1. Rescue & Flood Response Boats
Purpose‑built for rivers, flood‑zones, and urban emergencies. ~5 m, ready‑stationed for rapid response. Night‑vision, thermal detection, and AI navigation to find survivors and operate where human risk is high.
Introduction – The Nature of Our Business
Next‑gen maritime autonomy
USVs engineered for rescue, research & strategic operations
From 5‑metre rescue craft to 12‑metre Matrix platforms — including Matrix.25 with near‑invisibility and up to 10‑day endurance.
5 m
Rescue craft length
12 m
Ocean / stealth class
10 days
Autonomous endurance
AI‑nav
Thermal + night‑vision
Our Vessels
2. Advanced Ocean‑Going (Matrix.18)
12‑metre multi‑mission USV for open‑water operations. High‑endurance power systems, modular mission bays, and stealth‑aware design. Adaptable for commercial, scientific, and strategic needs.
3. Stealth & Next‑Generation (Matrix.25)
Breakthrough platform with near‑invisibility characteristics. Up to 10‑day autonomous missions. Specifications are classified and released only to authorised partners on request.
Summary
Our 5‑metre river‑based rescue boats are engineered for rapid humanitarian intervention. Our 12‑metre ocean‑going and stealth‑class vessels are built for endurance, adaptability, and advanced mission capability.
For authorised access or technical insights, email info@usvmarix.com or click any Request Access button.
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Services
Range of Specialised USV Designs
We Offer a Range of Specialised USV Designs
Specialised USV Portfolio
Our portfolio spans compact 5-metre rescue craft for flood response and river safety, 12-metre ocean-going platforms optimised for endurance missions, and stealth-class vessels engineered for near-invisible operations. Every design emphasises precision naval architecture, advanced autonomy, and mission-specific adaptability.
We Offer a Range of Specialised USV Designs
Our portfolio covers a spectrum of Unmanned Surface Vessels (USVs), each engineered for a distinct purpose. From compact 5‑metre rescue craft designed for flood response and river safety, to 12‑metre ocean‑going platforms optimised for endurance missions, and our stealth‑class vessels built for near‑invisible operations — every design reflects precision engineering, advanced autonomy, and mission‑specific adaptability.
Professional Advice for Your Needs
Beyond vessel design, we provide expert guidance to help you choose the right USV solution for your mission. Our team of specialists offers personalised consultations, ensuring you receive professional advice tailored to your operational requirements and long‑term objectives.
Human-safety–centred design
Submerge Submarine
Controlled by Grand Control and Mission Planner navigation to deliver precise, long‑endurance underwater operations while keeping humans out of harm’s way.
Overview
The Submerge submarine is an advanced unmanned underwater system engineered for precision navigation, endurance, and operational safety. Its control stack integrates Grand Control—the supervisory command layer—with Mission Planner—the autonomous route‑planning and execution module. The result: mission assurance with human operators retained at a safe remove.
Control Architecture
1) Grand Control (Supervisory C2)
The “overseer” interface for setting objectives, validating constraints, monitoring health, and—when necessary—intervening. It establishes safety envelopes, communications policy, and mission authority.
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Operator Oversight: live telemetry, status dashboards, abort and recall controls.
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Safety Boundaries: depth, geofence, energy, and comms constraints enforced in real time.
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Redundancy Management: failover behaviours for sensors, power, and propulsion.
2) Mission Planner (Autonomy & Navigation)
The autonomy layer transforms objectives into executable routes using environmental data and sensor fusion. It performs obstacle avoidance, path re‑planning, and adherence to the supervisory safety plan.
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Route Generation: bathymetry-aware planning with contingency waypoints.
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Sensor Fusion: merges INS/DVL, sonar, and environmental feeds for robust state estimation.
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Obstacle Avoidance: dynamic re‑planning under supervisory constraints.
Why This Configuration Reduces Human Risk
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No Onboard Crew: eliminates exposure to extreme pressure, toxic environments, and structural hazards.
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Remote Operations: operators remain in secure facilities with full visibility and override authority.
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Fail‑safes: Grand Control enforces depth/geofence limits, controlled aborts, and safe‑state behaviours.
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Ethical Guardrails: autonomy acts as an extension of human decision‑making, not an unconstrained weapon system.
Ethical Integration
The Submerge platform is designed so that humans retain informed oversight while avoiding direct danger. Autonomy is bounded by policy, law, and mission safety constraints; operators can intervene or terminate a mission at any time.
Supervisory Control Flow (Simplified)
Summary
Under Grand Control with Mission Planner navigation, the Submerge submarine keeps people safe by removing the need for onboard crews while preserving human authority over every stage of a mission. It demonstrates responsible autonomy: oversight without exposure.
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Location
1 Oxford Street
London SW1V 3JD