- Builder:
- WESTPORT
- Category:
- Motor Yacht
- Sub Category:
- Tri-Deck
- Model Year:
- 2008
- Year Built:
- 2007
- Country:
- United States
- Fly Bridge:
- Yes
Unfortunately, this boat is not available for sale. It will be removed from the website soon.
WESTPORT - available for sale:
Yachts with similar parameters:
Entering "My Girl I" from the starboard amidship you enter into a large foyer with an elegant staircase going to the VIP suite/bridge deck or down to the four lower guest staterooms.
Going aft of the starboard foyer, you enter the formal dining area with seating for twelve, with buffets port, starboard and aft, separating the dining salon from the formal salon, just aft. The woodwork is Mahogany and Pommele Sapele accents (from West Africa). The lower salon has sofas port and starboard with an occasional chaise placed accordingly for a casual conversation area.
The aft deck is accessed through double electric doors; a large wood elongated table with seating for twelve is placed in the middle of a large aft deck. Air conditioning/heat to the aft deck is supplied from the aft deck table overhead. A large walk-behind bar with barstools is located to port with a TV, with surround sound distributed throughout the aft deck.
Forward of the dining area port side through an electric door you enter the galley and pantry. The galley features a full complement of commercial equipment, with dumbwaiter for bridge deck. Forward of the galley on port is a walk-in freezer and refrigerator with pantry and commercial icemaker.
Going forward from the starboard foyer, the day head is to port, then forward is the Owner’s foyer.
Upon entering the master suite, you are in the owner’s office/lounge, and then further forward, you enter into a full-beam master stateroom with large sea glass windows port and starboard, which offer panoramic views. The master head features a his/hers arrangement with a shower aft, tub forward and skylights on port and starboard to offer natural light.
The starboard foyer amidship opens up with a large staircase, if you go up; it leads you to the VIP suite/bridge deck
Down to four more guest staterooms. The port and starboard aft guest staterooms are mirror image of each other and offer king size beds and an en-suite head. The port and starboard forward guest staterooms are also a mirror image of each other, but offer two twin berths and an en-suite head.
Entering the bridge deck from the mid staircase, the VIP suite on the bridge deck is to starboard with a king size berth and private head, again, with excellent views; she also features a private balcony. The skylounge is aft of the VIP and full-beam with a walk-behind bar and four bar stools to port. To starboard is a full-length sofa with cocktail table and to over-sized occasional chairs.
On the skylounge aft deck there is a large round table that seats eight and offers excellent views from the full-beam upper deck.
The flybridge is accessed from a staircase through an electric hatch. Forward is a large Jacuzzi tub and three chaise loungers, for excellent views from the Jacuzzi, which is partially protected with glass windscreen.
Aft of the staircase mid deck is a large walk-behind bar with six bar stools, forward with floor to ceiling clear glass wind screen protection for cruising.
Upon entering the main salon through the wide glass doors opening from the aft deck, you are immediately struck by the warmth and elegance of the interior decor. There are two commodious sofas to port and starboard, with accenting furniture. This is an elegantly comfortable area to enjoy the requisite 50" wide screen plasma TV that rises out of the forward cabinet
Forward from the main salon is the formal dining room, separated by the center buffet, with access each side via sliding doors. Servers have easy access from the galley via an automatic door through the pantry. There is also access from the main entrance foyer to starboard through another sliding door.
Professional chef’s galley with a commercial atmosphere; stainless steel counter space with ample room for food preparation, food lift (dumbwaiter) and separate pantry with Corian countertops. Walk-in freezer, cooler, and dry storage shelves for extended cruising
Main Galley Pantry
Accessed via crew stairwell or stairs from main side decks, and for guests from bridge deck lobby, the bridge and radio room contain the most current and convenient equipment available today. The expansive settee is raised to provide excellent sight lines of the panoramic view.
