05 · DRONES

Autonomous Aerial Systems

Proprietary edge-computed flight mechanics engineered for dense and contested airspaces.

PSITECH // CAPABILITY 05

Initializing Flight Telemetry...

0% TELEMETRY LOADED
drag_pan Drag horizontally to scrub frames
PHASE 01 // LAUNCH

Rapid Field Deployment

Man-portable airframes launched from unprepared ground in under ninety seconds — no runway, no ground station, no external survey.

SUB-90s LAUNCH UNPREPARED SITE MAN-PORTABLE
PHASE 02 // EDGE AUTONOMY

GPS-Denied Navigation

Visual-inertial odometry computed entirely on-board keeps the aircraft on track when satellite positioning is jammed or spoofed.

VISUAL-INERTIAL NAV ON-BOARD COMPUTE JAM RESILIENT
PHASE 03 // MISSION LAYER

Contested Airspace Ops

Modular payload bays and coordinated multi-aircraft tasking multiply the ground covered per sortie across dense, defended terrain.

MODULAR PAYLOAD MULTI-AIRCRAFT TASKING DENSE TERRAIN
PHASE 04 // RECOVERY

Autonomous Return

Loss of link triggers an on-board return-and-land decision — the aircraft comes home on its own reasoning, with the sortie's intelligence intact.

LINK-LOSS RETURN PRECISION LANDING DATA INTEGRITY
ALTITUDE AGL: --
AIRSPEED: --
How We Create Value

DRONES

Proprietary edge-computed flight mechanics engineered for dense and contested airspaces.

Operational Outcome

We keep aircraft flying where GPS and comms fail — edge autonomy that removes the operator from the risk and multiplies reach per sortie.

Deploy this capability

Initiate Secure Consultation → All Capabilities