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BAZ Yacht Design Configures the MOBU 33 with a 3.8-Metre Aft Atrium
Structuring the Social Landscape
Traditional marine architecture frequently isolates exterior lounging zones from primary interior living spaces. Turkish studio BAZ Yacht Design is actively dismantling this conventional layout with the introduction of the MOBU 33. Operating as the foundational concept model for an entirely new family of performance yachts, this 33-metre vessel utilizes physical space to force continuous interaction. The development team prioritized social movement over strict compartmentalization, ensuring that gathering areas actively dictate the structural layout of the hull.
The 3.8-Metre Aft Atrium
Connecting multiple deck levels requires aggressive vertical integration. To execute this, the designers anchored the MOBU 33 around a massive 3.8-metre-high aft atrium. This structural void extends directly from the exterior cockpit into the main saloon, completely eliminating the traditional hard barriers between indoor and outdoor environments. Co-founders Bilge Zaptçıoğlu Atal and Barbaros Atal engineered this specific feature to organize how passengers gather and transit between levels while maintaining an unbroken visual connection to the water.
Layered Main Deck Architecture
Maintaining an intuitive flow across a 33-metre footprint demands highly calculated floorplans. The main deck operates as a completely interconnected environment organized centrally around the aft atrium. BAZ Yacht Design implemented a series of layered, half-level transitions to link the primary entertaining zones with the interior accommodations. This specific spatial arrangement provides long, unobstructed sightlines throughout the entire vessel, treating the interior layout as a direct physical extension of the surrounding exterior terraces.
Plumb Bows and Exterior Profiles
A performance-oriented layout requires an exterior profile that reflects its operational capability. The MOBU 33 carries a slender, grey hull characterized by strict horizontal lines that terminate in a modern plumb bow. Working within a 7.5-metre beam and a 1.4-metre draught, the naval architects managed to integrate substantial accommodation volumes. The layout supports up to eight guests distributed across four dedicated cabins, including a master suite, a VIP quarter, and two standard guest cabins, alongside separate quarters for a four-person crew.
Quad D13 Propulsion Dynamics
Pushing a highly structural 33-metre hull through the water demands serious mechanical thrust. To meet these heavy operational requirements, the MOBU 33 is configured with an IPS Professional Platform Twin Drive system. The propulsion network relies on quad D13 1000 hp engines to deliver the necessary output. Subject to upcoming sea trials, this specific mechanical integration is projected to achieve a maximum speed of 32 knots while maintaining a sustained cruising speed of 27 knots across open water.
