The R7 is a compact observation-class Remotely Operated Vehicle designed for inspection, monitoring, and light intervention tasks in subsea environments. Built with a digital architecture, it enables integration with a wide range of modern payloads while delivering stable maneuverability across three axes with rotational control. Equipped with multiple thrusters in a vectored configuration, the system provides precise navigation and control, supported by integrated sensors for heading, depth, altitude, and attitude stabilization. Its onboard vision system, featuring a high-definition camera with optical zoom and powerful LED lighting, enables clear imaging in varying underwater conditions.
Designed for ease of deployment and operation, the R7 includes portable surface control and power units housed in rugged, watertight cases, allowing rapid mobilization in the field. The human-machine interface provides intuitive control, real-time system monitoring, and video recording capabilities, supporting efficient mission execution. With options for additional sensors, manipulators, sonar systems, and advanced navigation features, the platform can be adapted to a variety of applications. Its robust construction, ease of maintenance, and modular payload integration make it suitable for inspection, survey, and light intervention operations in depths of up to 300 meters.
Speficiations:
| Operating depth: | 300 m |
| Forward speed: | 3 knots |
| Operating temperature: | -2 to 37°C (water) |
| Storage temperature: | -10 to 50°C (air) |
| Dimensions: | 780 x 551 x 424 mm |
| Weight: | < 35 kg (without additional equipment) |
| Propulsion: | 7 DC thrusters (4 horizontal vectored, 3 vertical) |
| Camera: | 1080p Full HD with 4x optical zoom |
| Lighting: | 2 x 5500 lm LED |
