MASK architects unveils sleek exterior design for tavolara-100 fast cruising luxury yacht

Tavolara-100: A 30.5m fast cruising sloop by MASK Architects

MASK Architects presents the conceptual exterior design for Tavolara-100, a 30.5-meter fast cruising sloop designed to redefine the standards of performance sailing and luxury yacht design. Developed as part of a competitive commission for a leading luxury and sport sailing yacht manufacturer headquartered near Udine, the 100-foot (30.5-meter) Tavolara-100 is intended to combine high performance, efficiency, and refined aesthetics. The project reflects the client’s specific requirements, aiming to create a technologically advanced vessel optimized for both speed and comfort.

Tavolara-100 is envisioned as a high-performance monohull that integrates advanced materials and construction methods. The hull is built using a carbon fiber composite with a foam or balsa core, providing structural rigidity while maintaining an ultra-lightweight profile essential for fast cruising. Construction techniques such as epoxy resin infusion through VARTM (Vacuum Assisted Resin Transfer Molding) or autoclave processing ensure optimal fiber impregnation and the creation of a strong, seamless monocoque structure. The yacht’s rigging system is designed for efficiency and performance. A High Modulus Carbon mast reduces weight aloft, improving stability and sailing dynamics. The sail plan incorporates North Sails’ 3Di technology, combining Dyneema and carbon fibers for durability, shape retention, and precision. Technora fiber is also used to enhance strength while minimizing weight, resulting in a sail configuration optimized for long-distance cruising and high-performance sailing.

all images courtesy of MASK Architects

Advanced Materials and Hybrid Systems Define the Tavolara-100

The deck features natural teak surfaces laid over a composite sandwich structure, combining traditional craftsmanship with modern engineering for durability and reduced weight. Interior spaces are constructed with lightweight composite panels, honeycomb structures, and lightened fine woods. The design team integrates carbon fiber elements for both structural efficiency and visual detailing, creating a contemporary interior environment that balances comfort with technical precision. Tavolara-100 incorporates semi-automated sail handling through electric or hydraulic winches, designed to reduce physical workload and improve maneuverability. A home automation system provides centralized and remote control of lighting, climate, and onboard electronics. The yacht features hybrid propulsion technology with energy regeneration capabilities while under sail, supporting sustainability and extended autonomy on longer journeys.

The project represents MASK Architects’ focus on combining advanced engineering with design clarity. Every material, component, and technical feature has been selected to achieve a balance between performance, durability, and aesthetic refinement. Tavolara-100 is positioned as a forward-thinking interpretation of the modern fast cruising sloop, where structural innovation and luxury are integrated into a single coherent design.

the yacht’s sleek silhouette reflects a balance of speed, efficiency, and luxury

top-down view of the teak-finished deck with carbon fiber composite construction

traditional materials meet modern engineering on the open-air deck

the yacht is engineered for extended autonomy and sustainable cruising

side profile showcasing the integration of aerodynamics and minimalist detailing

Tavolara-100 expresses MASK Architects’ vision of innovation in modern yacht design

concept exterior view of the 30.5-meter fast cruising sloop Tavolara-100 by MASK Architects

project info:

name: Tavolara-100
designer: MASK Architects | @maskarchitects

lead designers: Öznur Pınar Cer, Danilo Petta
length: 30.5 m

CFD simulation cruise speed: average 15-18 knots

renders: MASK Architects