Jeff Bezos’ Yacht Koru - Essential Facts About the $500M Vessel

Consider Koru a concise lens on how private megayachts signal symbolism and growth in modern yachting. The vessel, valued around $500 million, goes about 127 meters in length and demonstrates how design teams translate ambition into a tangible platform for exploration and leisure.

Built by Oceanco in the Netherlands and delivered in 2023, Koru embodies the scale and precision investors expect from flagship projects. The reported price tag underscores the demand for large-scale yachts that pair privacy with high-end yachting experiences and groundbreaking innovations.

The name carries symbolism rooted in growth: koru is a Maori symbol for new life and renewal, a choice that represents Bezos's intent to broaden horizons and support exploration. This connection is inspired by the idea that beginnings matter, and the design adds light-filled spaces, tactile materials, and flexible layouts that go far to support crew and guest needs, conveying much meaning for owners.

The hull and superstructure were designed by Oceanco in collaboration with Sinot Design, embracing innovations in hull efficiency, interior versatility, and onboard systems. The project added emphasis on crew wellbeing and guest comfort, with decoupled service zones and modular spaces that can be reconfigured to allow private retreats or grand gatherings.

From a practical standpoint, the vessel’s silhouette includes tall masts and antenna structures that support navigation, comms, and weather data gathering, illustrating how yachting tech underpins private voyages. The result is a ship that blends serene exterior lines with high-performance systems, making long-distance travel possible for owners who value privacy and control.

Alike in purpose to other mega yachts, Koru goes beyond spectacle: it serves as a testing ground for how owners balance speed, range, and living space on board. The emphasis on autonomy, guest areas, and crew facilities signals where high-end build quality is headed as new models emerge.

Where the market moves next, expect more modular layouts, greener propulsion options, and smarter material choices that reduce operating costs without sacrificing comfort. For readers following the sector, Koru offers a clear template: a luxury platform that is simultaneously a private retreat and a showcase of technical ingenuity, designed to endure the demands of extended itineraries and changing ownership tastes.

Jeff Bezos’ KORU Yacht and ABEONA Support Vessel: Practical Facts and Insights

Plan joint operations with ABEONA to maximize range and efficiency on every voyage.

KORU provides expansive accommodations for guests and crew, enabling lengthy stays at sea and smooth handoffs for tenders, cargo, and support craft. This pairing demonstrates how asset optimization will extend mission timelines while preserving comfort and safety, a model that mirrors wealth management in asset-intensive ventures.

Constructed in the Netherlands by a naval-focused shipyard, KORU embodies a masterpiece of naval design, combining a robust hull with modern deck layouts and systems designed for long ocean passages.

Technology underpins propulsion, stabilisation, communications, and guest services. The eco-friendly systems prioritise energy efficiency and lower emissions, aligning with innovations that push private vessels toward cleaner operations on the ocean.

ABEONA functions as the dedicated support platform, handling tenders, deck operations, submersibles, and logistics, so KORU can stay on mission longer with less downtime for maintenance and provisioning.

This collaboration represents a shift in private-use assets, creating new benchmarks for business, creating value, and inspired approaches to offshore operations, with practical implications for when fleets plan similar deployments. Details below. истoчник

KORU Vessel: Specs, Build, and Operational Realities

Prioritize a hybrid propulsion package and stabilized platforms to deliver a smooth, quiet ride while keeping long-range capability intact.

The koru motif threads through the design: an endless loop of curves signals renewal, while the monumental exterior contrasts with a light, modern interior that prioritizes personal comfort for aboard guests. The vessel is widely reported to measure about 127 m in length, with a broad beam that supports expansive exterior decks. It is designed to accommodate up to 20 guests in 9 suites, supported by a crew of around 30–40 on typical itineraries. Below are the core figures and design notes affecting daily operation.

Specs snapshot

• Length overall (LOA): about 127 m
• Beam: about 18 m
• Draft: about 5 m
• Displacement: approximately 7,000–8,000 GT
• Hull: steel; superstructure: aluminum
• Propulsion: hybrid diesel-electric with azimuth propulsion; top speed around 17–18 knots; range roughly 6,000–7,000 nm at 12–14 knots
• Guest accommodations: up to 20 guests in 9 suites
• Crew: roughly 30–40 aboard
• Facilities: spa, gym, cinema, pool, helipad
• Exterior decks: large, multi-level lounges and dining areas

