Sonar 3D-15

Water Linked’s an advanced 3D multibeam imaging sonar with a range of 15 meters. With real-time 3D data now accessible from such a compact sensor, countless opportunities for advanced levels of autonomy will emerge. Technical specifications Mechanical

- Device height
80 mm
- Device width 120 mm
- Device depth 40 mm
- Device weight (air) 660 grams
- Device weight (submerged) 390 grams
- Depth rating 300 meter
- Materials Polyurethane, Stainless steel 316
Electrical / Interface

- Input voltage 10-30 Vdc
- Power consumption 20 W​
- Power-on current surge 60 W
- Physical interface 3m cable with interface module
6 wires (Power / Ethernet)
- Indicator Status LED (Power) ​
- Communication Ethernet (10/100/1000 Base-T) ​
- Protocols Water Linked API ​
Acoustic / Performance

- Transducer frequency 1.2 MHz - Navigation
- 2.4 MHz - Inspection
- Transducer beam angle 0.6° horizontal, 2.4° vertical - Navigation
- 0.4° horizontal, 1.1° vertical - Inspection
- Ping rate 5Hz - Navigation
- 20 Hz - Inspection
- Sensor assist Integrated AHRS / IMU
- Range 15 m - Navigation
- 4 m - Inspection
- Latency 200 ms
- Resolution 4 mm - Navigation
- 1.5 mm - Inspection
Approvals

- CE certificate
- RoHS compliant
See clearly in shallow and murky waters

Shallow water, often characterized by low visibility and high turbidity, typically renders optical cameras ineffective. While traditional 2D sonars offer some improvement, they fall short in providing a comprehensive understanding of the surrounding environment.

The at the forefront of underwater exploration, delivering a clear, three-dimensional acoustic image that penetrates even the murkiest of waters. This technology creates the ability for intuitive navigation, greatly enhancing the user’s capability to maneuver around obstacles and pinpoint targets. Immediately understand what you see

Our 3D sonar immediately delivers comprehensive, easy-to-understand images of underwater environments, enhancing decision-making speed and accuracy.

Each acoustic "ping" generates a complete 3D image without the need for scanning or post-processing, which is critical for navigation and obstacle avoidance.