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Projects

Spirit of Hervey Bay

The design specification for Spirit of Hervey Bay required a service speed of between 18 and 20 knots with 245 passengers on board.

LOA 24 m
Beam 10.0 m
Draft 1.5 m
Fuel 4000 litres
Water 1000 litres
PAX 245
Engine 900 HP
East Cape Marine www.eastcapemarine.com
Streamline Catamarans www.streamline-catamarans.com
 
Design Concept

Designed by Noah Thompson, East Cape Marine, New Zealand, and built by Wayne Jones at Streamline Catamarans in Hervey Bay, the 24m EC160 Spirit of Hervey Bay was specifically designed for Glen Dorn to charter as a Whale Watching Vessel.

3 stories high, the EC160 was engineered by ATL Composites to meet Australian Standard USL 1C/1, to carry 245 passengers on her 3 decks, and to cruise at 22 knots.

“This is the way of the future,” declared Noah. “In a world where fuel economy is now king, this boat proves that composite construction is becoming the alternative to aluminium.  The combination of an
efficient design, the use of ATL Composites materials and engineering services, and a superb build, has led to the creation of a commercial vessel that has exceeded all expectations.”


Construction

Spirit of Hervey Bay took only 15 months to build.  The hulls were strip planked in DuraKore over male frames while the remainder of the vessel was manufactured and supplied by ATL as a DuFLEX Component Pack, including hull topsides, tunnel, transom, bulkheads, soles, decks and superstructure. ATL Composites also manufactured and supplied lightweight non-structural Featherlight panels for the ceilings and supplied the fibreglass reinforcements throughout. Their high performance KINETIX Professional Epoxies were used for additional laminating applications and WEST SYSTEM resins/ hardeners and powder modifiers were used for structural bonding, filleting and fairing on the project.

“ Compared to traditional boat-building where you so often see a major cost over-run, this ATL product proved to be exceptional with the ease of assembly; the CNC routed DuFLEX has every part numbered, so when it arrived at the Streamline factory, each piece could be easily identified and fitted into place during the assembly process.”

DuFLEX structural panels require fewer frames and ring frames to form the structure of the composite vessel, in comparison to a similar size aluminium vessel. The reduction in frames and also the light weight properties of the Duflex Panels, adds up to a significant weight savings overall. This allows the vessel to run with smaller engines and less fuel capacity, to also help with weight reduction.

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