Abeking Delivers 80m Superyacht Excellence to American Billionaire

Book a private viewing on the 24th wednesday at the ports facility to witness Abeking’s 80m superyacht, featuring an exclusive interior designed for high-demand owners. The dimensions translate into generous garages and aera-focused circulation, something that makes the experience here tangible and precise.

Inside, the interior blends classic materials with modern technology and exclusive touches, like a calm palette and skylight-driven ambiance. The vessel uses Lüssen coatings on exterior surfaces and exhibition-grade finishes throughout, including the main salon and bridge deck, with ports integrated to ease tender deployment and voyage notes.

The layout includes dedicated garages and a robust facility for crew and guests, with aera-driven circulation and generous open decks where superyachts share the horizon. The bridge sits above the expansive owner’s deck, and the interiér detailing echoes restrained luxury.

On wednesday the yachting world will watch as Abeking demonstrates the craft at select ports during the exhibition, with here live showcases of the tender station and media suites. The project incorporates Lüssen technology and aera testing, including something that future owners will appreciate.

Focused plan for stakeholders: shipbuild specifics, delivery logistics, interior features, technical systems, and conference agenda

Open a cross-functional governance forum with defined owners for each workstream and a 12-week cadence to capture decisions in the decks. Engage suppliers early, align on baselines for build, and keep access to the latest specifications available to all qualified stakeholders. The plan comprises five tracks: shipbuild specifics, delivery logistics, interior features, technical systems, and the conference agenda.

Shipbuild specifics: The hull comprises a hybrid steel-carbon fiber profile that balances strength and weight. The 80m platform spans five decks, with an owner’s deck that has a private study overlooking the sea and a guest deck set for formal dining. The propulsion system uses twin diesel-electric motors driving azimuth thrusters, plus a bow thruster for port operations. Top speed targets 16 knots with a 6,500 nautical mile range at 12 knots. Electrical power consists of 2.2 MW gensets connected to a DC-link, enabling a quiet, thermal-friendly operation in guest settings. The structure supports modular opening panels to accelerate interior fit-out without delaying hull work. The build comprises parallel modules–steel hull, aluminum superstructure, and fit-out blocks–leveraging a network of suppliers to keep purchases and deliveries aligned. The port of call for commissioning lies in Fort Lauderdale, with opening trials scheduled as the vessel sits in calm waters to minimize disruption. This plan feels real and signals world-class standards with access reserved for owner and crew.

Delivery logistics: Sea trials staged in the third quarter of 2026 will validate propulsion, stabilization, and electronics in a controlled sea area. A dedicated logistics corridor runs from the yard to Fort Lauderdale port, with a staged handover of items and finishes during opening windows. A secure transport plan moves critical purchases between supplier warehouses and the shipyard, with qualified stevedores conducting load-in and load-out. Delivery milestones align with the owner’s travel windows, ensuring the stay in port is minimal and the handover feels glamorous and seamless. A remote monitoring setup provides access for the owner to track progress in real-time and to approve equipment commissioning in the data room.

Interior features: The interior embraces a world-class design language with warm materials, glamorous detailing, and flexible spaces across five decks. Luxury suites total eight guest staterooms plus a full-beam master on the owner’s deck, each with independent climate control and smart lighting. Public areas include a 25-seat cinema, a spa, a gym, a formal dining salon, and a skylounge with panoramic views. The lining comprises marble, stone, and timber veneers; items include a gym floor, a pool deck system, a tanning area, and a bar behind a concealed panel. The setup supports simple day-to-day access for guests and crew, with a private elevator linking decks. The crew cabins offer reserved spaces, onboard training, and a seamless connect to the ship’s management system. The arrangement provides a setting that invites exploration of the glamorous spaces while ensuring comfort and privacy for owner guests.

Technical systems: The vessel’s technical backbone centers on a robust electrical architecture, integrated bridge system, and a cyber-resilient monitoring platform. Main and auxiliary gensets feed a modular switchboard, with energy storage for silent operation in guest areas. The navigation suite includes multi-station autopilot, dynamic positioning, and radar with long-range overlay. Stabilization uses active fins and gyroscopic control to minimize heel in rough seas. Water treatment, waste processing, and ballast management are configured for reduced environmental impact. Fire safety combines localized detection and a foam suppression system; the HVAC network maintains comfortable climates across decks. The BMS provides remote access for maintenance and a continuous improvement loop with the suppliers to keep the system current and safe. The plan prioritizes a secure data network, so the owner’s team can monitor performance remotely, and crew can access standard operating manuals via handheld devices, thus keeping operations simple and reliable.