Radio Room/Office
Radar
Chartplotter
GPS
AIS
Communications
VHF
G.P.I.R.B. (2) McMurdo SatFind 406MHz GPIRB
S.A.R.T. (2)McMurdo Portable SART
Satcom
Telephone System
Jastrom Steering Autopilot – Simrad Robertson controlled by MT through touch screen monitors IBS integrated system
Cellular Telephone Telular SX5e GSM 850/1900 Cellular Phone, Fixed wireless for Voice, Fax, PC
Depth - Speed – Wind
Color Sounder Furuno FCV1200 Black Box Sounder
Doppler Log
Master Suite and Owner’s foyer
Private Owner’s foyer leads from starboard entrance on main deck to owner’s office/lounge. Door to stateroom opens off of lounge. Full-beam stateroom features a sitting area to starboard, makeup/vanity to port, in addition to the king sized berth. The concealed closet adds generous storage to stateroom. Private his and her dressing rooms and heads are separated by the shared shower and whirlpool tub. His and her dressing rooms include ample storage in drawers and lockers
Master Stateroom
Master His/her Dressing Room
Master Head
All Guest staterooms provide built-in dressers and nightstands, including wardrobes with full-length mirrors inside the doors. Loose furniture includes a chair and desk. The aft staterooms feature king berths, with leather wrapped rails and upholstered headboards. Wall treatments and carpeting. Each Guest stateroom has built in entertainment systems and A/V equipment complemented by Ipad driven by Crestron.
VIP suite on bridge deck has a dressing room including a dressing table with chair, leading to the head with double sinks, toilet and bidet. Stateroom, in addition to the berth, has a seating area for conversation, or viewing the 32" plasma flat screen TV. Suite includes a private terrace on starboard side with teak deck furniture
Head:
Head:
The lounge on the upper deck of this tri-deck vessel offers more informal atmosphere, with towering views to port, starboard and aft. The lounge amenities include a vista bar to port, a game table, a desk and chair, 61" LCD flat screen TV and comfortable television viewing area. There is easy access to the bridge deck aft for alfresco dining. Your options are truly open here.
Bridge Pantry
Served by the dumbwaiter from the galley, the pantry allows convenient beverage and food service to the bridge deck
VIP Terrace
VIP terrace
Wing stations - Outside pilothouse, port and starboard
Windscreen
CONSTRUCTION AND EXTERIOR FINISH
Hull - fiberglass mat and roving with Vinylester resin and Airex PVC core. Structural framing to be laid up using a Combination of fiberglass and carbon fiber reinforcement. House and deck structures, cored composite construction. Core material and density will vary throughout to optimize engineered structures
PAINT - TOPSIDES
Awlgrip high-gloss polyurethane. Hull and house color to be Westport white. House and hull side window recesses metallic gray. Boot stripe will be acrylic high gloss black
BOTTOM PAINT
Two coats of Micron 66 or equivalent black bottom paint over Interprotect epoxy barrier coat or equal
HULL SHELL CONSTRUCTION
Mold: The Hull is laid up in a permanent female mold including molded in outages and inserts for bow thruster tube, transducer blocks, lightning and grounding plates, stabilizer tubes, raw water inlets, underwater exhaust, shaft logs, strut palms, and rudder shafts
Lamination: Sprayed exterior Gelcoat is followed by hand laid fiberglass mat and roving with Vinylester resin for the outer skins, vacuum bagged foam core (high density in appropriate areas), and hand laid fiberglass mat and roving with Vinylester resin for the inner skins. The keel pad, strut palms and stabilizer pads will be resin infused using Vinylester resin
Hull Structure: Hull stringers, webs and stiffeners are either resin infused (straight longitudinal only) or hand-laid. They are of fiberglass mat and roving and/or carbon fiber with Vinylester resin over foam forms. All soles and structural bulkheads are of fiberglass and foam sandwich construction and are resin infused with Vinylester resin. All structure is substantially tabbed and/or bonded to the hull shell
Electrical - Source Power
(Generators & Shore Power)
Description - There are three electrical generators providing AC power at 120-208volt/3phase/60cycle. Two primary generators located port/starboard and night/secondary generator located Midship in the engine room. One primary generator is fitted with a dry stack option that allows the exhaust to be discharged above the sun deck
