Smart Reefing Systems

Deploying a massive cargo or personnel canopy at high altitude and airspeed invites catastrophic kinetic shock. We design programmable electronic reefing systems that open the canopy through precisely timed stages, mitigating structural loads on the airframe or human operator.

Unlike traditional pyrotechnic cutters that are single-use and altitude-agnostic, our smart reefing rings measure atmospheric pressure, dynamic pressure, and deceleration forces in real-time. They dynamically step the canopy opening sequence to achieve the optimal descent profile, regardless of the drop altitude.

Reliability is non-negotiable. Our electronics are ruggedized and designed with redundant voting logic to ensure the canopy always reaches full deployment. In the event of total electrical failure, a mechanical backup ensures the system fails safe.

We trace the performance of these electronic cutters through strict qualification testing, dropping instrumented payloads in instrumented ranges to validate the software against the brutal reality of aerial delivery.