
Technical Data
Overview
Port of Las Palmas is port for fishing, commercial, passenger and sports boats in the city of Las Palmas in the north-east of Gran Canaria, Canary Islands, Spain. For five centuries, the Port of Las Palmas has been the traditional base for scale and supplying ships on their way through the Middle Atlantic.
Location
28.1500°N, 15.4167°W
View on Google Maps →Port Congestion
Arrivals, time in port and cargo operations detected from AIS: the position-inferred congestion signal, with the full dwell distribution rather than a single average.
Vessels underway broadcasting a destination that resolves to this port, closest first. Distance is the real sea route (around land and through canals). Off port is steaming time at the vessel’s passage speed; alongside adds the wait this port has actually kept comparable ships for. Berth waits vary far more than they average, so read the queue as typical, not promised. The crew’s own reported ETA is shown alongside for comparison.
| Vessel | Type | Distance | Speed | Off port | Alongside | Crew ETA |
|---|---|---|---|---|---|---|
| ZBB SERENITY | Bulk Carrier | 0 nm | 11.3 kn | 15 Oct | 16 Oct+9h | 15 Oct |
| VOLCAN DE TAMADABA | Ro-Ro or Passenger Ship | 0 nm | 17.5 kn | 15 Oct | · | 15 Oct |
| GLOBAL HARMONY | Bulk Carrier | 0 nm | 12.4 kn | 15 Oct | 16 Oct+9h | 15 Oct |
| MEDROSE | Bulk Carrier | 0 nm | 3.1 kn | 15 Oct | 16 Oct+9h | 15 Oct |
| ZEIN I | Livestock Carrier | 0 nm | 1.5 kn | 15 Oct | 16 Oct+9h | 15 Oct |
| BERGE SNAEFELL | Bulk Carrier | 0 nm | 5.3 kn | 15 Oct | 16 Oct+9h | 15 Oct |
| BAHIA CARGO | Ro-Ro Cargo | 71 nm | 20.6 kn | 15 Oct | 16 Oct+11h | 15 Oct |
| VALDIVIA | Container Ship | 126 nm | 11.2 kn | 16 Oct | 16 Oct+2h | 18 Oct |
| UHL FABLE | Heavy Lift Vessel | 126 nm | 13.9 kn | 16 Oct | · | 16 Oct |
| AM PRINCESS | Bulk Carrier | 607 nm | 10.3 kn | 18 Oct | 18 Oct+20h | 17 Oct |
| RABEA | Bulk Carrier | 607 nm | 11.9 kn | 17 Oct | 18 Oct+28h | 17 Oct |
| WL PALEKH | Bulk Carrier | 678 nm | 11.0 kn | 18 Oct | 18 Oct+18h | 16 Oct |
| PRIMUS | Bulk Carrier | 700 nm | 12.5 kn | 17 Oct | 18 Oct+23h | 17 Oct |
| WEC MONDRIAAN | Container Ship | 712 nm | 14.2 kn | 17 Oct | 18 Oct+29h | 17 Oct |
| MSC SPRING III | Container Ship | 719 nm | 15.9 kn | 17 Oct | 18 Oct+34h | 17 Oct |
| OCEANMASTER | Bulk Carrier | 768 nm | 11.6 kn | 18 Oct | 18 Oct+13h | 17 Oct |
| FENG LI HAI | Bulk Carrier | 768 nm | 11.9 kn | 18 Oct | 18 Oct+15h | 18 Oct |
| NEAMEH | Livestock Carrier | 959 nm | 11.6 kn | 19 Oct | 20 Oct+35h | 18 Oct |
| ARGO | General Cargo | 1229 nm | 9.7 kn | 20 Oct | 21 Oct+14h | 20 Oct |
| ISOLDANA | General Cargo | 1266 nm | 10.3 kn | 20 Oct | 21 Oct+18h | 19 Oct |
| RUNA | General Cargo | 1282 nm | 8.1 kn | 22 Oct | 22 Oct | 21 Oct |
| FEDERAL SUTTON | Bulk Carrier | 1552 nm | 11.0 kn | 21 Oct | 21 Oct | 21 Oct |
| EEMS TRANSPORTER | General Cargo | 1606 nm | 11.1 kn | 21 Oct | 21 Oct | 20 Oct |
| OCEANIC | General Cargo | 1720 nm | 12.1 kn | 21 Oct | 21 Oct | 22 Oct |
| TRAVELING SAGE | Bulk Carrier | 2106 nm | 7.9 kn | 26 Oct | · | 23 Oct |
| PEDHOULAS FARMER | Bulk Carrier | ~2549 nm | 8.7 kn | · | · | 30 Oct |
| JIU FENG LING | Bulk Carrier | ~2747 nm | 10.5 kn | · | · | 28 Oct |
| SJ COLOMBO | Bulk Carrier | ~2814 nm | 12.8 kn | · | · | 25 Oct |
| VALENTINA | Bulk Carrier | ~3010 nm | 1.2 kn | · | · | 22 Oct |
| LC PLANCHET | Bulk Carrier | ~3033 nm | 11.7 kn | · | · | 27 Oct |
| SOLE | Bulk Carrier | ~3064 nm | 11.6 kn | · | · | 27 Oct |
| AFRICAN STORK | Bulk Carrier | ~3335 nm | 12.3 kn | · | · | 28 Oct |
| STAR PEGASUS | Bulk Carrier | ~3347 nm | 10.6 kn | · | · | 28 Oct |
| NORD LING | General Cargo | ~3719 nm | 12.0 kn | · | · | 30 Oct |
| CAPTAIN ADAMS | Bulk Carrier | ~4056 nm | 10.5 kn | · | · | 29 Oct |
| ORANGE FRIENDSHIP | Bulk Carrier | ~4099 nm | 10.0 kn | · | · | 31 Oct |
| TRUE FRIEND | Bulk Carrier | ~4296 nm | 8.2 kn | · | · | · |
| SUNDOWN | Bulk Carrier | ~4480 nm | 11.5 kn | · | · | 31 Oct |
Network
How central Las Palmas sits in the sea-route network we cover: a connectivity score across navigable distances. A higher score means the port is navigationally close to many other well-connected ports, the maritime signature of a hub.
Directly routable to 349 other covered ports.
Method. A connectivity score across our own route network: a port reads higher when it is navigationally close to many other well-connected ports. The score is rescaled 0 to 100 within the snapshot, so the single most-connected port reads 100. Distances are Suez / Panama / Malacca-aware navigable sea miles.
Coverage. The route network spans the 350 largest commercial ports, so this ranks hubs within that covered network, not against every port on earth. The number is deterministic. No confidence grade is invented. Computed Oct 15, 2026.
Risk & quality
A coverage-weighted blend of recorded Port-State-Control detentions, marine casualties and live congestion at Las Palmas. Higher means more risk exposure for a ship calling here: it is a count of recorded events, not a judgement of the port's management.
Built from 33% of the three signals (scored on a single signal, treat as indicative).
Method. Each signal is normalised to 0 to 10 against an empirical cap, then blended weighting safety (detentions 0.40, casualties 0.35) above operational congestion (0.25). A port is scored only on the signals it has data for, and the weights renormalise. A missing signal is never credited as a safe 0.
Coverage. PSC and casualty data here is regional (US, UK, Canada), so most ports show only congestion and carry a low-confidence flag. Detention/casualty counts come from a country-scoped name match (≈60% of US detentions resolve); unmatched records are dropped, not force-fit.
Detention and casualty signals are screened against open port-state-control and marine-casualty records, combined with our own AIS-derived congestion. Updated Oct 15, 2026.