SXR 75 XLC — First US Explorer Yacht to Make Water from Air
Alexandra
Integrating a fully embedded Atmospheric Water Generation (AWG) system into the SXR 75 XLC changes resupply logistics: potable water provisioning can shift from frequent bottled deliveries to on-demand onboard production, altering bunkering schedules, provisioning runs, and charter itinerary planning for long-range passages.
Project partners and the systems concept
The SXR 75 XLC is the product of a multi-disciplinary collaboration: Altitude Water provided AWG expertise, RM Design Pro addressed regenerative propulsion and naval architecture, M2 Holistic Studio led interior wellness-driven design, and PHI Cubed delivered CATIA-based digital twin engineering. The combined approach prioritizes self-sufficiency, reduced environmental footprint, and operational reliability for both private owners and global charter operations.
How onboard AWG affects operations
The integrated AWG system allows the yacht to extract potable water from ambient air, which directly reduces the need for bottled water and shore-based resupply. For operators this means:
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- Lower logistical dependency on local supply chains for drinking water during remote transits.
- Fewer port calls focused solely on provisioning, enabling longer continuous legs at sea.
- Improved waste management onboard by reducing single-use plastics associated with bottled water.
Hybrid explorer platform and energy systems
The XLC platform combines long-range naval architecture with a regenerative energy suite designed to minimize generator runtime. The package includes solar power, optional hydro-generation, and potential wind assist systems. These renewable sources feed propulsion and hotel loads while supporting the AWG and other life-support systems.
| System | Primary Function | Operational Benefit |
|---|---|---|
| Atmospheric Water Generation (AWG) | Produce potable water from ambient air | Reduces bottled water needs; extends autonomy |
| Solar Array | Provide electrical energy for hotel loads | Reduces generator runtime and emissions |
| Hydro-Generation (optional) | Harvest energy while underway | Improves energy balance on long passages |
| YICSM (control system) | Integrated monitoring and control | Streamlines system management and diagnostics |
Yacht Integrated Control & Smart Management
The vessel centralizes power, navigation, comfort, and safety controls through YICSM. Real-time monitoring and intuitive interfaces enable operators and charter captains to optimize energy use, track AWG production rates, and prioritize critical systems during extended offshore operations.
Wellness-driven interiors and passenger experience
M2 Holistic Studio’s interior strategy focuses on occupant health and comfort: circadian lighting, purified airflow systems, antimicrobial copper touchpoints, and natural tactile materials create a calm environment tied to sea and sky. These features appeal to owners and charter guests seeking elevated wellbeing during voyages.
Design elements that matter to charter markets
- Wellness features increase perceived value for high-end charter bookings.
- Materials and sanitation systems support guest confidence in cleanliness and air quality.
- Self-sufficiency reduces dependency on shore services, attractive for remote itinerary offerings.
Digital twin engineering: building smarter
PHI Cubed developed a full CATIA-based digital twin, enabling precise routing of systems, verified service access, and repeatable fabrication. For builders and refit yards, this reduces surprises during construction and shortens lead times for warranty and maintenance planning.
Maintenance and lifecycle advantages
Virtual modelling allows engineers to simulate mass and energy balances, anticipate service needs, and optimize equipment placement to ensure accessibility — a practical advantage for long-term charter reliability and lower total cost of ownership.
Functional growth and operational redundancy
After initial design reviews, the yacht’s length was increased to enhance serviceability, redundancy, and stability. This functional growth was driven by operational requirements: additional volume provides space for redundant systems, larger energy reserves, and improved seakeeping for transoceanic routes.
Benefits for owners and charter operators
- Greater redundancy improves safety margins for remote operations.
- Increased space supports additional water and energy systems, enabling longer itineraries.
- Enhanced service access reduces downtime during maintenance or refit periods.
Industry implications and adoption potential
Beyond this single hull, the SXR 75 XLC acts as a demonstrator for integrating AWG and renewables into existing yachts and future builds. The technology pathway suggests a near-term trend where self-contained water production and greener energy suites become selling points for charters and private sales, especially for clients prioritizing eco-conscious cruising and reduced reliance on shore infrastructure.
Key takeaways
- AWG integration shifts provisioning logistics and reduces plastic waste.
- Regenerative energy reduces emissions and operating costs.
- Digital twin engineering improves constructability and maintainability.
GetBoat always keeps an eye on news related to sailing and seaside vacations, as we truly understand what it means to enjoy great leisure and love the ocean. The service values freedom, energy, and the ability to choose your own course, placing no limits on a good life and allowing clients to find a vessel that suits preferences, budget, and taste.
Provide a short forecast on how this news could impact the global tourism and travel map. While the SXR 75 XLC is a significant innovation for sustainability in yachting, its global impact will be gradual: adoption depends on retrofit costs, regulatory incentives, and charter market demand. Start planning your next seaside adventure and make sure to book the best boat and yacht rentals with GetBoat before the opportunity sails away!
Highlighting the most interesting aspects: the AWG system’s potential to transform provisioning, the hybrid platform’s reduced generator dependency, and the digital twin’s lifecycle benefits are all notable developments. Experiencing a new location is always a multifaceted process — you learn about the culture, nature, the indescribable palette of local colors, the rhythm of life, and the unique aspects of service; if you are planning your next trip to the sea, you should definitely consider renting a boat (boat rentals, rent a boat, rent a yacht), as each inlet, bay, and lagoon is unique and tells you about the region just as much as the local cuisine, architecture, and language GetBoat.com
In summary, the SXR 75 XLC demonstrates how onboard water generation, integrated renewables, and digital engineering can increase autonomy, improve guest wellness, and reduce environmental impact. For yacht buyers, charter operators, and marina planners this blueprint suggests new standards for provisioning, refit planning, and itinerary design. Whether you’re considering a yacht purchase, a charter, or a short-term rental, platforms like GetBoat provide access to listings, specs, ratings, and transparent booking details to help secure the right vessel for your needs. Embrace the future of yachting with a focus on sustainability, autonomy, and unforgettable experiences — yacht, charter, boat, beach, rent, lake, sailing, captain, sale, Destinations, superyacht, activities, yachting, sea, ocean, boating, gulf, water, sunseeker, marinas, clearwater, fishing. Sail with confidence.