Primary Gensets – 99Kw ‘wye’ wound, 1800 rpm with sound enclosure, in/sep muffler and dual vibration mounts. Exhaust to be silenced and separated with underwater discharge of cooling water and gas exhaust at transom. Stbd Gen to have ‘dry stack’ exhaust ‘Y’
Secondary/Night Genset -55kW ‘wye’ wound, 1800 rpm with sound enclosure, in/sep muffler, and dual vibration mounts. Exhaust to be silenced with underwater discharge of cooling water and gas exhaust at transom
Northern Lights (ADE)
Shore power cords – 100 amp, 4 wire with ground, 3 phase (2), Anexter or equal
Shore Cord reels – Glendening, Cable Master motorized shore power reels with local control at transom: Two systems total
Electrical - AC Distribution
Description - AC service is provided from four independent sources; Shore power, two primary generators and one back-up/night generator. Shore power is provided through electrical conditioners that allow a large variety of power forms; single phase, three-phase, combination, high voltage, or low frequency to be converted to ship power. All sources of electrical power are routed through a main electrical switchboard located in the control room, then on to sub-panels and individual loads. All circuits are protected by coordinated breakers. The main electrical system is 4 wire, 3 phase 208 volts with 120 volt single phase branch circuits where required
Seamless transfer – between all generators
Wiring – single and multiple conductor, ABS Type or Class Approved
Main switchboard – Extruded aluminum construction with powder coat finish. Built to IP20 level of protection. Includes control and monitoring electronics
Generator gauge package
Interior Lighting – Lite Touch system with Vimar bezel on all switch plates
Electrical - DC Distribution
Description - 24v DC power is provided by numerous accumulator batteries and charger/power supplies. House 12v DC is provided by DC-DC converter. Power is distributed around the vessel from the main switchboard located in the control room to locally operated sub-panels except dedicated emergency DC power which is distributed independently of the main distribution network, and also services the emergency lighting system throughout the vessel. There is a dedicated light in all cabins as well as common areas and stairwells for egress in the event of an emergency
Batteries – 12vDC batteries of the Absorbed Gas Mat (AGM) type wired in series parallel for 24vDC systems
Vessel Alarms & Monitoring
On "My Girl I" the ship’s systems are monitored by Westport’s Proprietary Vessel Information and Control System (Intelisea), with sever display and control pads, located throughout the vessel (galley, crew galley, control room), with the main display located at the helm.
The following are monitored:
AV / Electronics
Each accommodation space is equipped with audio/video entertainment equipment which provides for a variety of entertainment choices from broadcast radio and television (NTSC/PAL), satellite based radio and television as well as on board audio/video sources such as DVD and CD
Navigation Electronics
In 2015 a new Integrated Navigation System (INS) was installed by Marine Technologies (MT), which designs and builds navigation systems for vessels all over the world, for easy access to all navigation systems through any multi-function work station (MFW). Each touch screen monitor on “My Girl I” is its own work station, including each helm chair. These stations are designed for the ease of operation to reduce fatigue and increase performance, all designed to enhance the vessel’s safety. The benefits are:
Helm monitors were replaced with touch-screen, offering each monitor access to all of the navigation equipment, which can be viewed with a swipe of a finger. This equipment includes satellite based position; speed and heading information, gyroscopic and magnetic heading data, long range surface detection, electronic charting and depth finding
Glass Bridge (Bridgemate Solutions) New 2015
At helm (5) new 26’ touch screen monitors, each one is multi-function workstation with capabilities to bring up both radars, plotters, depth sounders, autopilot, stabilizers, there are also additional electronics
