Engineering
Drop testing
Structure drop campaigns so each release teaches something - and anomalies close with engineering disposition.
How we approach Drop testing
Drop testing is the ground truth for parachute programs: it exposes packing sensitivities, line interactions, and environmental effects that analysis alone will miss. We design matrices that cover the mass and deployment envelope without drowning the team in redundant releases.
Instrumentation plans balance fidelity with recovery: video, load pins, GPS, and IMU selections are matched to the decisions each series must make.
When tests fail, we focus on reconstructing configuration state and timeline - so fixes target root cause instead of one-off repacks.
Related areas in this practice
Tests that decide
Every series has a decision thesis: what hypothesis is being retired, and what will trigger a design or procedure change.
- Release criteria tied to mission and certification milestones.
- Weather and site controls that reduce uncontrolled variance.
- Data retention and labeling that survive busy field schedules.
Drop-test progression
Bench and ground
Mechanism checks, line routing, and packing verification.
Controlled releases
Instrumentation shakedown and repeatability under bounded winds.
Envelope expansion
Structured steps toward corner mass and deployment cases.
Talk with engineers who own the work
Request a technical pass on Drop testing: constraints, risks, and a practical next step with clear assumptions.