Professional maritime intelligence and vessel tracking data.
Professional maritime intelligence for NING SHEN HAI YOU 9, powered by official maritime registries.
Latest vessel position and movement tracking data.
This vessel is currently trading but no recent AIS position data is available.
AIS data is typically available for vessels that are:
Complete vessel specifications, dimensions, and technical details.
AI-powered analysis and highlights for NING SHEN HAI YOU 9.
The NING SHEN HAI YOU 9 is a products tanker built in 2017, designed for the transportation of liquid cargoes with a deadweight tonnage of 7,964 tonnes. It features a double hull construction, compliant with MARPOL regulations, enhancing safety and environmental protection during operations. The vessel's dimensions, with an overall length of 119.8 meters, position it well for regional trades, particularly in ports accommodating medium-sized tankers.
Currently trading, the vessel's draft of 6.8 meters suggests it is likely operating in a laden state, making it suitable for cargo operations in ports with sufficient water depth. However, without specific AIS data on its current position, further interpretation is limited. Monitoring speed patterns could provide insight into operational efficiency, as unknown speed metrics hinder performance assessment.
The NING SHEN HAI YOU 9’s specifications position it favorably for brokers and charterers looking for a reliable products tanker in the current market. Its relatively recent build year indicates a modern vessel that may command competitive charter rates. However, the absence of detailed ownership and operational history can raise questions regarding reliability and operational consistency.
With a deadweight tonnage of 7,964 tonnes and gross tonnage of 5,360 tonnes, the NING SHEN HAI YOU 9 exhibits suitable capacity for transporting a variety of liquid cargoes. The double hull structure not only meets safety regulations but also contributes to operational reliability, while the geared drive propulsion system is expected to enhance efficiency in cargo handling. The lack of detailed engine specifications limits the assessment of performance capabilities, which are critical for chartering decisions.
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