In addition, (2) New custom helm chairs, each with its own monitor (work station), each station is independent and redundant mainframes. October 2015, the VSAT V11 KVH installed new KVH HD-11 High Definition System with world LNB and various TV's and equipment needs to be further upgraded to HD
Central Equipment
Each of the following areas is served by the central equipment, with Audio and Video entertainment systems installed in each of the following areas:
Main Deck/Bridge Deck/Sun Deck
Lamination: Sprayed exterior Gelcoat is followed by hand laid fiberglass mat and roving with Vinylester resin for the outer skins, vacuum bagged foam core (high density in appropriate areas), and hand laid fiberglass mat and roving with Vinylester resin for the inner skins
SYSTEMS
Tanks
Fuel Tank (Gasoline)
Aluminum, 100 gallons, accessible via hatch in swim step
3 Grey Water Batch Tanks are discharged overboard are to the black water tank
Black Water Tank
Molded FRP, 1500 gallons, fwd bilge
Fresh Water Tanks (Total 2235 gallons)
Fresh Water Tank A Port: Aluminum, epoxy coated inside, 600 gallons, control room bilge outboard
Fresh Water Tank A Stbd: Aluminum, epoxy coated inside, 600 gallons, equipment room bilge outboard
Fresh Water Tank B Port: Aluminum, epoxy coated inside, 195 gallons, control & equipment room bilge inboard
Fresh Water Tank B Stbd: Aluminum, epoxy coated inside, 195 gallons, control & equipment room bilge inboard
Fresh Water Tank C Center: Aluminum, epoxy coated inside, 645 gallons, and Lazarette bilge
Fresh Water Tank C Port: Aluminum, epoxy coated inside, 3220 gallons, and Lazarette bilge
Fresh Water Tank C Stbd: Aluminum, epoxy coated inside, 322 gallons, and Lazarette bilge
Fuel System
Description - 20,000 gal (US) in multiple tanks with transfer system including two pumps, meter and distribution manifold. All consumers to draw from day tank filled via (2) fuel separators. In the event both separators are inoperable a filtered by-pass can be used to fill day tank. Fueling process is via either of three deck fill locations, (1) amidships, stb side and (2) aft, all tanks are vented to atmosphere on port side. Tank level monitoring is via electronic sensor and display with high/low level alarms. All tanks are vented to one of two ‘vent tanks’ which are monitored for liquid indicating an overflow of one of the attached tanks
Tanks – All aluminum, welded construction with internal baffles and inspection access to be manufactured by Freeman
Pumps
Filters
Generators (3) - Sea Pro 50 series
Fuel transfer (1) - SeaPro Filters
Fuel Centrifuge - (2) plumbed in parallel directly into day tank (4c) for 400 gph total capacity - Alfa-Laval
Meter – Positive displacement with numerical display and automatic pump shut off pre-set capability
Valves – stainless steel three piece ball-type for fuel transfer manifold and consumer isolation
Deck Fills – 2" stainless steel 'Diesel' with threaded cap
Lube Oil System
Description - The vessels main engines and diesel generators can be maintained utilizing an onboard lube oil change system. A 230 gal new oil tank and equal sized used oil tank will be fitted within the engine room. New oil can be filled via 1 ½" deck fitting amidship on starboard side while used oil can be pumped ashore across transom. A portable AC powered pump is utilized to transfer to/from locations via hose whips and quick connect fittings from hard piping
Pump – 120v AC, positive displacement pump
Fittings – All Cad plate quick connect fittings
Deck Plate – located with midship fuel fill on starboard side
Tanks – Welded aluminum with internal baffles
Waste Water System
Description - Black water is routed to an FRP tank while gray water is routed to an aluminum welded tank for onboard storage via Drain-Waste-Vent (DWV) piping. A certified Marine Sanitation Device is installed for discretionary treatment of all wastewater while in environmentally sensitive areas. Tank level monitoring is via electronic sensor and display with level alarms and all tanks are vented at mast. Discharge is via MSD or direct overboard via diaphragm pump. Also dockside pump out the starboard side
Pumps – high capacity solids handling AC diaphragm pump and DC back-up pump for discharge directly overboard
MSD – Certified to meet MARPOL regulations as well as USCG Type II MSD
Black Water Tank – FRP construction with internal baffles, 1500 gal.
