Versatile designs for 'open top' heavy lift vessels
The Atlantic Dawn series vessels were primarily intended to transport volume goods with short delivery times, including blades for offshore wind turbines and specialized equipment like yachts. The design by C-Job integrated onboard cranes to allow the vessels to operate independently of harbor facilities.
One of the unique features of the Atlantic Dawn series is the ability to operate in ‘open top’ mode, whereby the vessels sail without cargo hatches, to make loading, transportation and unloading of bulky items faster. This introduced several design challenges, in particular the vessel’s stability during self-loading and unloading operations. C-Job resolved potential issues by incorporating a stability pontoon for use during heavy lift operations, while a single crane can operate without the stability pontoon in less demanding situations.
The full design scope included everything from concept design to delivery of production information to the shipyard. C-Job also optimized the hull design through collaboration with the Maritime Research Institute Netherlands (MARIN) to ensure the vessels would perform at the highest possible standards in terms of fuel efficiency and stability.
The entire project was executed at a remarkable pace, with the concept design delivered by C-Job in six weeks, and the first vessel delivered just 23 months after the first lines were drawn on the general arrangement. This rapid execution was one of the most significant achievements of the project, demonstrating C-Job’s ability to meet tight deadlines while delivering high-quality designs.
Atlantic Dawn Series – for CIG Shipbuilding
Project highlights
Highly versatile vessels
Capable of handling a wide range of cargo types and self-loading operations
Fast delivery
From concept/GA to delivery of first vessel 22 months
Stable and efficient
Capability to sail ‘open top’ while maintaining safety and stability
Recognized by the industry
Nominated for the prestigious KNVTS ‘Ship of the Year’ award in 2014