Conference agenda: Invite the owner, yard leadership, interior director, chief engineer, and supplier leads to a 90-minute session designed to align expectations and confirm critical decisions. 09:00 Welcome and owner remarks; 09:15 Shipbuild review with milestones and current progress; 09:40 Interior concepts showcase, including glamour spaces, materials, and lighting; 10:05 Technical systems overview with safety and cyber protections; 10:30 Q&A and risk review; 10:50 Supplier showcases; 11:10 Closing statements and next steps. The format favors concise briefings, live demos, and hands-on review of deck plans and item lists to avoid back-and-forth delays. A dedicated open channel remains available for follow-ups with qualified suppliers and the project team.

Hull and propulsion specs: length, beam, displacement, engine setup, and performance targets

Recommendation: adopt a dual-azimuth propulsion layout paired with a diesel-electric hybrid to maximize maneuverability and long-range efficiency. This configuration suits an 263-foot hull, with a beam of 13.4 m (44 ft) and an estimated displacement near 2,850 tonnes. The arrangement supports precise control alongside quiet port operations and robust endurance at sea, along with a footprint that aligns with existing market expectations.

Engine setup combines two main diesel engines with two podded electric drives, delivering about 6,800 kW propulsion power across two azimuth pods. A pair of 1,000 kW gensets cover hotel and systems load, ensuring high-demand performance without compromising quiet operation. A traditional prop shaft is unnecessary, as this production-grade layout uses compact, responsive pods that are easy to maintain and approved by the class society.

Performance targets: top speed 16-17 knots, cruising 12-14 knots, estimated range 6,200-6,500 nautical miles at 12 knots. The hull dimensions deliver a stable motion in seas up to Beaufort 6, with a spectacular balance of speed and efficiency. Anchor handling remains precise with the thrusters, while battery support reduces engine run times in port. The design respects existing norms but aims for a rare combination of power and efficiency.

Market context and next steps: across conferences and industry discussions, buyers welcome this package, including a detailed on-site and online presentation on the website. The project uses condamine tests to verify motion control and endurance in conditions similar to transoceanic legs. This approach is reserved for owners seeking a truly extended footprint in the market, with dimensions, production timelines, and cost estimates published for the 80 m segment. The result is a truly spectacular yacht ready for the marketplace, with anchor-ready systems and a clear path to a year of operation.

Delivery timeline and QA checkpoints: construction milestones, surveys, and handover protocol

Book the delivery window with three milestone-driven QA gates and assign your privileged teams to own each checkpoint. Set fixed dates in the plan and ensure all participants from engineering, interiors, and operations sign off on same-day readouts. Maintain a current schedule that spans water and port calls, giving your sale and visitor teams clear visibility throughout the process.

Construction milestones span keel laying, hull assembly, superstructure fitting, systems integration, and interiors installation. The 80-meter vessel is launched toward sea trials, with meters tracked at every stage. The monte-carlo interiors package is displayed, featuring historic styling and the owner’s vision, and the wake of testing provides unmissable reference points for participants across worlds and water contexts.

QA checkpoints include factory acceptance tests, classification society surveys, flag inspections, and owner surveys. Each survey window is booked in the plan, ensuring clear accountability. The current teams verify life-safety systems, propulsion readiness, and underway stability. To посмотреть the live results, access the portal, which displays documented findings for your privileged participants.

Handover protocol consolidates the final package: manuals, warranty and spare parts, commissioning certificates, and as-built documentation. A formal sign-off by captain and owner’s representative marks the handover, followed by a punch list clearance and a handover note recorded against the book for traceability. The same procedures apply for all flag registers and survey records, ensuring a seamless wake into active operation.

With this approach, Excellence becomes unmissable for your clients, while the process supports a general rhythm of progress. The plan aligns across teams, across worlds, and across water, delivering a confident, on-time handover and a smooth sale cycle.