Black water sump – for transfer of black water from lower deck guest staterooms to holding tank
Fresh Water System
Description - Freshwater is distributed via CPVC piping system, fully insulated, with dual centrifugal pumps (and reduced capacity DC back-up). Water is filtered for particulate and microorganisms prior to fixtures and utilizes pressure tanks to assist in surge free supply while dual hot water tanks are plumbed with hot water circulation ring for quick supply of hot water. Fresh water can be taken aboard via two deck fittings located port and starboard at the transom or through pressurized dock connection. Freshwater is generated on board by dual reverse osmosis water makers plumbed directly to storage tanks. Tanks are welded aluminum construction with internal baffles and sanitary class epoxy coated internal surfaces. Freshwater wash down fittings are located on all external decks
Deck fills – stainless steel 1 ½" round with threaded cap. (2)
Pressure connection – stainless steel construction
UV filter – for disinfection of potable water 30 gpm max
Dual particle filters – for removal of sediment, dissolved solids and contaminants to 20 microns plumbed in parallel. Stainless steel canister with replaceable filter cartridges
Pressure tank – FRP construction located at remote ends of piping system to reduce pressure drops due to intermittent loads
Watermakers - Sea Recovery Coral Sea 3600 GPD – Reverse osmosis type
Water Heaters – (3) dual element (for fast recovery) water heaters, 80 gallon capacity each. Plumbed in parallel and includes hot water circulation ring and pump.
Pumps – (2) centrifugal pressure pumps, 30 gpm plumbed in parallel for high flow capability. One DC powered low flow pump for back-up service and system priming
Bilge System - The bilge system consists of 6 watertight zones which can be individually pumped via bilge suction manifold and electric bilge pump. The manifold allows cross over to the fire pump or diesel powered pump for back up. Additionally the engine room is plumbed with an oily water separator certified to meet MARPOL regulations
Pump, primary - Centrifugal, flooded suction, 100gpm/10 psi minimum
Pump, Back-up – See fire main back up pump (Shared on common manifold)
Oily water separator – for discharge of water containing oil from engine room Complies with MARPOL pollution regulations. 2.2 gpm
Deck Drain System - All decks are fitted with scuppers and piping system to drain water from rain/wash-down water. Scuppers are molded portions of the deck and fitted with polished stainless steel grates. All drain piping is of ABS approved materials, PVC – DWV and are led to laminated thru hulls located at the boot stripe with 2” check valves
Compressed Air Systems - The vessel will have a compressed air system for powering the ship’s whistle as well as for use in the machinery spaces for air powered tools. Compressed air lines run to the bow and swim step. The system will consist of compressor, piping system, quick connect fittings, and (2) accumulator tanks for whistle
Fire Hydrant System - The fire main system consists of six (6) fire stations distributed around the vessel, supply piping and two pumps. Each station contains a hose, angle valve and high/low volume nozzle. The electric fire pump (primary) can be started from any fire station, the pilot house, or locally
Hoses (6) – 1 ½"x 50' FM listed lay flat type, NPSH thread
ABS Approved Fire Nozzles, ABS Approved, one at each of (6) hydrant stations
Pump, Primary – Centrifugal, flooded suction, 66gpm/50 psi minimum,
Pump, Back-up – Diesel powered, flooded suction centrifugal
Strainer – Sea suction strainer for fire/bilge manifold, Bronze 2" Y strainer, or equivalent
Seawater intake – Bronze with bronze grate
Hose Rack – FRP construction, white powder coat finish for rolled hose storage in fire stations
Fire Sprinkler System - The accommodation space is protected by a low pressure sprinkler system that uses vessel’s fresh water supply until it is depleted, then automatically switches to seawater. The engine room is protected by a gas smothering FM200 system
Sprinkler System - The low pressure sprinkler system is a pre-charged type, automatic fire suppression system that operates in the 15 psi to 40 psi range. The piping is to be copper/nickel (CuNi) tube with Seapress (Viega) or similar, crimp fittings. The pump unit consists of two pumps, operating individually or in tandem depending on the demand for water as determined by the number of heat sensitive nozzles that have been triggered. A small pressure tank maintains the stand-by pressure in the system. A local control panel is located in the engine room and a mimic display is located in the pilothouse
