
AD-01
Low-cost attritable fixed-wing autonomy for defence evaluation, training, OWA UAV class pathways, target effects and approval-dependent kinetic-effects derivatives.
Austera's product roadmap is ordered around sovereign attritable autonomy: AD-01 is the flagship fixed-wing platform, AD-02 is the counter-FPV defence stack, and the common software layer supports evaluation, training, assurance and low-rate readiness.
Generated product visuals show the current concept stack: baseline platform, counter-FPV system, mission software, simulation, fleet support and future derivatives.

Low-cost attritable fixed-wing autonomy for defence evaluation, training, OWA UAV class pathways, target effects and approval-dependent kinetic-effects derivatives.

Counter-FPV and counter-small-UAS detection, tracking, alerting, reporting, training support and defensive defeat-system integration.

Mission planning, ground control, command workflows, telemetry, replay, operator checklists and reporting support for AD-01 and AD-02.

Simulation, HIL, operator training, scenario rehearsal, mission replay and evidence capture tied to configuration and test records.

Fleet support package concept for assets, missions, maintenance, configuration, compliance records, support analytics and software updates.

Small UAS concept for rapid ISR, inspection and short-duration support missions where rapid setup is more important than endurance.

Hybrid VTOL concept for remote logistics, mapping, field support and disaster operations where payload flexibility matters.

Tethered overwatch concept for incident command, defence evaluation sites, events and infrastructure security with persistent local coverage.

Salt-hardened maritime UAS variant concept for coast, ports, fisheries, offshore operators and maritime security users.
Austera avoids fragmenting the roadmap. AD-01 establishes repeatable flight, the common autonomy core, the modular interface, the support package and the evidence base before derivatives scale.
Baseline platform, recoverable/inert evaluation configuration, approval-dependent effects derivative or future concept is made explicit.
Power, data, mission interface, software and ground-control boundaries are controlled to prevent one-off engineering sprawl.
Operator checklists, training, spares, acceptance tests, configuration records, telemetry replay and simulation-linked evidence.