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Blueprint Oculus Multibeam Sonars | M1200D
The M1200d multibeam imaging sonar conveniently mounts to our ROVs or Utility Crawlers for effective target identification in turbid waters. The M1200's high operational resolution features a peak frequency of 2.1MHz, an integrated velocimeter for improved accuracy, and a range resolution of 2.5mm for detailed close-range inspections.
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Integrated into controller
Dual frequency mode
0.1m to 30m range
Dual frequency shorter range, high-resolution multibeam Imaging Sonar for murky water survey and inspection
The M1200D short-range imaging provides the highest quality image in the M-series sonars. Ideal for up close inspections of submerged structures and diver monitoring in turbid waters.
In murky water, you might need to move your ROV within just a few inches of the hull to get an effective visual. The problem with this is that it then becomes very difficult to understand your position under the vessel, especially large cargo vessels or cruise ships, and it also takes significantly longer to perform the inspection.
Using an imaging sonar, you can visualize the hull from further way, and identify anomalies through that murky water while also seeing more of the ship to give you positional awareness.
In murky water, you might need to move your ROV within just a few inches of the hull to get an effective visual. The problem with this is that it then becomes very difficult to understand your position under the vessel, especially large cargo vessels or cruise ships, and it also takes significantly longer to perform the inspection.
Using an imaging sonar, you can visualize the hull from further way, and identify anomalies through that murky water while also seeing more of the ship to give you positional awareness.
Low-visibility operations
Cameras and diver’s eyes often are unable to effectively search due to poor visibility underwater. An imaging sonar is the best tool to then reidentify the target, since oftentimes side scan data does not produce an exact location (so navigating back to the potential target can be difficult). Once the target is reidentified, the sonar can be used to continue to track the target as you move closer, and when you get close enough, it can even be used to perform the visual verification.
Sonar for hull inspection
In inspection operations, particularly in murky water applications, it can be difficult to use just a camera to get an understanding of the condition of a structure.
For example, when inspecting the hull of a ship, you want to see if there are any major defects or corrosion, damage to the coating, zincs, anodes, propeller, check the coating condition, check if the hull needs to be cleaned.
M1200D Multibeam Sonar Specs
| Width | 122mm (4.8 inch) |
|---|---|
| Height | 62mm (2.4 inch) |
| Length | 125mm (4.9 inch) |
| Construction | Anodised Aluminium (Titanium available on request) |
| Depth Rating | 300m |
| Weight in air | 980g (2.1lbs) |
| Weight in water | 360g (0.79lbs) |
| Operating & Storage Temperature | -5°C to +35°C (23°F 95°F) |
M1200D Multibeam Acoustic Specs
| Frequency | 1.2MHz (LF) / 2.1MHz (HF) |
|---|---|
| Range (max) | 30m (LF) / 10m (HF) |
| Range (min) | 0.1m |
| Beam Seperation | 0.25° (LF) / 0.16° (HF) |
| Number of Beams | 512 |
| Range Resolution | 2.5mm (LF) / 2.5mm (HF) |
| Update Rate (max) | 40Hz |
| Vertical Aperture | 20° (LF) / 12° (HF) |
| Angular Resolution | 0.6° (LF) / 0.4° (HF) |
| Horizontal Aperture | 130° (LF) / 60° (HF) |
Dual frequency shorter range, high-resolution multibeam Imaging Sonar for murky water survey and inspection
The M1200D short-range imaging provides the highest quality image in the M-series sonars. Ideal for up close inspections of submerged structures and diver monitoring in turbid waters.
In murky water, you might need to move your ROV within just a few inches of the hull to get an effective visual. The problem with this is that it then becomes very difficult to understand your position under the vessel, especially large cargo vessels or cruise ships, and it also takes significantly longer to perform the inspection.
Using an imaging sonar, you can visualize the hull from further way, and identify anomalies through that murky water while also seeing more of the ship to give you positional awareness.
In murky water, you might need to move your ROV within just a few inches of the hull to get an effective visual. The problem with this is that it then becomes very difficult to understand your position under the vessel, especially large cargo vessels or cruise ships, and it also takes significantly longer to perform the inspection.
Using an imaging sonar, you can visualize the hull from further way, and identify anomalies through that murky water while also seeing more of the ship to give you positional awareness.
Low-visibility operations
Cameras and diver’s eyes often are unable to effectively search due to poor visibility underwater. An imaging sonar is the best tool to then reidentify the target, since oftentimes side scan data does not produce an exact location (so navigating back to the potential target can be difficult). Once the target is reidentified, the sonar can be used to continue to track the target as you move closer, and when you get close enough, it can even be used to perform the visual verification.
Sonar for hull inspection
In inspection operations, particularly in murky water applications, it can be difficult to use just a camera to get an understanding of the condition of a structure.
For example, when inspecting the hull of a ship, you want to see if there are any major defects or corrosion, damage to the coating, zincs, anodes, propeller, check the coating condition, check if the hull needs to be cleaned.
M1200D Multibeam Sonar Specs
| Width | 122mm (4.8 inch) |
|---|---|
| Height | 62mm (2.4 inch) |
| Length | 125mm (4.9 inch) |
| Construction | Anodised Aluminium (Titanium available on request) |
| Depth Rating | 300m |
| Weight in air | 980g (2.1lbs) |
| Weight in water | 360g (0.79lbs) |
| Operating & Storage Temperature | -5°C to +35°C (23°F 95°F) |
M1200D Multibeam Acoustic Specs
| Frequency | 1.2MHz (LF) / 2.1MHz (HF) |
|---|---|
| Range (max) | 30m (LF) / 10m (HF) |
| Range (min) | 0.1m |
| Beam Seperation | 0.25° (LF) / 0.16° (HF) |
| Number of Beams | 512 |
| Range Resolution | 2.5mm (LF) / 2.5mm (HF) |
| Update Rate (max) | 40Hz |
| Vertical Aperture | 20° (LF) / 12° (HF) |
| Angular Resolution | 0.6° (LF) / 0.4° (HF) |
| Horizontal Aperture | 130° (LF) / 60° (HF) |
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