Engine Room Fire System - Gas smothering system FM200 – For engine room protection, manual operation (with 30 second delay) includes discharge of gas and automated shutdown of fuel units, intake fans, and exhaust dampers
Semco Maritime – Central Bank Fire System
Description - The engine room and ventilation ducts are to be insulated against thermal conductivity meeting the A-30 rating and sound damping
Insulation – the bulkheads and duct work leading to the engine room lined with a thermal barrier of insulation
Galley Hood Fire System - Independent, fixed system to be located in the main Galley in the hood above the stove
Sound Attenuation - Sound plays a significant role in the comfort level of a high quality motor yacht. Because of this, J&A Enterprises, Inc. an engineering firm specializing in control of noise and vibration aboard luxury motor yachts of all sizes was used to develop a ‘whole ship’ sound reduction plan. Joseph Smullin, Founder, President, and principal engineer studied Westport construction techniques and assisted in developing details and insulation schedules that would maximize noise/vibration reduction. Sound transmission throughout the vessel is controlled in several ways including double wall construction of bulkheads, dampening of sole structure in specific areas, absorptive and reflective materials within the engine room and vibration isolation mounting of rotating or reciprocating machinery
Engine room
The engine room sound package consists of reflective barriers and absorptive insulation in addition to vibration/isolation mounting of equipment, piping and wiring that may transmit noise and noise attenuating/watertight doors
Accommodation sound dampening
Noise transmission between spaces in the accommodation area is via 'sound tight' construction, acoustic fill in double wall bulkheads, floating joinery connections in critical areas and isolation mounting of equipment and piping that may transmit vibration
Engineering – J&A Enterprises/Westport
Acoustic fill, Whisper Walls 3MThinsulate
Isolation material, Sylomar
Isolation mounts, various per item
HVAC Systems - Air Conditioning
The interior of the vessel is kept at a constant temperature through the use of a seawater cooled/heated reverse cycle, treated water HVAC system. The capacity of the condensers is 48 tons and is distributed throughout the vessel via individual room air handlers of various sizes and BTU ratings. The entire system is run in either heat or cool modes while the individual air handlers in the master and guest staterooms allow autonomous heating. A portion of the HVAC system provides fresh air to make up for air lost through the head evacuation system thus providing fresh, dry air at all times providing a clean and healthy atmosphere
Description - HVAC system. Frigit HVAC system: (2) 3x8 ton) compressors and heating pump. The capacity of the condensers is 48 tons and is distributed throughout the vessel via individual room air handlers of various sizes and BTU ratings. A portion of the HVAC system provides fresh air to make up for air lost through the head evacuation system thus providing fresh, dry air at all times providing a clean and healthy atmosphere
Chillers - 208volt/3phase/60cycle, 24 tons each (2) mounted in stainless steel boxes with 3 compressors per unit
Air Handlers – 230volt/1phase/60cycle, various BTU as shown below
The lower chiller unit was replaced a few years ago. The upper unit has had (3) compressors changed out
Make up Air – for cycling air through vessel interior
Frigit: Five units: Crew # 180, Guest # 250, Owner # 250, Main deck # 450, Upper deck # 450. (Numbers equal cubic meters displacement)
Thermostat and controls – for control of individual air handlers and for main chiller control
Frigit, Digital fan control with individual heating controller. Air temperature sensor at controller
Mooring & Anchor Systems
Description - Vessel mooring system utilizes a combination of bitts, hawse eyes and winches
The fore deck has two hawse eyes per side, two bitts per side and a pair of mooring winches incorporated with the anchor windlasses
The side decks and aft deck have four hawse eyes per side with three bitts and a warping winch on each side
Additionally there are two mooring capstans and bitts on the swim step for Med style mooring and four cleats along the aft edge of the swim step for securing the tender
Vessel anchoring is accomplished through a set of anchor windlasses, anchor chain, Poole style anchors and fairleads (hawse pipe, spill pipe, etc.)
