Next Generation Aircraft
AI-driven 25,000 TEU ultra-large autonomous container vessel designed to transform global maritime logistics. The benchmark for sustainable, intelligent, and efficient ocean freight transport. Engineered with hydrogen-electric hybrid propulsion, advanced automation,and zero-emission compliance.
Sustainability Features
Unmatched Cargo Capacity
• 25,000 TEU capacity provides economies of scale, reducing per-container costs
• Ideal for high-volume global trade routes (Trans-Pacific, Asia–Europe)
Near-Zero Emissions
• Hydrogen-electric hybrid propulsion eliminates the need for petroleum
• Solar integration and wave energy recovery support
• Compliant with IMO Tier III and future green shipping mandates
Fully Autonomous Operations
• AI-driven Level 4 navigation system powered by Judgment–Cognitive–Neuronet
• Minimizes cost, human error, and increases route and energy efficiency
• Remote monitoring and cyber-secure autonomous control
Massive Fuel & Maintenance Savings
• Replaces outdated 1950s-era ships consuming 1.5M gal petroleum per crossing
• Reduces typical crossing costs from ~$3M to sub-$1M over time
• Lower total cost of ownership through predictive AI maintenance
Port & Infrastructure Innovation
• Smart loading/unloading systems cut turnaround time to <12 hours
• Compatible with modern smart port systems and automation standards
• Enables global delivery without reliance on legacy port infrastructure
Strategic Supply Chain Resilience
• Reduces U.S. dependence (China owns 51% US <1% of global container ships)
• Strengthens national economic security competitiveness via ocean logistics
• Dual-use applicability for commercial and defense maritime mobility
Future-Proof & Modular Design
• Corrosion-resistant alloys and a modular construction platform
• Designed for 50+ years of continuous ongoing operation
• Integrates seamlessly into UT’s AI-based global logistics JCN ecosystem
Sustainability Features
Technical Specification Cut Sheet General Characteristics
• Vessel Type: Autonomous AI-Driven Ultra-Large Container Ship
• Capacity: 25,000 TEU (Twenty-Foot Equivalent Units)
• Length (LOA): ~430 meters (1,400 fett)
• Beam (Width): ~60 meters (197 feet)
• Draft empty-full Loaded) 17-30 (55-98 feet)
• Air Draft 73 (240 feet)
Performance
• Cruising Speed: 30 knots (34 mph)
• Max Speed: 34 knots (39 mph)
• Range: Trans-Pacific capable (up to 20,000 nautical miles)
• Emissions: Near-zero with hybrid hydrogen-electric propulsion
Propulsion & Power Systems
• Main Propulsion: Four modular electric drive pods
• Fuel Type: Hydrogen + Battery-electric hybrid
• Power Output: ~100 MW combined
• Energy Recovery: Integrated wave energy recovery system
Sustainability & Efficiency
• Emissions Rating: IMO Tier III / Zero Emission Compliant
• Hull Design: Attenuated ultra-low drag with hydro-optimized contours
• Solar Integration: 10,000+ m2 PV coverage with smart-grid balancing
• AI Optimization: Real-time route, weather, and load balancing via onboard JCN
Automation & Control
• Autonomous Navigation: Level 4 with human remote override
• Bridge: Enclosed forward-control command module with panoramic Array sensors
• Sensors: LIDAR, Radar, Satellite, Optical Suite, Sonar, Proximity
• Cybersecurity: Quantum-encrypted control protocols
Cargo Handling & Infrastructure
• Container Bays: Reinforced smart-stack array with auto-lock
• Cargo Loading: Fully automated load/unload integrated interfaces
• Turnaround Time: < 12 hours full cycle cargo onboarding/offboarding
• Smart Port Compatibility: ISO 20858-compliant docking and communication
Construction & Materials
• Hull Material: High-strength composite steel alloy
• Superstructure: Carbon-reinforced lightweight panels
• Corrosion Protection: AI-driven maintenance prediction system
Additional Features
• Crew Capacity: Minimal (3-5 personnel for emergency redundancy)
• Rescue Systems: Autonomous life pods, UAV surveillance
• Digital Twin Integration: Real-time monitoring ops/maintenance simulators