Russian state-owned tech and defense giant Rostec has showcased its latest innovation in underwater technology at a recent exhibition.
Ruselectronics, fully owned by Rostec, introduced an upgraded photo and video recording system designed specifically for professional divers and underwater drones at the International Maritime Defence Show 'FLEET-2024' that took place between June 19-23.
The newly unveiled equipment is capable of delivering high-resolution imagery at depths of up to 6,000 meters.
The system features a camera with an adjustable angle of up to 52 degrees, allowing for versatile and comprehensive underwater imaging.
Developed by the Television Scientific Research Institute, the system integrates advanced components including IP cameras or AHD cameras, high-performance deep-water LED fixtures, and a sophisticated indication and control unit.
Aleksey Nikitin, the General Director of Television Scientific Research Institute said: “Modernization of the photo and video monitoring system will help underwater vehicles fulfill the set tasks more efficiently and will increase the performance of rescue and diving operations.
“Currently, the prototypes have been provided for field testing,” he added.
The innovations are tailored for a range of applications including scientific research, geological surveys, and rescue operations in deep-sea environments.
The new video system boasts an image resolution of up to 2048x1536 pixels and offers camera angles of either 45 degrees or 52 degrees. It is specifically engineered to adapt to the velocity of unmanned underwater vehicles, optimizing performance in various operational conditions.
Additionally, the system incorporates features such as luminous flux control, which adjusts based on water transparency, and a pulse recording mode that enhances image quality while reducing power consumption. These technological advancements aim to improve the overall effectiveness and efficiency of underwater imaging.
Currently, the first units of this cutting-edge system are undergoing testing to ensure their reliability and performance in real-world conditions.