Windlass/winch combination
The foredeck utilizes a combined windlass for anchoring and winch for mooring. The system is mirrored port and starboard and hydraulically driven yielding 11,000# pull
Anchor windlass, Maxwell Combination tensioner/roller/stopper (2)
Controls, Maxwell (2)
Anchor wash down is via fixed nozzles located in hawse pipes, solenoid controlled valves for port and starboard sides and is supplied with pressurized seawater from the fire main
Hawse Rings, bulwark – Mirror polished closed oval type
Hawse Rings, bustle
Mirror polished closed type fit around corner of bustle and bulwark at corners of aft deck
Bitts, large – Mirror polished, twin horn type
Bitts, small – Mirror polished twin horn type
Warping winches – 8000# pull located aft on main deck
Mooring winches – 3500# pull, Located in bustle at swim step
Tender Cleats – Mirror polished Horn type for securing tender across transom
Anchor chain – ¾" short link galvanized. 500’ port / 500' starboard
Anchors – Poole style polished stainless steel, 650# (2) Davis Anchor HP650
Hawse pipe/Anchor plate – Stainless steel, mirror polished anchor plates for protection of hull, includes stem plate
Swim step stairs - Stainless
Day shape mast – Manual telescopic
Dumbwaiter Inclinator Supply
Hot Tub System
Central Hydraulic System
Description - The central hydraulic system provides power to the bow thruster, all winches, capstans, cranes/davits and transom door. Additionally, the system provides backup fluid power to the steering system in the event there is a failure in the steering primary hydraulic system. Power is provided to the system from a generator driven hydraulic pump with electric clutch. The system is provided with equal size pumps on both the port and starboard gensets allowing either generator to power the system. Additionally there is a DC powered power pack that provides reduced hydraulic power for backup or while main generators are shut down
Gauge package – includes pressure and flow gauges for each valve manifold
Bow thruster – 20” dual prop with 'in-hull' hydraulic motor - Producing 85 HP
Stern thruster - 20” dual prop with ‘in-hull’ hydraulic motor and external tube
Davit – periscope mast with fixed length boom, 1500# capacity, hydraulic. (2) Nautical Structures
Beam crane –driven by central hydraulic system
Passerelle: Nautical structures: 19'6" fold away with options
Self-contained hydraulic power pack unit and controls
Steering System - Power steering via engine driven hydraulic pump and manual helm pump located in machinery space. Controls from pilothouse and wing stations are via digital ‘fly by wire’ system. The main steering station in the pilothouse includes full follow-up helm wheel and non-follow up ‘jog’ lever. The wing stations are provided with non-follow-up levers only
Jog Levers - Non- follow up type
Digital helm
Rudders – Welded stainless steel construction
Bearings – Polymer material type upper and lower bearings in FRP (lower) and Aluminum (upper) carriers
All Orkot material Upper and Lower bearings
Seals – Dripless type - PYI, PSS type
Stabilizer System
Description - Stabilization while underway is provided by a pair of fins located approximately amidship and powered hydraulically by an engine driven hydraulic pump. Control is by modern digital ‘fly-by-wire’ system located in the pilothouse
Fins – Hydrodynamic foil design with end plates; Naiad, Model 22 sq. ft. (4 fins)
Main Engines/Drive Line
Description - Propulsion is provided by two modern, four stroke, and 16 cylinder diesel engines producing approximately 3650 HP each. They are connected to propellers via 5 ½” HS Stainless shafts and remote down angle gearbox. Primary exhaust is underwater at chine while a silenced bypass exits at transom corners. Seawater cooling water is supplied via dual 6” lugged type butterfly valves, bronze Y-strainers and molded FRP scoops with Stainless steel grates
Main engines - (2) 16 cylinder V-type, includes seawater pump, heat exchanger, dual starters and battery charging alternators
MTU/DDC 16V4000 M-90 WITH 3800 HOURS
The next service, per the maintenance Echelon is at 4500 hours, which is to regular service and rebuild two turbo chargers. At 6000 hours it is recommended to change injectors and inspect combustion chambers. At 9000 hours, most components and cylinder heads are recommended, maintenance echelon can be sent per request. This maintenance echelon is based on an average load of 70%. The potential Buyer should have MTU perform a Load Profile (customized maintenance echelon). "My Girl I" custom load profile available upon request.
