metric imperial Damen Pusher 2611 Damen Pusher 2611 Cargo capacity Cargo capacity 17500 17500 Max. propulsion power (hp) Max. propulsion power (hp) 2250 2250 Design draft (metres) Design draft (feet) 1.65 5.41 Autonomy 500 - 750 Propeller diameter (mm) Propeller diameter (inches) 1500 59.06 Damen Pusher 4619 45000 45000 7300 7300 1.95 6.4 3000 2150 84.65 Damen Pusher 4317 35000 35000 6500 6500 1.95 6.4 2.000 - 2.500 2050 80.71 Damen Pusher 3613 25000 25000 4500 4500 1.85 6.07 750 - 1.250 1900 74.8 Damen ASD Pusher 2811 15000 15000 2400 2400 2 6.56 500 - 750 1800 70.87 Compare with other Pusher
Design Shallow draft The vessel is designed in such a way that it is able to sail with a draft of only 1.65 m. Well powered The maximum total propulsion power which can be installed on board is 2,250 hp divided over 3 shaft lines. Fuel efficiency Due to the innovative hull shape and design features the vessel is very fuel efficient.
DAMEN TECHNICAL ASSISTANCE Damen Services has the right expertise to deliver technical assistance during the vessel’s complete lifecycle. This leads to optimal vessel performance and reliability for our customers. Why? Because our experts make sure our customers profit from fast problem solving, short and well organised docking periods and high quality maintenance and repairs. DAMEN TRAINING PROGRAMMES Our training programmes give our customers skilled, motivated and committed employees. This results in a sustainable approach and enables customers to reach their goals in reducing operational costs, improving vessel uptime and reducing costs. Damen Services offers the total training package when it comes to developing your staff.
Damen Pusher Series Typical design aspect for the entire Damen Pusher range is the amount of propulsion power in combination with the limited draft. Project SHALLOW New markets are opening for shallow draught pusher barge convoys in developing countries. As a result "project SHALLOW" was initiated within Damen to develop series of ships specifically designed for shallow and confined waters. For this purpose design guidelines and tools are developed by conducting studies on the hydrodynamic effects of sailing on shallow and restricted waters. DUTCH MARITIME KNOWLEDGE All Damen vessels benefit from knowledge gathered during ongoing research programmes within the Group. Damen works alongside world-renowned research institutes such as Delft University of Technology, Maritime Research Institute Netherlands (MARIN) and the Netherlands Organization of Applied Scientific Research (TNO), as well as other reputable universities and leading maritime companies.
pdf Product Sheet Detailed technical specification for Damen Pusher 2611 Download › Download the latest Company publications: Damen Technical Cooperation pdf Damen Corporate Brochure pdf Damen Magazine #8 pdf