Professional maritime intelligence and vessel tracking data.
Professional maritime intelligence for ZIM MOUNT OLYMPUS, powered by official maritime registries.
Real-time vessel operations and current activity status.
Latest vessel position and movement tracking data.
Navigation Status
Speed (knots)
SOGComplete vessel specifications, dimensions, and technical details.
AI-powered analysis and highlights for ZIM MOUNT OLYMPUS.
The ZIM MOUNT OLYMPUS is a modern fully cellular container ship designed to accommodate a capacity of 9,650 TEU, positioning it effectively for major trade routes. Built in 2024 by Samsung Heavy Industries, this vessel features a substantial deadweight tonnage of 161,070 tonnes, allowing for significant cargo flexibility. With a length overall of 366.077 meters and a beam of 51.03 meters, it is engineered for efficient long-haul operations.
Current AIS data indicates the vessel is traveling at a speed of 14.2 knots towards PUSAN, suggesting it is engaged in a laden voyage. The draft is not specified, but a high draft would typically indicate cargo operations, which aligns with the vessel's destination. The operational speed reflects potential efficiency, indicating the vessel is likely optimizing its transit time.
The ZIM MOUNT OLYMPUS strategically positions itself within the competitive container shipping market, particularly for routes servicing Asia. Brokers can leverage its capacity and modern fuel efficiency to attract charterers focused on sustainability and operational cost-effectiveness. The vessel's new build status may also appeal to operators seeking reliable, compliant tonnage in a tightening regulatory environment.
With a gross tonnage of 152,204 and a deadweight capacity of 161,070 tonnes, the ZIM MOUNT OLYMPUS is well-suited for high-capacity cargo operations. Its propulsion system, utilizing LNG, suggests a commitment to reducing emissions, which can enhance its appeal in an increasingly environmentally conscious market. The vessel's dimensions and TEU capacity also ensure access to major ports, maximizing operational flexibility.
Similar vessels with comparable characteristics.