Blueye X3 Equipment
Oculus M750d Dual-Frequency Multibeam Sonar
The benchmark in multibeam imaging sonars. The Oculus M-Series offers single and dual-frequency models, unparalleled image quality in a compact, rugged form factor, and a depth rating of 500 m.
Blueprint Subsea
The Oculus M750d multibeam sonar from Blueprint Subsea is an excellent sensor helping the operator navigate, identify objects and increase situational awareness under the surface.
The sensor is especially useful when diving in murky waters, for search and rescue missions, or for jobs where you cannot rely on a camera solely to locate your target of interest.
The integration with the Blueye X3 ROV enables the operator to adjust the sonar vertically from -30° to 30° directly from the Blueye app.
Operating frequency: 750kHz / 1.2MHz1
Range: 120m / 40m
Horizontal Aperture: 130° / 130°
Vertical Aperture: 20° / 20°
Technical Specifications
Oculus M750d Dual-Frequency Multibeam Sonar
The benchmark in multibeam imaging sonars. The Oculus M-Series offers single and dual-frequency models, unparalleled image quality in a compact, rugged form factor, and a depth rating of 500 m.
Mechanical | |
Dimensions | 122 mm (L) x 122 mm (W) x 62 mm (H) |
Construction | Anodised Aluminium |
Weight | 980 g (Air), 360 g (Water) |
Depth Rating | 500 m |
Temp. Range (operating) | -5°C up to +35°C |
Temp. Range (Storage) | -20°C up to +50°C |
Performance | |
Operating Frequency | 750 kHz / 1.2 MHz |
Range (maximum) | 120 m / 40 m |
Range (minimum) | 0.1 m |
Range Resolution | 4 mm / 2.5 mm |
Update Rate (maximum) | 40 Hz |
Horizontal Aperture | 130° / 130° |
Vertical Aperture | 20° / 20° |
Number of Beams (maximum) | 512 |
Angular Resolution | 1 ° / 0.6° |
Beam Separation | 0.25° / 0.25° |
Electrical | |
Connector | Impulse IE55 Series, 6-way |
Communications | 4-wire 100-BaseT Ethernet 2-wire DSL extender module |
Supply Voltage | 12 V to 32 V DC non-isolated |
Power Consumption | 10 W to 35 W (model and range dependent) |
Integrated Sensor | Water pressure and temperature (for Velocity-of-Sound calculations) |