Reviews & Ratings for the Iraklis-Z

Sanmar Shipyards, based in Turkey, has officially launched and delivered the first vessel from a new class of Robert Allan Ltd designed ASD tugs. This impressive tugboat is set for operations at a Sicilian oil terminal, managed by Italtugs. Named Civitavecchia, the tug showcases substantial dimensions, measuring 32 meters in length overall (LOA), a beam of 13.2 meters, and a maximum draught of 6.4 meters. Underpinning its robust performance is a forward bollard pull exceeding 85 tonnes, achieved through the power of two MAN 7L27/38 main engines. Each engine generates 2,555 kW at 800 RPM, driving two Rolls-Royce type US25 CP Z-drive azimuth thrusters. The thrusters are equipped with 2,800mm diameter propellers encased in mild steel nozzles, firmly linked via solid shafts and dual Cardan joints. Alongside its remarkable bollard pull, the Civitavecchia can also reach impressive speeds of over 13 knots, marking a significant addition to the fleet and enhancing operational capabilities at the terminal.

Italtugs has recently expanded its fleet with the acquisition of the Civitavecchia tugboat, aimed at enhancing operations at a Sicilian oil terminal. This delivery highlights the ongoing collaboration between Sanmar Shipyards based in Turkey and Canadian naval architects Robert Allan Limited. Measuring 32 meters in length, 13.2 meters in breadth, and boasting an extreme draft of 6.4 meters, the Civitavecchia is engineered for efficiency and power. Equipped with dual MAN 7L27/38 main engines, each generating an impressive 2,555 kilowatts at 800 RPM, the vessel is fitted with Rolls-Royce type US25 CP Z-drive azimuthing thrusters. The robust propellers, measuring 2,800 millimeters in diameter, are driven through solid shafts featuring two Cardan joints, all housed within mild steel nozzles. This powerful tug offers a remarkable forward bollard pull exceeding 85 metric tons and a free-running speed that surpasses 13 knots, positioning Italtugs for successful operations in the maritime sector.