AHS Yacht for Sale | Luxury Yacht Listings, Specs & Prices

Listings featuring dual-fuel capability, fuel capacity details, oceancos tanks, and chilled systems indicate operational flexibility; saab navigation gear and other systems are key reliability signals, and the option to enhance performance should be noted.

Practical details cover range, endurance, stretching voyage potential, and zero-idle prospects, plus watermakers, ballast, and fuel management; upon inspection, verify oceancos tanks, fuel lines, and pump sequences for smooth operation.

The interior offers a royal, exceptional layout with fitness zones, beds arranged for comfort, and broadband connectivity; ensure airflow and chilled climate control keep cabins steady in heat or sun, while the design aims to enhance guest experience.

During due diligence, request service logs, maintenance records, and a recent survey; confirm systems with saab gear operate as described, and verify safety gear is up to date, as this step ensures reliability.

Use this checklist to compare options quickly: core sections, features like dual-fuel and broadband, and practical details such as beds, tanks, and the ability to accommodate guests; reach out to brokers to schedule viewings within two weeks to lock in the best fit.

Pricing, Availability, and Market Position for the 66m Oceanco Motor Yacht

Recommendation: Secure a viewing and sea trial within 2–3 weeks and engage a broker with active access to exclusive Oceanco listings to lock favorable terms.

Pricing snapshot

• New-build price range: roughly 70–95 million USD before options; customization for the master suite, expansive amenities, and a royal layout can push the figure higher. Propulsive configurations and hybrid systems may influence the final price, and buyers should budget for a full equipment package that keeps the yacht well-equipped for extended cruising.
• Pre-owned market: typical asking prices for late-model 66m Oceanco yachts run about 50–75 million USD, depending on maintenance history, cosmetic condition, and the quality of recent upgrades (plumbing, sewage systems, battery cells, and fire safety equipment).
• Value drivers: extensive amenities, multiple tenders, waterskis, and robust maintenance records tend to command premiums; leverage the network to verify turnkey readiness and forecast future maintenance costs.

Availability and delivery windows

• New-build slots: delivery generally occurs 24–36 months from contract, with calendar constraints tied to interior design, hull completion, and commissioning milestones.
• Turnkey pre-owned: ready-to-cruise units often appear with 1–3 months lead time if they pass a comprehensive survey and necessary maintenance; plan for minor refit work to align to specific cruising plans.
• Port and network: listings flow through established brokers and offices (Johnson & Partners and similar networks); high interest from North American and European ports intensifies competition and price discovery.

Market position and buying strategy

• Oceanco’s 66m sits in the competitive upper echelon of the 60–70m segment, offering radical exterior styling, extensive on-board amenities, and a proven maintenance framework that supports long-range cruising.
• Compared with peers, the model emphasizes a flexible layout and customizable interiors, combined with strong propulsive performance and a spacious master suite; the platform supports a wide range of “that” configurations to suit owner preferences.
• Key value drivers include the plotter/navigation suite, charted cruising routes, lateral deck layouts for guest flow, and the ability to configure facilities such as a chilled area for beverages and chilled storage, plus ample spaces for tenders and water toys. A robust network of service centers helps maintain batteries and cells, ensuring reliability during long voyages.
• Risk management centers on thorough due diligence: demand a current maintenance log, battery health report, and a complete sewage and waste management rundown; verify fire suppression readiness and crew training records for ongoing safety.

Key buyer actions

1. Request a full maintenance history, recent surveys, and any pending refits from the seller or broker.
2. Schedule a sea trial with the master and captain to test propulsion, propulsive efficiency, and maneuverability under different load conditions.
3. Inspect the plotter, navigation electronics, and communications network; confirm compatibility with your preferred shore-based operations and charting tools.
4. Confirm preferred port of call, delivery timeline, and any zero-emission options or upgrades that align with future cruising plans.
5. Assess the tender fleet, waterskis, and other toys; verify dockside and on-deck storage practicality within the laid-out layout.

Bottom line: The 66m Oceanco remains a compelling choice for owners prioritizing masterful design, extensive amenities, and a well-supported maintenance network, with pricing driven by customization level and delivery timing. Engage a trusted broker, verify comprehensive maintenance and safety records, and target a short window for finalizing terms and a sea trial to secure the best value.

