Engineering
Cargo recovery
Balance descent energy, landing dispersion, and damage tolerance for payloads that cannot choose a landing attitude.
How we approach Cargo recovery
Cargo recovery stresses different failure modes: shock transmission to sensitive electronics, landing dispersion near infrastructure, and separation timing if multiple stages exist. We help teams define acceptable impact metrics and prove them with representative articles.
Wind and terrain drive dispersion models; we connect those models to operational restrictions and contingency plans.
For guided or steerable systems, we align guidance limits with structural envelopes and battery or power budgets.
Related areas in this practice
Payload-first recovery
Recovery success is measured in delivered condition - not only canopy survival.
- Shock and vib specs translated to harness and payload interface design.
- Dispersion analysis with explicit uncertainty and update rules from flight data.
- Ground risk workflows when routes overfly sensitive areas.
Talk with engineers who own the work
Request a technical pass on Cargo recovery: constraints, risks, and a practical next step with clear assumptions.