Engineering
Aerodynamics
Relate canopy aerodynamics to oscillation limits, landing footprints, and operational limits you can brief.
How we approach Aerodynamics
Parachute aerodynamics couples unsteady flow with flexible structure: apparent wind, turn rate, and sink speed drive mission outcomes as much as nominal drag area. We connect wind-tunnel or flight data to limits operators can respect in varying terrain and loads.
When programs need predictive models, we keep assumptions visible: canopy state, mass asymmetry, and atmospheric conditions that bracket real operations.
We also support hazard analyses where oscillation or surge risks touch people or payloads - linking aerodynamic behavior to CONOPS and training.
Related areas in this practice
Operational limits with evidence
Aerodynamic claims become envelopes with provenance: which tests, which configurations, which uncertainties remain.
- Scenario matrices for wind, mass, and deployment altitude.
- Correlation between instrumentation and pilot or operator observations.
- Mitigations when models and flight data diverge at the edge of the envelope.
Talk with engineers who own the work
Request a technical pass on Aerodynamics: constraints, risks, and a practical next step with clear assumptions.