Concept Design: Military-Enhanced RMS Olympic with COSAG Propulsion 1. Propulsion System: Combined Steam and Gas (COSAG) Propulsion System: Integration of steam turbines and gas turbines to power the shafts. Tungstencarbide/Tungstensteel turbine components for enhanced durability and efficiency. Gearbox and clutches for flexible power distribution. Advantages of both cruising efficiency and reliability of steam and the rapid acceleration of gas. 2. Hull Armor: Modern Military Composite Hull Armor: Multi-layered composite materials designed for military-grade protection. Reactive armor and advanced ceramics for increased resilience against ballistic threats. 3. Turbines: Materials for Turbines: Tungstencarbide/Tungstensteel turbine components for enhanced durability, efficiency, and resistance to extreme conditions. 4. Boilers: Efficient Steam Generation: Boilers designed for efficient steam production. Modern control systems for optimized performance in military operations. 5. Fuel: Hemp Oil as Military-Grade Fuel: Hemp oil as the primary fuel, selected for its enhanced energy density and environmental sustainability. Fuel efficiency optimization for improved operational range and reduced emissions. 6. Propeller System: Advanced Military Propeller Design: Streamlined and stealthy propeller design for increased efficiency and reduced acoustic signature. Variable pitch propellers for optimized military performance. 7. Automation and Control: Military-Grade Automation Systems: Integration of advanced military automation for various ship functions. Tactical remote monitoring and control for operational efficiency in military scenarios. 8. Safety and Security Systems: Enhanced Military Safety Features: State-of-the-art safety systems, including firefighting and damage control technology. Military-grade navigation and collision avoidance systems. Countermeasures against electronic warfare and cyber threats. 9. Environmental Considerations: Military Eco-Friendly Technologies: Implementation of eco-friendly technologies considering military operational constraints. Advanced effluent treatment systems for responsible waste management. 10. Testing and Evaluation: Military Simulation Testing: Extensive simulations to assess the ship's performance in various military scenarios. Operational Trials: Conduct thorough operational trials to validate the ship's capabilities in real-world military conditions.

Nice❤❤

Yes

Missouri Jr: HA!