1936 Lake Washington Shipyard 125′
Sacajawea was originally built as a military survey vessel by the Army Corp of Engineers in 1936. She’s designed to withstand extreme conditions in the Bering Sea. Her hull is constructed of high-iron riveted steel which resists corrosion much more effectively than newer and often less pure steel. Powered by a Caterpillar D398, the Army Corp of Engineers designed the hull curvatures to integrate with the propeller curvature. This results in maximum efficiency underway with fuel consumption of only 12 – 15 GPH depending upon operation, with a range in excess of 5,000 nautical miles and a helipad for auxiliary flight capabilities. Sacajawea is a rare and intact representation of her vessel class with national levels of recognition. Her long-serving contributions include the navigation and charting of the Columbia River, engagement during WWII in the Aleutian Islands, and many contributions to scientific discoveries by the USCG.
Sacajawea is now a 12 pack uninspected charter vessel and is immediately ready to book charter business as a follow-on from summer’s (2021) successful charter season in Alaska. The vessel will soon become eligible for a full repower grant funding up to 100%. This is a result of Sacajawea being recommended by the State Historical Resources Commission (4/29/2022) for listing in the National Register of Historic Places. Granting of historic status provides benefits for preservation consideration, and exemptions when in use commercially. The historic status is critical for obtaining grants such as the Carl Moyer Grant from the California Air Quality Management department. This grant is for engine and related equipment repowering and can yield up to 80% of the replacement costs. The additional repower costs of 20% can be provided by DERA (Diesel Emissions Reduction Act), a federal program which is able to be matched with grants such as the Carl Moyer. Savvy investors will note that the sale of the vessel as part of its LLC may have significant tax benefits. Possible benefits include state sale tax and the IRS’s capital equipment deduction, Section 179, which can provide immediate deduction options when purchasing depreciable business equipment in lieu of capitalizing and depreciating the asset over an extended period. In short, for investor/owners (individuals or businesses) that want a powerful asset, Sacajawea can be purchased under advantageous tax considerations while also eligible for nearly complete engine upgrades through grant based funding, significantly if not entirely offsetting the cost of acquisition.
Sacajawea was originally a hybrid diesel electric vessel (one of the very first) and there are many potential benefits and promotional opportunities associated with restoring the propulsion system to a 21st Century hybrid system. Initial steps towards this effort have been made by adding a Victron Energy 30kW inverter system which eliminates the need to operate a noisy diesel generator while significantly improving efficiency, performance, and air quality.
Sacajawea accommodates twelve guests plus up to eight crew in nine cabins. The main deck has two cabins; an ensuite double and a double bunk cabin. The forepeak below includes a single cabin and two double-bunk cabins. Below deck aft, crew quarters include four-bunk and two-bunk cabins, engineer’s cabin, as well as a double guest cabin. Additionally, the pilot house has a full-size cabin (owners suite with sitting room, head with shower and full length closets). There are a total of six heads, two of which are ensuite. The commercial galley is well equipped and accessible port and starboard. It is adjacent to the dining area which seats 12 and has its own entrances port and starboard. The main salon with windows on three sides creates the largest enclosed gathering area aboard. The space holds four couches with seating for sixteen and ample standing area with access to a full wet bar.
The recently overhauled crane system easily manages a 21-foot RIB with a 150hp Volvo and has a lifting capacity of 13,500lbs at an 8 foot radius. The decks are fir on steel frame, overlaid with elastomeric protective coating that is a flexible and non-skid surface. Her electrical system consists of 220v three phase AC for all large operating systems – steering, deck gear and pumps – 120v/50/100 Amp panel/shore distribution – for household use with 220/24/12v AC/DC Inverter System (30kW full ship), 110v Bridge with 12v DC battery back-up for nav and communications.
In support of her recent 30,000 watt 3 phase inverter system upgrade, a BalMar 24v alternator was added to the main engine providing all the charging and operational power for Sacajawea to operate underway without the need for auxiliary generators running. This saves actual fuel consumption and reduces real emissions but moreover she arrives at her destinations with batteries charged to provide approximately 48 hours of silent power for lights, pumps, refrigeration, appliances and all the ships entertainment systems. Guests and owners alike will love the quiet nights with full power available. And the system keeps paying for itself as you travel (using less fuel)! Sacajawea also charges at the dock and will soon be adding solar panels to charge silently at anchor. The Victron Energy Systems inverter system on Sacajawea is fully enabled with VictronConnect apps allowing comprehensive system status monitoring on your iphone or laptop via the internet (not just bluetooth on board). See how much power there is and what systems are running aboard Sacajawea from anywhere in the world!
United Yacht Sales is pleased to assist you in the purchase of this vessel. This boat is centrally listed by Seattle Yachts. It is offered as a convenience by this broker/dealer to its clients and is not intended to convey direct representation of a particular vessel
We are pleased to assist you in the purchase of this vessel. This boat is centrally listed by Seattle Yachts. It is offered as a convenience by this broker/dealer to its clients and is not intended to convey direct representation of a particular vessel.