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Trilobis 65 Floating Home

Trilobis 65 is a semi-submerged dwelling environment. Reaching 20 metres in length designed by Giancarlo Zema for habitation by six people at sea. It is ideal for living in bays, atolls and maritime parks. The main aim of the project is to allow anyone to live in a unique environment through a self sufficient, non-polluting dwelling cell in unison with their ocean surroundings. 

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find


Trilobis 65 has been designed on four separate levels connected by a spiraling staircase.

The top level is 3.5 metres above sea level. The next level is at 1.4 metres above sea level and hosts the daylight zone with all services and allowing outdoor access. The third level is situated at 0.8 metre below sea level, semi-submerged, and is devoted to the night-time zone. At 3.0 metres below sea level, totally submerged, there is the underwater observation bulb, an intimate and mediative place.

The shape of Trilobis 65 allows the annular aggregation of more modular units, creating island colonies. 

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find


This special project refers to the Trilobiti, little creatures that lived in the sea 500 milion years ago.

Contact Underwater Vehicles Inc. for further details regarding custom floating homes and Neptus 60 cliff-side dwellings with underwater viewing compartments. All homes are engineered to meet strict ABS and Lloyds certification requirements. 

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find


Maximum length - 20 mt
Maximum width - 13 mt
Observation bulb - 3 mt o.s.l. Max Speed - 7 knots
Accommodation - 6 beds
Power source options - Ballard fuel cells, solar, wind, diesel

New - from Giancarlo Zema Lake Washington Commercial and Recreational Marine Park 

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find


Written by Jim Wilson, Science Editor Popular Mechanics
Life, say the experts, began in the sea. And if the way we spend our vacations is an accurate indicator, there are few things we enjoy more than revisiting our submerged roots. Cavorting with dolphins, badgering sharks from the safety of steel cages and photographing exotic fish through the portholes of tourist submarines fascinates landlubbers from Prague to Peoria. For those who find these forays into Neptune's realm too brief, Italian naval architect Giancarlo Zema has the perfect dream home, the Trilobis 65. Part yacht and part submarine, it could convince Capt. Nemo to hang a "for sale" sign on the Nautilus. 

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find


"The main aim of the project is to allow anyone to live in a unique environment through a self-sufficient, nonpolluting dwelling that exists in unison with their ocean surrounding," Zema tells POPULAR MECHANICS. At first glance, the Trilobis looks as if it would be more at home soaring into the sky than plying the waters of atolls, bays and maritime parks. Looking at a computer image of the bow conjures up visions of the flying saucers in 1950s science fiction films. The Trilobis's blueprints, however, reveal a nautical heritage that reaches back to the humble dugout while simultaneously embracing 21st century technologies that include high-strength composites and nonpolluting hydrogen fuels.

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find   Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find


Circular Living - Perhaps the most striking feature of Zema's design is one that reflects his willing recognition of the great unspoken truth about luxury yachts. Powerful engines and sleek hulls aside, these vessels typically stick close to home. Acknowledging the fact that well-heeled mariners often prefer to keep their floating palaces moored inches from the dock, Zema also designed a special type of marina that will enable like-minded Trilobis owners to create their own floating villages. The traditional rectangular dock will disappear, to be replaced by a roughly 60-ft.-dia. circular island in the shape of a 6-tooth gear, into which individual yachts fit like pieces of a jigsaw puzzle.Stepping off the floating island, yachtsmen will ascend a few steps and find themselves on an expansive circular deck. At this level, the Trilobis resembles a deviled egg, measuring about 65 ft. from stem to stern and 42 ft. from port to starboard. Zema has divided the interior space into four functionally different levels, connected by a spiral stairway that runs through the yacht's centerline. The top of the stairway opens onto the driving deck. Housing the helm, communications equipment and navigation gear, it offers the best view of the sea from its elevation of about 11 ft. above the waterline. The space is dominated by a massive glass wall that begins above the stairway and arcs gently over the forward seating area before disappearing into the deck below. Ordinarily, so large an expanse of glass would pose a heating problem, but this is no ordinary window. It is a sandwich of two layers of tempered glass and an electrolyte with a very unusual property. With the turn of a dial, you can change the voltage flowing through the electrolyte material, which is encased between the panes, altering the tint of the window or blacking it out entirely. Power for the windows and the ship's electrical systems comes from photovoltaic panels, manufactured by Siemens, that are integrated into a foam-reinforced fiberglass skin. At night and on cloudy days, power comes from batteries, with an inverter converting DC into AC for low-loss power distribution.

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find


Day And Night - Descending from the top to the craft's third level, yachtsmen will enter what Zema calls the day area. Its use of space is a reminder that spherical structures are more efficient than rectangular ones. As with the space above it, the day area is surrounded by self-shading glass, offering a panoramic view from the gourmet kitchen, formal dining area and three seating groups. On this level, the spiral stairway serves a secondary function of separating interior and exterior spaces. Sliding glass doors fully retract, opening onto a teak deck.Returning inside and following the stairway down one more flight leads to what is known as the night zone. The Trilobis sleeps six, with a premium on privacy. The design calls for two single and two double bedrooms, each with a private bathroom. With the deck at this level beginning 3 ft. below the waterline, the wraparound window cuts off at eye level.This level also houses the yacht's propulsion system, which consists of two electric motors. Each is rated at about 300 hp. They are powered by hydrogen-fed Ballard fuel cells. The hydrogen for the fuel cells will be stored in a pair of 240-gal. tanks located just aft of the single bedrooms. The fuel supply is not intended for ocean crossings, but to be sufficient for moving the yacht to nearby reefs to explore seasonal changes in marine life and catch a true fish-eyes view of unusual migrating species.

Illustrations to the materials are executed in 3D graphic, 3D modelling and architectural visualization. Architectural design from company Sub-Find.


From www.sub-find.com

Views: 2988    Date: 04/05/2006
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