Pro account is available for free now, Platform launching Q1 2027.Sign up

Vessbook

Port-to-port sea distance

Freeport to Wilhelmshaven distance

The sea distance from Freeport (United States) to Wilhelmshaven (Germany) is about 5,199 nautical miles (9,628 km), on the open-sea route. At 12 knots that is about 18 days 1 hour at sea.

Distance

5,199 nm

9,628 km

Sea days @ 12 kn

18.1

18 days 1 hour

ECA miles

2,490 nm

48% of the route

Canals & straits

0

Open-sea route

Sea days by speed

SpeedOne wayRound voyage
10 knots21.7 days43.3 days
11 knots19.7 days39.4 days
12 knots18.1 days36.1 days
13 knots16.7 days33.3 days
14 knots15.5 days30.9 days
15 knots14.4 days28.9 days

Steaming time only, with no allowance for weather, canal waiting or port time. The round voyage assumes the ship ballasts back on the same route.

Routes compared

Shortest route

5,199 nm

18.1 days at 12 kn · no canals or straits · 2,490 nm in ECA

See it on the map

Voyage estimates by ship size

About this trade

US Gulf crude exports. US shale crude out of Corpus Christi, Houston and the LOOP to Europe and Asia, often reverse-lightered onto VLCCs offshore.

Typical ship sizes
VLCC, Suezmax, Aframax
Related benchmark routes
TD22 (USG–China VLCC), TD25 (USG–UKC Aframax)

Questions

How far is Freeport from Wilhelmshaven by sea?

The sea distance from Freeport to Wilhelmshaven is about 5,199 nautical miles (9,628 km), on the open-sea route.

How long does a tanker take to sail from Freeport to Wilhelmshaven?

About 18 days 1 hour at 12 knots, or 15.5 days at 14 knots. That is steaming time only; add time for port calls, canal transits and weather.

Which canals and straits does the Freeport–Wilhelmshaven route pass?

None. The shortest route stays in open water without passing a major canal or strait.

How much of the voyage is inside an Emission Control Area?

About 2,490 nm, or 48% of the voyage, is inside an ECA, where ships must burn 0.10% sulphur fuel or use a scrubber.

Terms on this page

Distances are calculated by Vessbook on a modelled global shipping-lane network for a tanker at 12 m draft, from berth area to berth area.

We use cookies

Essential cookies keep you signed in. Analytics and marketing are optional. Cookie Policy