THERMAL IMAGING
The Science
Thermal Imaging detects radiation in the infrared range of the electromagnetic spectrum and produces images of that radiation. Every object emits infrared radiation in proportion to its temperature i.e. the higher the object's temperature, the more infrared radiation it emits. Consequently, objects stand out well against the background when seen through an infrared thermal camera and are therefore easily visible.
Marine Night Vision Navigational System
Since infrared radiation is emitted by all objects, a thermal imager is able to "see" the environment regardless of lighting conditions. This means that, unlike alternative night-vision equipment such as Near-Infrared (NIR) Laser Systems and Night Vision Devices (NVDs), a thermal imager gives clear uninhibited vision in complete darkness and dense fog, making it an ideal marine navigational tool.
Applications
Navigation - Total Darkness
The Ulysses allows you to “see” even when no sight is possible. Floating debris, vessels, rocks, buoys and other structures are clearly visible even in complete darkness.
Rescue - Man Overboard
In a man-overboard situation, it is imperative that visual contact with the fallen person be maintained throughout. The Ulysses is invaluable here, particularly when the event occurs at night or in poor visibility conditions.
Security - Anti-Piracy
Piracy attacks typically result in robbery, seizure of cargo or ship and even hostage taking. While radar readings can indicate approaching objects, the Ulysses provides actual visual feedback from which more precise identification and threat assessment can be made.
Law Enforcement - Early Threat Detection
Law enforcement agencies entrusted with border control, port security and surveillance monitor the seas 24/7. In night operations, the Ulysses facilitates by enhancing visual coverage. Further, the mobility and low power requirements of the Ulysses make it highly deployable on smaller coastal vessels.