The US Navy’s Office of Naval Research has recently worked with the operator of the retired WWII-era carrier USS Midway to test a drone-based corrosion detection system.
ONR’s fast-prototyping division, TechSolutions, has developed a sensor package and processing system called Topside Drone that can detect corrosion and anomalies on hull surfaces automatically, saving time in surveys. The technology will be used to inspect and detect material defects, corrosion, warping and other forms of deterioration.
In a manner broadly similar to technology under development by ABS, Topside Continue reading “US Navy develops corrosion Topside Drone detection system”
Since the introduction of the first diesel-powered ships in the early 20th century, technology developments in shipping have been steady and incremental. This continuity will end as the industry approaches the year 2050. Decarbonization requirements and the opportunities offered by digitalization will bring about major change. The challenge for a ship built today is that this change will take place within its lifespan. Failure to account for foreseeable regulatory and technology developments may render a ship built today uncompetitive at best; in the worst case it may end up being prohibited from operating altogether. The technology choices made when building a new ship will therefore decide whether it will be future-proof.
