Stratospheric infrastructure, documented to engineering specification.
Reusable stratospheric platforms operating at 90,000–110,000 ft with real-time telemetry, up to 10 kg payload capacity, and full hardware recovery on every mission.
Telemetry-driven. Fully documented.
90,000 – 110,000 ft
Up to 10 kg
HD imaging + live telemetry
Full recovery, every mission
Reusable stratospheric platforms operating within the near-space altitude band. Consistent ceiling performance confirmed across mission logs.
Modular payload architecture accommodates sensor arrays, imaging systems, and experimental packages within a structured integration framework.
Live GPS tracking, descent modeling, and coordinated recovery operations return payload hardware and onboard data intact after every flight.
High-definition imaging, atmospheric sensor data, and real-time telemetry streams delivered as complete, institution-ready data sets.
Risk mitigation is standard, not optional.
FAA Part 101 compliant operations across continental United States launch corridors.
FAA compliance, flight weather modeling, and structured recovery protocols are engineered into the mission design from day one—not appended as service tiers.
Pre-launch weather modeling with abort criteria and dynamic window selection.
Descent trajectory forecasting and coordinated ground recovery operations.
Every launch window is authorized against current airspace regulations. Every flight plan includes contingency modeling. Institutions receive full documentation before and after each mission.
Mission risk documentation and post-flight data packages delivered to the institution.
Evaluate mission fit for your program.
Submit an institutional inquiry and receive a mission capability brief scoped to your department's payload requirements and academic calendar.