Owner’s Private Apartment: Layout, Access, and Privacy

Install a dedicated, access-controlled entry to the owner’s private apartment and connect it to the main yacht circulation via a discreet lateral corridor. This keeps their accommodations separate from guest areas while ensuring quick service access in case of need.

The private suite centers on a generous master zone with a double bed, a private dressing area, and a spa-like bathroom. A compact dining nook sits adjacent to a lounge, enabling dining and relaxing without entering guest zones. A projector supports enjoying movie nights, and a discreet shelf houses battery cells to back up critical systems. The space remains completely self-contained, with its own climate control and quiet ventilation.

Access routes prioritize privacy: a dedicated service lift serves staff away from the owner’s corridor, and a private entry with soundproof doors keeps conversations and HVAC quiet when guests are onboard. The lateral connecting corridor maintains circulation flow, preventing direct sight lines into bedrooms while enabling swift movement between zones. If they prefer, they can request additional privacy screens or blackout shading to tailor the environment to their preferences.

Plan the finish with a designer touch that blends luxury finishes with practical function. The fitness corner hosts a technogym setup, while paddle storage keeps water sports gear ready for spontaneous sessions. All equipment is equipped and wired to a single touch panel for ease of use. For future flexibility, modular walls and hidden service ducts allow reconfiguration without major work, significantly enhancing the ability to adapt to changing needs.

Accommodation: Guest Quarters, Crew Areas, and Special Suites

Opt for midship guest quarters for the most stable ride and best sea views, maximizing vacation comfort. This layout minimizes motion transfer while guests enjoy easy access to dining and leisure zones.

Guest accommodations span three decks, featuring a full-beam master suite plus two guest suites and a convertible lounge. Each cabin includes an en-suite head, ample wardrobes, and abundant light through large windows. The system is designed to be completely private for guests while keeping common spaces welcoming, with flexible lighting that enhances the mood during dinner or relaxing hours, tailored for yachting. Guests enjoy stunning sunrises from the master balcony, enjoying the scenery from every cabin.

Crew areas sit on the lower deck with four crew cabins, a galley, and a crew mess. A separate access route and sound isolation keep crew spaces completely private from guest areas, while this design ensures quiet nights. The crew lounge, laundry, and storage connect smoothly to the main circulation, while the engine and thruster controls stay isolated from guest zones to preserve sleep quality.

Special suites deliver a royal feel: the royal suite features a private study, expansive wardrobe, and a wraparound balcony for fresh air. The suite connects to a dining area and a lounge, creating a completely private retreat that suits entertaining and everyday relaxing. For multi-generational groups, a configurable bunk area adds flexibility without sacrificing space.

Water toys and tenders live in designated bays; the deck features a launching platform for easy tenders operation. A spare paddle, waterskis, and paddle boards are stored within reach for on-water fun during leisure moments or calm seas. The tender fleet and gear storage connect to the lighting system, enabling safe operation from dusk to dawn.

Safety and utilities keep everything running smoothly: a robust sewage system, fresh water supply, and fire suppression are integrated with easy maintenance access. The hull and windows rely on cutting-edge materials for efficiency, while the engine and thruster deliver precise maneuvering at dock or anchor. This setup ensures comfort, reliability, and a royal experience aboard every voyage.

Architected Climate Control and Adaptive Energy Architecture: System Design

Install a zoned climate control system with predictive energy management to cut peak loads by up to 35% and maintain fresh comfort across four zones–salon, guest suites, crew quarters, and the aft deck. A chilled-water network with variable-speed pumps modulates flow to each zone, preventing overcooling while delivering uniform temperatures. Fire-rated doors around the engine room and service corridors improve safety and help isolate heat, reducing thermal spillover and enabling rapid response to sudden load changes. This arrangement ensures reliable comfort during long passages.

Design a four-loop climate schema: salon and skylounge, guest blocks, crew area, and exterior spaces. Choose either an integrated VRF or a compact central chiller with water-side control for precise setpoints in each zone. Below-deck equipment sits on vibration-isolated mounts, and pumps operate with variable-frequency drives to match load, boosting efficiency and reducing noise. The system can accommodate four distinct zones with independent setpoints and occupancy profiles. Other configurations remain feasible with the same core architecture.

Adopt adaptive energy architecture by pairing climate control with on-board energy assets. Add solar canopy on the foredeck and flybridge, linked to a battery bank sized for four hours of peak cooling at full occupancy. This increasing self-sufficiency lowers generator runtime and safeguards comfort during long passages, supporting future yachting with less reliance on shore power. The system also recovers heat from the engine and pumps to pre-warm domestic hot water, improving efficiency and reducing impact on the genset.