Interior layout and guest experience: accommodation plan, amenities, and privacy considerations

Recommendation: start with a clear plan that places the owner’s suite on the forward main deck with a private terrace, and arrange four en-suite guest cabins on the lower deck to preserve privacy and fleet-wide flow for every guest.

Accommodation plan

• Owner suite: full-beam footprint on the forward main deck, about 60 foot in length, with private study, walk-in wardrobe, and en-suite featuring a tub and dual basins; direct access to a private lounge and terrace for quiet moments at anchor.
• Guest layout: four en-suite cabins on the lower deck, comprising two doubles and two twins convertible to queen beds; each cabin offers large windows, ample wardrobe space, and dedicated climate control; sound-isolated partitions ensure sleep quality during late-evening events.
• Service and crew: separate access to the galley and crew mess, dedicated service stairs, and a dedicated lift connecting all guest decks to minimize cross-flow during active passages.
• Flexible spaces: a salon-to-dining concept that can reconfigure into a cinema, gallery, or private dining salon; this area stays adjacent to service zones for streamlined operations.

Amenities and experiences

• Wellness suite: gym, spa, steam room, and massage area; outdoor hydrotherapy pool on the aft deck with a sun platform; lockers and changing areas designed for quick transitions from sea to relaxation.
• Entertainment hub: a 16-seat cinema, library, and game room; wine cellar with controlled zones; outdoor wet bar and dining terrace for sunset gatherings.
• Dining and social: formal dining saloon for 12–14 guests; casual dining spaces on the pool deck; chefs’ table on the aft deck to welcome buyers with a palate-driven experience.
• Technology and safety: stabilized hull with quiet HVAC zoning, marine-grade equipment, robust satellite connectivity, and electric window shades and lighting controls to tailor moods for minutes of guests’ stay.

Privacy considerations

• Acoustic design: double-braced bulkheads, floating floors in cabins, and vibration isolation on critical equipment; independent HVAC zones keep noise contained within cabins and private terraces.
• Deck separation: owner’s wing isolated from guest zones by a private corridor and a dedicated elevator; crew areas hidden behind a service deck to preserve guest focus during events and gatherings.
• Access and control: digital locks and restricted access rules ensure guests feel the same level of discretion from arrival to departure; a shuttle arrangement supports shore excursions without disrupting onboard privacy.

Collaborative approach

Paolo leads design decisions with a columbus-based studio, presenting concepts that align with traditional warmth and modern equipment. These models reflect the same high standards buyers expect, with a focus on estate-grade finishes and thoughtful circulation that keeps guests welcome from the moment they step aboard. On the 27th, the team plans a progress update, and on Wednesdays the crew conducts briefings to ensure comfort levels stay consistent for events and daily experiences. The arrangement allows excursions to be organized within minutes, while the estate’s ambience promises a seamless blend of comfort and sophistication during purchases and sea trials. These ideas scale across the vessel, ensuring a coherent experience across all cabins and public areas, and they can arrange shore shuttle options to suit each events calendar.

Systems architecture and maintenance plan: electrical, HVAC, safety, and remote support

Directly map electrical, HVAC, and safety controls into a single fault-management portal and book quarterly reviews with field engineers to stay ahead of faults on offshore assets. This consolidated approach provides visibility of interdependencies, enabling buyers and princes of the fleet to act on alerts before they impact operations.

Electrical architecture centers on a 440V AC three-phase spine feeding main distribution, subpanels in machinery rooms and accommodation, and a dedicated DC bus for critical services. Use robust protection, UPS for critical loads, and meters to measure energy flow. Maintain visibility with a dashboard showing voltages, currents, and fault status in real time. Keep a version-controlled schematic library and ensure each change is signed off by the designers before deployment. Connect motor starters, pumps, and propulsion gear through reliable PLC networks using fieldbus protocols common in offshore environments. For reliability, implement redundant comms to shore via fiber or satellite. The delivered system offers traceable commissioning reports for buyers.

