Thaumo Systems

Low-cost autonomous airpower for contested skies.

Target drones and flight interceptors engineered for mass, attrition, and the timelines real forces fight on.

Doctrine

Adaptable. Asymmetric. On demand.

Thaumo is built for the air picture that wins by volume—credible targets for training and live fire, and interceptors dense enough to matter when the sky fills.

01

Adaptable

Threat profiles, routes, and engagement parameters reconfigure to the mission card—not the other way around.

02

Asymmetric

Attritable mass that forces expensive defenses to spend against platforms priced for volume.

03

On demand

Production and software cadence measured in weeks, so magazine depth keeps pace with the fight.

Systems

Two products. One production logic.

One production logic for both lines—shared guidance, commodity manufacturing, and ruthlessly attritable unit economics.

Inert aerial target drones

TD-9 SERIES

Inert aerial target drones

Jet-powered delta-wing targets built for live ranges—clearly marked INERT / TARGET, high-visibility orange edges, and attritable unit economics for high-tempo training.

  • Live-fire SAM, AAA, and air-to-air training presentations
  • Sensor and fire-control validation against a credible jet profile
  • REDFOR replication and decoy mass without live-warhead risk

IX-2 SERIES

Flight interceptor missiles

Compact kinetic interceptors for counter-UAS and point defense, built for magazine depth when the air picture fills.

  • Counter-UAS and point-defense engagement
  • Magazine-depth intercept for massed inbound tracks
  • Common tasking language with the target fleet

Autonomy

Contested airspace. Executable orders.

Thaumo air vehicles fly under mission command—briefed intent, published parameters, and contingency authority that holds when the link drops. Target drones present credible REDFOR. Interceptors close engagements inside the timeline the ATO demands.

Mission command

Briefed intent over continuous stick time

Engagement authority

ROE and abort criteria locked before wheels up

Massed presentation

Attritable flights that scale the threat picture

Common C2

One tasking language across target and interceptor

Kill chain / onboard

  1. Detect

    01

    Acquire and hold tracks in clutter, cluttered EMS, and degraded GPS—threat presentation for training or inbound UAS for intercept.

  2. Track

    02

    Maintain continuous custody through maneuvers, decoys, and intermittent C2 so shooters stay inside the engagement timeline.

  3. Engage

    03

    Close the kill chain under published ROE: pursue, abort, or prosecute with terminal guidance until breakaway or impact criteria are met.

  4. Recover

    04

    Execute RTB, divert, or battle-damage assessment handoff per the mission card—no platform left outside the commander’s plan.

Mission parameters

Contested C2 is assumed. Contingency modes are not optional.

Every sortie carries published mission parameters—route, timing, abort criteria, and recovery—so the flight remains executable when autonomy is offline, degraded, or deliberately not tasked. Three non-autonomy paths keep air vehicles inside the commander’s plan.

MODE / RTB

Return to base

On lost-link timeout or C2 denial, the air vehicle executes a prebriefed RTB divert: safe-heading egress, terminal-area join, and recovery to the designated FOL or home station without operator stick time.

MODE / PFP

Preset flight plan

When autonomy is not tasked, aircrews and planners upload a locked mission profile—waypoints, altitudes, airspeeds, and timing—so the platform flies the ATO route as published until handoff, abort, or mission complete.

MODE / BLOS

Beyond signal horizon

Past radio line of sight or in contested spectrum, the vehicle continues on contingency logic: hold last clearance, proceed to next NAVFIX, or run the beyond-horizon branch until link is restored or the divert criteria are met.

Economics

Defense advantage is becoming a cost curve.

Contested airspace rewards volume. Thaumo exists to make autonomous targets and interceptors affordable enough to field at the scale modern deterrence requires—so investors are underwriting industrial capacity, not a one-off prototype.

10×

Lower target cost

vs. legacy aerial targets with comparable threat emulation.

1 stack

Shared autonomy

Software reuse across drones and interceptors compounds every release.

Weeks

Hardware iteration

Attritable design cycles measured in weeks, not multi-year programs.

Mass

Production intent

Built for magazine depth and range throughput from day one.

“The next air fight will not be won by exquisite platforms alone. It will be won by forces that can generate autonomous mass—train against it, decoy with it, and intercept it—at a price that survives contact.”

Thaumo investment thesis

Investors

Fund the factory for autonomous mass.

We are raising to scale low-cost target drone production, expand interceptor flight test, and field systems that survive contact. Request a private briefing for the data room, roadmap, and manufacturing plan.

  • Seed-to-Series A growth for airframe lines and autonomy talent
  • Clear path from range systems to fielded counter-UAS intercept
  • Capital efficient because software is shared across the fleet

Request investor briefing

Qualified investors only. We typically respond within two business days.