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FEATURES |
• Accurate
3D navigation in the
underwater environment
• Navigation updates
using a
discrete GPS, via floating
buoy or submersible receiver
• Automatic logging
of the
diver’s parameters and swim
path including heading, depth
and time
• On demand recording
of the
type, time, status, position and
depth of objects on the seabed
• Accessing reference
material
from a user configurable
database including pictures
• Automatically charting
and
surveying the bottom conditions
of the search area
• Covert search and navigation
• Mission
planning, execution
and post analysis software
• Optional Mission
Specific
Modules (MSM)
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DATA
SHEET |
Click image to enlarge
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SeaPC
Underwater Computing At Your Fingertips
The SeaPC is the State-Of-The Art undersea computing solution
for Naval and Para-Military diving forces around the Globe.
A ruggerised personal computer housed in a pressure tight
casing is packed with the widest range of features necessary
for
accurate and timely diving operations. The SeaPC is a force
multiplier in both individual and multi person diving operations
through the use of high speed undersea data communications
complemented with straight forward data transfer (via USB) on
the surface.
A flat panel, light adjustable computer display
provides the diver
with a plethora of information to successfully complete the most
complex diving tasks in the shortest possible time. The SeaPC
controls are a straightforward, menu based system and
accessed and controlled via a 5-button Kord® Grip, thereby
allowing the diver to focus attention on the task at hand.
The SeaPC represents the most advanced solution
for undersea
reconnaissance by divers. The advantages of automated data
collection, acoustic navigation and undersea data transfer are
applicable to undersea surveying and mapping, photography,
area searches and inspections, surveillance and feature
detection… just to name a few.
Not Just Military ...
The SeaPC is equally at home in the non-military environment
and will provide significant benefits to the commercial and
research fields. The removal of pure military functionality in
no
way degrades the primary performance requirements of the
SeaPC and is likely to be a more cost-effective solution in both
acquisition and task completion.
A recent trial using the SeaPC to survey a reef
chain reduced
the total task time from 15 to 2 days with vastly improved
accuracy in records. The information collected from this survey
was available on the intranet within hours of completing the
task.
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