Coast2Coast Marine Surveying, Inc.

Naiad Dynamics US Inc. is one of the leading independent ship motion control suppliers in the world. It is responsible for more than 10,000 stabilization systems in the luxury yacht, and commercial and military ship markets. The company s various applications include displacement and planning monohulls, catamarans, trimarans, Surface Effect Ships (SES) and other advanced hull forms. Naiad Dynamics US Inc. has more than 30 years of experience in the completion of stabilizer and ride control system installations.

Seakeeper Inc., based in California, MD, is a leading provider of innovative stabilization systems for boats of all sizes. With a wide range of products available, from the compact Seakeeper 1 to the powerful Seakeeper 40, they offer solutions for boats ranging from 23' to 110' in size and up to 115 tons in weight. Their state-of-the-art technology helps to reduce boat roll, providing a more comfortable and enjoyable experience on the water. Seakeeper's products are designed to be effective and reliable, ensuring stability even in rough sea conditions. They work with a network of builders and dealers to offer their stabilization systems as an option on new boats, and also provide retrofit installations for existing boats. With a focus on customer satisfaction, Seakeeper offers warranty, maintenance, and support services to ensure that their products continue to perform at their best. Whether you're a boat owner looking to improve stability or a builder seeking to enhance your vessels, Seakeeper is the go-to choice for top-quality stabilization systems.Generated from the website

Seakeeper Website Seakeeper Seakeeper was founded in 2002 for the purpose of researching, developing, and marketing motion control devices for boats under 50 meters. The founders are Shepard McKenney and John Adams. McKenney previously owned Hinckley Yachts and developed their innovative JetStick technology, a fly by wire control system for jet powered boats. Adams previously owned a ship motion control company which, under his leadership, became the world leader in motion control for high speed ships. From 2002 through 2007, McKenney and Adams, together with employees who were involved with their previous ventures, completed the research and development for the SEAKEEPER GYRO and began manufacturing and sales of the product. The Company is backed by venture capital funding which puts it in the position of having no debt and a strong source of cash to support its manufacturing and sales initiatives. The Companys headquarters and engineering facilities are located in Solomons, Maryland, USA which is about 55 miles ( 90 kilometers ) south of Washington, DC. The Companys philosophy is to outsource manufacturing of the product to suppliers who are experts in their respective areas. In parallel with the product development efforts, the Company has developed a strong portfolio of outsourcing partners who provide a solid manufacturing foundation. The Company has a 10, 000 square foot ( 1000 square meter ) assembly facility located in the state of Pennsylvania where units are assembled and tested by the companys strategic outsourcing partner JOMA Machine Company under the supervision of the companys manufacturing engineering and quality employees. Milling, turning and grinding foremen are responsible for their machining discipline, crews and the 30 dedicated machine tools that can handle diameters up to 72" in diameter. The overall machining capacity of Joma has increased from 30, 000 to 55, 000 square feet. as prototyping of Seakeepers Gyros has evolved into production orders. A building at 6 Front Street has been recently remodeled to accept production machining cells conceived with lean manufacturing principles, complimenting the existing technical expertise across the street. Joma's workforce is highly trained, all machining employees are capable of programming, and the crews are cross trained. The machining and design that involved Joma early on helped forge a strong relationship with Seakeepers engineers. The result is a manufacturing plan that combines the talents of both groups and integrates manufacturing and engineering ideas to produce technically superior machining, assembly and testing on one campus.