Technology

Reusable hardware demands disciplined manufacturing.

The AeroVectrix technology story is centered on engines, rapid reuse, flight software, test infrastructure, and factory-to-pad accountability.

Future propulsion visual

Electric spacecraft image

This page includes the generated electric-spacecraft image for advanced propulsion and future research topics.

Electric spacecraft image

Propulsion

Engine development as the heartbeat.

High-cadence rocket manufacturing starts with component traceability, instrumented testing, disciplined failure review, and a path from chamber test to flight cluster.

  • Methane and liquid oxygen engine roadmap
  • Vacuum variant studies for upper-stage efficiency
  • Health monitoring and test stand telemetry

Reusability

Recovery is part of design, not an afterthought.

Structures, thermal protection, landing loads, avionics placement, and inspection access are treated as production requirements from the beginning.

  • Stage recovery and refurbishment planning
  • Sensor-led inspection after flight
  • Turnaround metrics for repeat operations

Systems

What gets engineered.

Each discipline supports a manufacturing company that can scale beyond a single demonstrator.

Avionics

Flight computers, telemetry, command paths, autonomous safeguards, and ground support software.

Structures

Tanks, interstages, fairings, thrust structures, load paths, and manufacturable inspection access.

Ground systems

Transporters, fueling, purge, range interfaces, test equipment, and launch-day consoles.