Build and design notes

• Yard and location: built by Oceanco at a facility near rotterdam, with final outfitting and sea trials conducted in the Netherlands
• Exterior and structure: monumental lines, extensive glass, and a koru-inspired railing language
• Interior mood: modern, light-filled spaces with warm woods and tactile textiles to create personal comfort aboard
• Durability and renewal: emphasis on long-term durability through corrosion-resistant materials and high-quality joinery
• s Sánchez-coded textiles: the upholstery palette references a Sánchez-inspired naming scheme for fabrics
• Supply chain: turkish suppliers contribute electrical gear and interior joinery components, enabling a steady workflow during concurrent build stages
• Further, the design team kept sight of flexible layouts to accommodate evolving guest needs while preserving privacy on prime guest decks

Operational realities

• Stability and comfort: advanced stabilizers and active damping minimize rolling in mixed seas, keeping decks usable for outdoor dining and lounging
• Power strategy: shore-power readiness and a diesel-electric hybrid system reduce on-vessel burn and enable silent modes during port stays
• Range and itineraries: designed for long offshore legs, with flexible fuel and water storage to support transits between major marinas
• Port calls and logistics: rotterdam and other major ports serve as key logistics hubs for provisioning and maintenance
• Owner and guest experience: interior zones prioritized for wellness and social interaction, with dedicated areas for private moments; the layout supports a large group while preserving personal space; owner’s fiancée preferences informed seating arrangements on the main deck to maximize social opportunities while maintaining privacy
• Security and privacy: high-grade anti-paparazzi measures for personal spaces aboard

Key dimensions and hull design: length, beam, draft, and displacement

Before analyzing the specs, the vessel sits on the water with a length of about 127 meters (417 feet) and a beam near 18.3–19 meters (60–62 feet). The draft runs around 4.8–5.0 meters (15.7–16.4 feet), while displacement sits roughly between 9,000 and 11,000 tonnes. The hull shows a continuous waterline transition from bow to stern, designed to minimize drag and support a stable ride in varying sea conditions, for a long voyage. Built to carry substantial amenities, the structure behind the forward section maintains a strong balance between weight and stiffness, ensuring reliability during offshore passages. The approach blends light weight in key areas with reinforced zones, reinforcing the life on board during summer cruises and protecting personal comfort, while still making the most of wind and light for efficiency. This renewal of classic hull form favors a culture of craftsmanship and wealth-aware design, behind which lies iterative testing, careful proportioning, and a focus on making every foot of deck functional for guests and crew alike. These choices are inspired by offshore practice and a culture of refinement, ensuring the vessel delivers a stable, comfortable platform for long voyage at sea.

Propulsion, fuel capacity, and cruising range

Opt for a diesel-electric hybrid propulsion with azimuth thrusters to maximize efficiency and long-range capability. A complete, balanced package favors reliability over speed on long voyages.

Bezos’ Koru employs a rotterdam shipyard heritage via oceancos to deliver a propulsion system that runs through demanding itineraries behind a quiet, eco-friendly powertrain. The setup holds redundancy and friendly operation, helping crew manage extended passages with comfort for guests.

At about 420 feet in length, the hull stands as a monumental platform. Measuring fuel use and performance, the system just maintains steady range while delivering impressive,Cristiano-caliber efficiency for long legs behind the boat.

Further planning focuses on efficiency through hull design and propeller optimization, ensuring much of the voyage stays through calm seas with minimal environmental impact. The approach keeps crew and guests happy and the performance friendly to the environment behind every mile.

Crew, guest accommodations, and onboard layout

Allocate the crew to the lower decks and position guest accommodations on the upper levels, with private corridors that avoid cross-traffic. That cross-traffic minimizes disturbances and preserves guest tranquility.

On a boat like koru, implement a strict vertical split: below the wheelhouse sits the crew mess, cabins, and service lifts, all aligned with dedicated corridors so meals, laundry, provisioning, and holds move without disturbing guest spaces. That cross-traffic is minimized and preserves guest tranquility. This companion network has been proven to reduce delays and has been trusted on many superyachts, while wind and light are controlled on the guest decks, and the building remains quiet below. The pattern follows traditional circulation principles to maximize efficiency.

Guest accommodations should balance privacy and social options: a master suite on the main deck with a private terrace, two to four guest cabins nearby, and direct access to lounges and dining areas. Provide soundproof doors, ample wardrobe space, and flexible layouts so these spaces can adapt to families, friends, or private groups. A friendly service corridor connects each cabin cluster to the galley and stores, keeping staff unobtrusive and ready. This arrangement keeps guest comfort ever-present for long passages.