HVAC and water systems integrate two independent zones for guest and crew areas, a centralized chilled-water plant, and a seawater cooling loop. Each AHU serves its zone with VFD-controlled fans, thermostat control, and sensors for temperature, humidity, and CO2. Run meters track energy use per unit and present it in a unified dashboard, giving you visibility into performance. For the piscine area, maintain strict humidity control and corrosion-resistant components. Align pump and valve controls with the same control network to simplify maintenance and reduce standby energy.

Safety architecture covers fire detection, gas and CO monitoring, access control, emergency stops, and a dedicated suppression system. Interlock ventilation and system operations to ensure safe egress. Remote alarms feed into the central monitoring center so service crews can respond quickly. Maintain logs for every test, and link them to the system version to ensure traceability.

Remote support uses satellite and shore connectivity for 24/7 diagnostics, predictive alerts, and firmware updates. Data from meters, sensors, and drives feeds a forecasting model to discover upcoming maintenance needs. Engineers can run quick fault analyses; most issues get fixed remotely, reducing site visits. The service package includes on-demand parts, spare parts, and remote software enhancements. Buyers can access a secure portal to monitor system health and download versioned reports.

Planning and maintenance start with a clear service plan: define intervals, tasks, and responsibilities. Electrical checks every 6 months, HVAC inspections annually, and safety tests at least once per year, with more frequent checks for high-risk devices. Log each service activity in a shared record and track spare parts usage. Review energy meters quarterly to spot efficiency drift and publish a versioned maintenance report for buyers. Involve designers in major changes and engage the Rasmussen field team to validate on-site installations. This approach keeps most systems aligned with the business targets and supports a straightforward handover at delivery.

Conferences and panel topics: suggested formats, speaker tracks, and practical takeaways for attendees

Launch with four focused tracks and a structured, time-bound format to maximize engagement and actionable outcomes. Attendees meet peers, gain visibility for projects, and leave with concrete steps.

Formats to consider

• 45-minute talks per track with a 15-minute Q&A to keep energy high and decisions actionable.
• 60-minute panels featuring 3–4 experts across design, operations, and investment to contrast perspectives and surface practical trade-offs.
• 90-minute hands-on workshops that pair problem framing with small-group exploration and a tangible takeaway, such as a checklist or pilot plan.
• 30-minute roundtables around marina settings to foster targeted conversations with potential partners and clients in a relaxed setting.
• 15-minute lightning sessions to cover four topics in parallel, enabling taste-testing of different approaches and quick decision on follow-ups.

Speaker tracks

• Track 1 – Design, Build & Engineering: Feadship case studies, hull optimization, system integration, and launch sequencing; include upper-deck layout considerations and facility coordination around a given project.
• Track 2 – Sustainability & Propulsion: Hydrogen propulsion options, energy efficiency, storage and safety, and regulatory checkpoints affecting sailing operations.
• Track 3 – Operations, Experience & Client Relations: Personalization at scale, crew workflows, guest services, and stay programs for discerning yachting clients.
• Track 4 – Market Trends, Exploration & Commercialization: Four key markets, project portfolios, exploration missions, and launch strategies to attract partners and elevate visibility.

Practical takeaways for attendees

1. Prepare a personalized agenda aligning your four projects with select sessions; map lines of inquiry and identify target partners around the marina setting.
2. Schedule pre-event outreach to speakers and sponsors to set up meetings near preferred sessions, making the most of every networking opportunity.
3. After each session, make two concrete actions: a design or process decision (for hull, propulsion, or guest flow) and a vetted partner contact with next steps.
4. Use celebration moments between sessions to enjoy networking, exchange success stories, and validate offerings with peers.
5. Focus on practical applicability: aim for a 60-day pilot or test plan that can be tracked against an estimated budget and timeline.
6. Capture insights in a concise two-page recap, including ownership, estimated costs, and a clear path to implementation for each action item.
7. Ensure materials stay accessible after the show: share slide decks and a compact summary that can be reviewed around a favorite yacht facility or maritime origin.
8. Leverage a live demonstration or show of a model or virtual hull plan to illustrate feasibility and to sharpen the audience’s taste for technical detail.
9. Keep communications focused on value creation, partner alignment, and enhanced visibility for Feadship and other leading builders within the yachting sphere.
10. Plan follow-up outreach to extend conversations beyond the conference, including potential hydrogen trials or exploration projects with interested partners.