KORTHOS / ECOSYSTEM / PRODUCT

RedDragon

About

About RedDragon

RedDragon is a one-way attack uncrewed aircraft designed to continue its mission when satellite navigation, communications or bandwidth are disrupted. Onboard perception and autonomy allow the aircraft to search for, identify and lock onto a target without requiring continuous remote piloting or a high-bandwidth video link.

The platform is being developed for precision engagement in contested environments and has received US Defense Innovation Unit support through Project Artemis. Its operating concept places target detection, terminal guidance and mission decisions aboard the aircraft, reducing dependence on a distant control station. RedDragon remains a defence-development and procurement programme with limited fielding.

01 JUN 2026

Robotics developments — 1–5 June 2026

Capabilities

Source-backed capabilities

  • Workflows: Autonomous flight, mission execution, contested-environment operation, software-defined aircraft workflows and payload integration.
  • Operating environments: Defense field operations, contested environments, tactical ISR and autonomous mission test ranges.
  • Target markets: Defense customers and operators needing rapidly adaptable autonomous aircraft for mission-specific deployment.
  • Deployment model: Defense UAS platform model with software-defined autonomy and payload flexibility.
  • GNSS-denied navigation

    Claimed - Red Dragon operates in GPS-denied and communications-degraded environments. - environment: high-threat, GPS-denied and communications-degraded environments

    Source
  • Target acquisition

    Claimed - Red Dragon detects and acquires targets in high-threat operations. - environment: high-threat, GPS-denied and communications-degraded environments

    Source
  • Autonomous strike mission

    Claimed - Red Dragon is designed to engage acquired targets. - environment: high-threat, GPS-denied and communications-degraded environments

    Source

Timeline

  • AeroVironment launches Red Dragon autonomous one-way attack UAS

    2025-05-06 - Product Launch - AeroVironment launched Red Dragon as a software-defined one-way attack UAS for GPS-denied and high-threat environments. The announcement positioned Red Dragon around autonomy, communications-degraded operation, and rapid mission adaptability. This creates a product-timeline anchor for Red Dragon and its autonomy-centered UAS positioning.

    Source

Context

Market context

Red Dragon is an AeroVironment software-defined autonomous UAS for contested-environment mission autonomy.

  • Target environment: Defense field operations, contested environments, tactical ISR and autonomous mission test ranges.
  • Workflow context: Autonomous flight, mission execution, contested-environment operation, software-defined aircraft workflows and payload integration.
  • Customer context: Defense customers and operators needing rapidly adaptable autonomous aircraft for mission-specific deployment.
  • Deployment model: Defense UAS platform model with software-defined autonomy and payload flexibility.
  • Commercial maturity: Emerging AeroVironment defense product surface.
  • Adoption constraints: Adoption depends on mission validation, payload fit, procurement, airspace approval and operational reliability.
  • Market position: Autonomy-forward UAS platform that reflects AeroVironment's move toward software-defined aircraft.
  • Adjacent products: Switchblade, P550, Puma, Anduril Roadrunner