Triton AUSV

About

About Triton AUSV

Triton AUSV is Ocean Aero's 14-foot autonomous underwater and surface vehicle. Wind and solar generation support long-duration travel and station keeping at the surface, while an underwater propulsion system lets the same craft submerge for sensing, inspection and maritime-security missions. Its power system combines 35 kWh of rechargeable batteries with up to 1,250 W of solar collection.

Mission software manages waypoint routes, payload activity and multiple vehicles. LEO satellite, Iridium, cellular, GPS and radio-mesh links support remote data return, while modular payloads cover defence, ocean research and offshore-energy work. Ocean Aero offers procurement and company-operated mission-service models, with standard packages and custom payload integration for specialised surveys or monitoring.

Capabilities

Source-backed capabilities

  • Workflows: Marine data collection, Maritime USV
  • Autonomous surface transit

    Claimed - Ocean Aero presents Triton for autonomous solar- and wind-powered surface transit, submergence, ocean data collection and communications relay.

    Source
  • Autonomous undersea missions

    Claimed - Ocean Aero presents Triton for autonomous solar- and wind-powered surface transit, submergence, ocean data collection and communications relay.

    Source
  • Environmental monitoring

    Claimed - Ocean Aero presents Triton for autonomous solar- and wind-powered surface transit, submergence, ocean data collection and communications relay.

    Source
  • Communications relay

    Claimed - Ocean Aero presents Triton for autonomous solar- and wind-powered surface transit, submergence, ocean data collection and communications relay.

    Source

Timeline

  • U.S. transfers four Ocean Aero Triton AUSVs to Philippine Navy

    2026-06-23 - Market Signal - The handover took place at Naval Operating Base Subic on 22 June 2026. The four Triton systems are valued at about 754M Philippine pesos, or roughly $13M. Triton can operate on the surface using solar and wind power and submerge for underwater missions.

    Source

Context

Related Systems