The aerospace engineering division studies buoyancy, variable-density targeting, HAPS structures, thermodynamics, payload stability and station-keeping in the stratosphere.
Buoyancy, lift gas, envelope behavior, payload mass and drift authority.
Thermal gradients, solar loading, cold-soak, power budgets and structural tolerances.
Launch windows, ascent profile, flight corridors, payload integration, command and recovery.
The engineering division turns buoyancy, thermodynamics, structures and avionics into controlled platform designs and repeatable mission evidence.
Lift, ballast and variable-density control.
HAPS, envelopes, gondolas and interfaces.
Command, telemetry, fault protection and safing.
Descent planning, zones, teams and evidence capture.