Controls – electronic with throttle synchronizing and LCD data display
DDC/Sturdy throttles and EDM for each engine
Fuel Filters - DDC
Marine Gear – Remote mount, 8° down angle, ratio 2.96:1 with trailing pump. - ZF, Mod 7550AMain Exhaust
By-pass exhaust – 12" FRP piping
Silencer, Sound down
Propellers - 5 Blade Nibral cast, finished to 'S' class standards. - Michigan Wheel. CNC machined
Engine Room
Aft Deck Main
Port and Starboard
Internet Access
Search Light – Carlisle & Finch / remote controlled
Signals and lights
Westport has employed the services of Donald Starkey Design, Ltd., located in London. Don, an accredited design stylist, brings many years of experience in exterior and interior design, and has received numerous awards for his creative vision
Woodwork
Two primary types of wood are used in the guest areas throughout the yacht, Pommele Sapele and Mahogany, finished to deep reddish brown. It is straight-grained, with a fine, even texture
Pommele Sapele is a warm brown wood from West and East Africa. The grain is wavy and the texture is fairly fine, with a quilted appearance
Anigre, which is a medium amber color, and maple, which is a light tan color, in the crew quarters
Countertops
Window Treatments
Doors
Wardrobes
Stairways
Joinery/Built-in Furniture
Drawers, trim, dressers, nightstands, vanities, are all to be Pommele Sapele panels and may have Mahogany trim with urethane satin and gloss finish. Anigre and maple are used in the crew quarters
Mattresses - Innerspring, Beauty-Rest
Access Doors:
Control Room
Port side, accessed via swim platform watertight door, Pacific Coast Marine engine room watertight door, or stairway down from behind the aft deck bar. Contains desk for engineer, electrical distribution, tool and spare parts storage, and head with sink
Equipment Room
Starboard side, accessed via swim platform PCM watertight door, or the PCM engine room watertight door. Contains dive compressor and storage for dive equipment, garbage freezer
Boat Garage
Centered between control room and equipment room, accessed via Pacific Coast Marine watertight door to equipment room, and hinge-up garage door aft to swim platform. Contains tender, sliding crane, storage for windsurfer, fishing rod holders, drying hooks for dive gear
The vessel is fitted with an area for dive support equipment including dive compressor, tank storage and suit storage. The area is to be located in the equipment room on the starboard side, aft of the engine room with direct access to the swim platform.
Dive compressor – Fixed unit capable of 5 cfm Brownies, Mod. YP55DF
14' RIB crew/rescue boat located on the sun deck, with an optional location on the foredeck. The crew boat will be launched and recovered with a davit. In addition to the davit on the foredeck there will be an identical unit on the sun deck for launching/recovering water toys.
"My Girl I" offers six staterooms with VIP on bridge deck with a private balcony; she has maximized every space of the vessel, but keeping her at 49.9 meters. She offers large area spaces with comfort, shallow draft, great speeds, efficiency and relative low maintenance. She has low hours and has been maintained by her original owner and no expense has been spared to maintain her in a world-class manner.
The Westport 50 Meter is a truly well thought-out vessel, which with collaborative information and design from previous Westport owners and the Westport design team, they were able to build the largest vessel possible at 50 Meters and right under 500 tons.