Aussie 1

At 13,575 gross tons, Aussie 1 is the 32,029th largest of the 84,014 vessels in this registry that report a tonnage. The median across that set is 5,994 GT, so this hull is about 2.3 times the typical vessel on record here. The largest measures 499,167 GT.

Among the 1,423 offshore supplys held here, it ranks 39th by tonnage — larger than 97% of that group. Their median tonnage is 2,061 GT, and the largest tenth begin at 4,961 GT. The flag most often flown by this group is United States (283 ships). The yard that appears most often against it is North American Shipbuilding, with 55 hulls on record.

Malaysia is the country of registry for 706 vessels in this directory, of which Aussie 1 is the 108th largest by tonnage. The most common class under that flag is vessels this registry holds no type classification for (400 ships), and the median vessel measures 2,708 GT. Browse every ship flagged Malaysia.

Narrowing to both dimensions at once, this registry holds 73 offshore supplys flying the Malaysia flag, of which none is larger than Aussie 1.

Aussie 1 was built in 2009, making it 17 years old. It is one of 2,834 hulls in this registry delivered that year, a cohort whose median tonnage is 11,673 GT; within it this ship is the 1,328th largest. Across the whole of the 2000s the registry holds 18,605 vessels, median 9,957 GT. The median build year across the entire registry is 1995.

At 111.0 m overall, Aussie 1 is 43.9 m longer than the 67.1 m median for offshore supplys on record.

IMO numbers are issued in broadly chronological blocks. Within 500 either side of 8770455 this registry holds 52 other vessels, whose median build year is 2010 and which range from 2006 to 2015. That places this hull’s registration in the same part of the series, consistent with its recorded build year of 2009.

Its IMO number, 8770455, carries its own check digit. The first six digits are weighted seven down to two and summed — = 155 — and the last digit of that total, 5, must equal the seventh digit, 5. It does, so this number is well formed.