COTS-Centric Undersea Neutralization Vehicle (AUV-MCM)

Overview

**SYSTEM CLASSIFICATION** COTS-Centric Wire-Guided Expendable Undersea Neutralization and Mine Countermeasures Platform. **PRIMARY MISSION** To execute low-cost, high-assurance subsea mine neutralization at depths down to 300 meters using an integrated commercial off-the-shelf architecture, completely bypassing specialized aerospace-grade machining overhead. **INDUSTRY CHALLENGE** Standard subsea mine countermeasure vehicles incur unsustainable acquisition costs and require exotic manufacturing tolerances to withstand extreme hydrostatic pressures, while internal high-TDP computational nodes face severe thermal throttling inside sealed hull envelopes. **HIGH-LEVEL SOLUTIONS** • **Elastic-Plastic Structural Boundary:** Maximizes pressure boundary margins at 3.016 MPa using a precision-dimensioned 6mm wall thickness 6061-T6 aluminum hull structure to safely resist elastic-plastic shell buckling. • **Advanced Conductive Thermal Matrix:** Eliminates internal thermal throttling for high-performance edge computing nodes via an integrated pyrolytic graphite sheet matrix providing an ultra-low resistance thermal path directly to the seawater-cooled chassis interface. • **Multi-Modal Navigation Handover:** Bypasses deep-water Doppler Velocity Log blind spots through an automated two-phase transition combining acoustic Time-Difference-of-Arrival phase tracking with terminal velocity integration. **TARGET APPLICATIONS** • **Deep-Sea Mine Countermeasures:** Cost-effective littoral deployment and high-risk subsea mine countermeasure (MCM) orchestration. • **Fairway Clearance Operations:** Expedited clearing of strategic commercial shipping lanes and naval bottlenecks. • **Expendable Hazard Neutralization:** Rapid-response tactical deployment to neutralize unexploded subsea ordnance without risking high-value primary fleet assets. **PROJECTED PERFORMANCE OBJECTIVES** • Depth Objective: Continuous structural and seal boundary reliability at depths down to 300 meters under a 30 atm hydrostatic load. • Thermal Objective: Stable silicon junction performance sustained across continuous 25W compute profiles via integrated graphite heat bridges. • Navigational Objective: High-precision terminal targeting achieved via an automated dual-phase acoustic-to-inertial handover framework. • Telemetry Objective: High-tensile signal preservation in extreme hydrodynamic shear fields using a ruggedized, armored fiber optic link. • Economic Objective: Highly optimized manufacturing workflow yielding an integrated physical unit build cost under fifteen thousand dollars. **PARTNERSHIP & NDA-GATED TECHNICAL BRIEF** • **Development Status:** Concept Validation and Subsystem Verification Complete. • **Collaboration Request:** Seeking co-development, licensing, strategic investment, or acquisition discussions. • **Notice:** Detailed structural buckling calculation data, Extended Kalman Filter state transition code, CAD models, and manufacturing files are available only under NDA.

Technical Specifications

• DESIGNATION: TERRANEX AUV-MCM
• DEVELOPMENT STATUS: In Development
• INTELLECTUAL PROPERTY: Patent Pending
• TECHNICAL REVIEW: NDA Required
• PRIMARY FUNCTION: Wire-Guided Expendable Subsea Mine Neutralization
• SYSTEM ARCHITECTURE: Reinforced Conductive Hull with Multi-Modal Navigational Handover Logic
• TECHNOLOGY CATEGORY: Subsea Robotics & Autonomous Mine Countermeasures
• CORE PLATFORM: COTS-Centric Precision Marine Engineering Architecture
• INTEGRATION STRATEGY: Spring-Loaded Thermal Chassis and Inert STANAG Payload Interface
• MANUFACTURING PATH: Precision Aluminum Tube Extrusion and Automated Hardware Assembly
• SCALABILITY PROFILE: Linear manufacturing scaling curve utilizing commercial marine components to minimize assembly latency
• TARGET APPLICATIONS: Deep-Sea Mine Countermeasures, Strategic Fairway Clearance, and Hazard Neutralization
• COMMERCIAL PATHWAY: Licensing / Acquisition / Co-Development
• PARTNERSHIP STATUS: Open
• INVESTMENT STATUS: Seeking Strategic Partners
• TECHNOLOGY READINESS: Subsystem Verification and Logic Validation

Related Sector Programs & Research Directory

Explore all programs in TACTICAL & DEFENSE SYSTEMS

Browse all active programs in the TERRANEX Research Directory →