28
4D (real-time 3D) volumetric
images, each with different sonar
parameters, filters, field of view and
frequencies, each with up to 65,536
beams per ping; Full Acoustic Time
Series Data (Raw Backscatter) and
hybrid options using our highly
versatile in-built Sequencer
Module.
A key advantage of Echoscope
PIPE technology is its ability to
serve as a single, multi-purpose
sensor, enabling users to
consolidate a wide range of subsea
survey and inspection tasks into
one system. This versatility reduces
operational complexity and
streamlines both equipment
logistics and data workflows.
The Echoscope PIPE also played a
central role in the response to the
Francis Scott Key Bridge collapse,
where it served as the primary
sensor across the entire recovery
and inspection work scope.
Despite the Echoscope PIPE sonar
family expanding to over seven
distinct form factors, each
available in five different depth-
rated variants, the growing
demand for integration with next-
generation small underwater
vehicles—both manned and
unmanned—as well as robotic
platforms and diver-wearable
systems, called for a radical,
ground-up development.
Over the past two years, Coda
Octopus has made a significant
investment in the development of
its’ next-generation custom
technology chipset. This
breakthrough custom chip set
forms the foundation of our latest
NANO Gen Series of sonars
innovation, enabling the
miniaturisation of our industry-
leading real-time 3D imaging
sonar—without compromising the
integrity of our high-performance
channel signal acquisition
architecture.
The newly launched Echoscope
PIPE NANO Gen Series
Propeller Survey
Bridge Inspection
FEATURE FORWARD LOOKING SONAR