Wellness and leisure integration keeps guests enjoying every mile. Fit technogym equipment in a dedicated gym zone and pair it with a movie wall and sports broadcasts for downtime; this supports a club-like vibe on board. This design can accommodate four distinct leisure zones and stores paddle boards and watersport gear near the tender bay for easy access. Fresh air is provided through smart ventilation, with doors opening to the exterior when conditions permit to refresh cabins without blasting conditioned air.

Water and waste management remain crisp with a closed-loop domestic sewage system and smart pumps that direct gray water to a compact treatment unit. Low-energy circulation and odor control keep below-deck spaces comfortable, while sensors report performance to a central controller for ongoing optimization.

Developed control platform enables over-the-air updates for refrigerants and standards. A remote diagnostics suite tracks impact on efficiency, schedules maintenance, and drives predictable service. This approach supports your club of owners and crews, ensuring a smooth, consistent experience as your yachting program evolves, with future-ready upgrades and the ability to enjoy long voyages.

Communication, Navigation, and Entertainment Equipment: Onboard Tech

Invest in a centralized, redundant onboard tech core that unifies SATCOM, Wi‑Fi, LTE/5G, and media distribution, providing connectivity across port, starboard, and all deck areas while keeping equipment rooms chilled and crew zones climate controlled, stretching across the vessel for easy access and maintenance.

Navigation integration combines an extensive suite of ECDIS, radar, AIS, GNSS, and autopilot in a single interface, designed to share data across the network from the bridge, nav station, and belowdecks consoles, with alerts upon deviations and clear operational guidance for speeds up to 20 knots.

1. Network architecture and backbone
   • Fiber backbone with redundant switches from a trusted designer to ensure low latency and high bandwidth across the area.
   • johnson switches and managed routers form the core network, with PoE to power access points and content servers.
   • Wireless coverage extends to exterior lounges and tender area, using mesh access points for seamless roaming while guests relax.
2. Navigation and bridge systems
   • Integrated display wall and multiple workstations let the crew monitor radar, AIS, weather, and charts without leaving the area.
   • Autopilot and route planning synchronize with charts on all screens, with real-time updates and secure data sharing across stations.
3. Entertainment, lighting, and guest interfaces
   • Entertainment servers provide high‑resolution streaming, music zones, and screen mirroring across lounges, staterooms, and gym equipment.
   • Lighting control and climate integration align with entertainment modes; guests can trigger a sports event view in the main lounge while cabins remain comfortable.
4. Maintenance and accessibility
   • A dedicated ladder provides safe access to belowdecks equipment rooms, keeping maintenance tasks out of guest spaces and on schedule.
   • Belowdeck racks house organized cables and power supplies, with clearly labeled pathways and jumpers to simplify upgrades by the ship’s designer and crew.

On oceanco projects, the designer prioritizes a unified network that supports port calls and offshore operations alike, providing delivering connectivity to every area onboard and allowing crew and owner to stay connected during transitions. The system is built to accommodate future expansions, adding bandwidth modules and new displays without disrupting current services, ensuring that streaming, video calls, and port operations remain stable while the ship sails at knots. Regular checks by johnson‑certified technicians keep the network resilient, below and above deck, and ready for the next voyage.

Intelligent Ergonomics: Interior Layouts for Seamless Operation

Place the main helm on the port side with a direct line to radar and displays, and set the layout to keep operator hands on controls while the eyes stay on the water. This layout makes it possible to respond quickly to changing conditions.

In construction terms, design four zones–bridge/navigation, guest area, crew galley, and tender bay–linked by a 2.0 m wide lateral corridor to minimize steps and cross-traffic.

Integrate fully chilled storage in the galley and bar, with a designer finish, plus a dedicated skis locker for vacation runs; arrange seating and service points so they form a steady, flowing line of sight.

Provide access from the central corridor to every zone, including port-side control, stern tender bay, forward crew entry, and upper deck access; ideal for royal vacation charters, keep routes clearly marked and glare-free.

With stabilisers and a dual-fuel propulsion concept, the hull design minimizes roll and vibration; radar-integrated displays stay legible in all light, ensuring they can respond quickly during busy passages.