Public and private zones on the decks should be clearly separated: forward or aft social salons, a formal dining area, and a gym or spa on the same level as guest suites but with sound isolation. The galley and holds sit near service lifts and below, enabling efficient provisioning of food and drinks without interrupting guests. Decorative sails and light finishes reinforce a calm maritime atmosphere across these worlds of cruising.

Further practical tips include mapping circulation first, testing scenarios with a detailed bill of quantities for provisioning, and rehearsing emergency egress from every guest cabin. For this arrangement, undisclosed crew numbers operate smoothly while maintaining a high standard of private comfort for guests aboard a vessel that stands as a benchmark for superyachts.

ABEONA support vessel: role, capabilities, and interaction with KORU

Use ABEONA as the backbone for KORU’s operations to boost safety, provisioning, and guest experiences at sea.

Role and mission

• ABEONA serves as a floating logistics hub for fuel, food, spare parts, and waste management, coordinating with KORU’s crew for timely transfers.
• Exterior spaces feature seats and shaded lounges with aesthetic lighting, where guests rest their feet and enjoy ocean views.
• The vessel maintains continuous safety coverage with a dedicated medical cabin and full lifesaving gear.
• It carries two 8–10 m tenders and one 6 m utility boat, enabling smooth transfers between vessels and shore operations.
• A helideck and advanced navigation aid rapid response and flexible scheduling in challenging conditions.

Capabilities

• Length about 60–65 m; beam 12–14 m; draft 4–5 m; displacement 1,800–2,200 t.
• Speed 12–16 knots; range 5,000–7,000 nautical miles at 12 knots.
• Crew 20–28; accommodation for guests on crewed shuttles and KORU-related visits.
• Facilities include a large galley, dual dining areas, freshwater systems, refrigerated holds, a medical cabin, laundry, gym, and storage for spares.
• Technology covers a modern navigation suite, SATCOM, onboard monitoring, and remote diagnostics for critical systems.
• Environmental systems manage waste, greywater, and ballast in line with marine regulations.

Interaction with KORU

1. Docking sequence: ABEONA lines up with KORU under a secure data link, staff coordinate approach and mooring, ensuring a smooth transfer.
2. Provisioning and dining: stores and catering supplies move with the crew, and KORU’s chefs align menus with available ingredients to maintain quality at high sea states.
3. Guest experiences: ABEONA deploys exterior seating and shade for welcome receptions, showing opulence while maintaining practical visibility of the ocean surface and stars.
4. Safety and watch: cross-coverage adds eyes on water, improving motion handling and rapid response for equipment glitches.
5. Maintenance and logistics: spare parts, fuel, and water are logged together to minimize downtime and keep operations fluid.

Operational guideline

• Schedule 3–4 day duty cycles with 24/7 readiness near KORU; maintain a remote communications link for continuous updates and quick decisions.

Logistics and routine operations: provisioning, port calls, and safety procedures

Use a centralized provisioning ledger with real-time inventory data to guide every operation and keep the main accommodations stocked without delays. Build the ledger around facts from consumption, shelf-life, and supplier lead times, and trigger automatic replenishment alerts when stock drops below preset thresholds. Employ measuring data to forecast needs for the next port call and maintain a hangar area on board for critical gear and spares, clearly tagged for rapid access, where stock data and consumption patterns guide purchasing.

Plan port calls around weather windows and local clearance timelines. Assign a single port liaison to coordinate pilotage, tug services, berthing, fuel, water, and waste management, then execute a tight sequence with milestones to minimize dwell time. Maintain a loop of checks that covers legal permits, crew rest, and receipts for all deliveries; ensure vessels are loaded and secured for departure and that accommodations for members remain comfortable during transfers.

Safety procedures start with a pre-fetch routine: muster drills, life-saving appliances checks, and fire-safety inspections at the main deck; log results in the master file. Conduct medical readiness reviews with the crew and onboard guests; maintain a well-stocked medical kit and telemedicine links. Implement an environmentally focused plan for ballast water, waste separation, and spill response, with dedicated crews trained for rapid containment. Ensure all safety stands are staffed by competent officers and that gear is within reach in each zone.

Security and design context tie into operations: the koru represents the designer's naval-inspired concept, while the korus family stands for a broader design language used across vessels. The height and layout designed for smooth routines, with undisclosed elements protected by access controls. Every bill, contract, and vendor contact is logged for traceability, and the overall workflow remains seamless through provisioning, port calls, and safety checks.