.
Can simulation support safety across the vehicle lifecycle?
Yes — engineers can model CBRN hazards across the vehicle lifecycle, evaluate impacts, and adapt vehicle protection strategies with greater speed.