Used SES PEGASUS #9146536 for sale

SES PEGASUS is a wet station designed for use in extreme depths to access raw seafloor data. The station is comprised of a 20-foot long steel frame built to accommodate instrumentation and electrical cables needed for deep-water surveys. It features a spherical buoyancy float attached to the frame so that the device can remain suspended in the water column, and the end of the station has electrically operated sleds to ensure that surveys remain stabilized while the station is deployed. The station includes a power source and uninterruptible power systems that can provide reliable power throughout the mission, as well as instrumentation to allow surveyors to observe and investigate the seafloor. The station has built-in redundancies, allowing it to collect data even in the event of an instrument failure or power disruption. The device is also equipped with telemetry transmitters, allowing the operators to track and monitor the station in real-time. PEGASUS is designed for operations in depths of up to 11,000 feet below sea level and includes subsea floodlights to enhance visibility during surveys. The station is housed in a heavy-duty gravel-resistant casing, protecting it from damage and increasing its overall robustness. The station is also designed with a multi-axis motion compensator that can adjust itself to account for the motion of the seafloor and maintain position during its surveys and investigations. In order to expand the utility of the station, additional instrumentation can be added, such as hydrophones, pressure gauges, wet and dry sample devices, cameras, and other scientific instrumentation. The station can also be adapted to support additional functions such as underwater search and rescue operations, and to host submarine communications networks. SES PEGASUS is an innovative wet station that is designed to collect data from the seafloor and to withstand working in the high-pressure environment of extreme depths. The station is designed with excellent safety protocols and redundant system redundancies, as well as instrumentation specifically engineered to withstand challenging environments. As a result, it is an ideal choice for researchers and surveyors looking to delve into the depths of the sea.