Compendium Marine Engineering

Welcome to another exciting episode of A Spotlight to Panama! This week, we dive into the intricate operations of the Panama Canal with Carlos Mata, a Tugboat Captain with the Panama Canal Authority. The Panama Canal is a marvel of global engineering, requiring precise and coordinated efforts to ensure smooth transit for ships from around the world. Tugboats play a critical role in this process, and today, Captain Mata gives us an inside look at what it takes to keep this maritime artery...

In our new new section “Five questions for ..." Marine-Pilots.com introduces pilots and other market players to our readers in short interviews.

Today we have talked to Porthos Lima, Rio de Janeiro Pilots Operations Director.

PILOT HOLTENAU (MMSI: 211533730) is a Pilot Vessel and is sailing under the flag of Germany.
Her length overall (LOA) is 17 meters and her width is 6 meters.

Meanwhile, female pilots are more and more common.

The entrapment problem of a pilot ladder has not yet been solved and has prompted Captain Francesco Aiello to seek a solution. His very simple idea (patented) has been internationally recognized as innovative.

Harbor Pilot is a short film from 1967 that gives viewers a brief look at what a harbor pilot is and does. The film opens with footage of a sailboat sailing at sea, followed by a shot of a rocky coastline (01:10) and then an aerial view of a modern harbor — the Port of Los Angeles. A large freight ship, SS Gemstone, is out at sea. A harbor pilot stands on land at the Port of Los Angeles, looking out over the harbor. He walks into the pilot station at the entrance to the harbor to check the...

Check out the first video demonstration of the capabilities of our new LifeSava marine rescue vehicle! - Made in Australia! - Remotely-Operated - Fully self-righting and water-tight, making it un-sinkable! - Enough power to tow a person Check out more: http://maritimerobotics.com.au/lifesava Subscribe here: https://www.youtube.com/channel/UCAfHzHxBVVnc6kfQCDMytlQ?sub_confirmation=1

How to get information for wind & current limits to be potentially encountered by thrusters – or current? - this will be described in this movie:
- Measure Drift speed, due to beam wind with no propulsion;
- Measure drift speed using full thrusters
- Estimate wind & current limits to be potentially encountered by thrusters – or current...
- Finally there is a simple formula as Rule of Thumb: the transverse drift speed is about 7-8% of wind speed!