1 6

Cerulean Omniscan 450 FS Imaging Sonar

Cerulean Omniscan 450 FS Imaging Sonar

Ocean Robotix Pvt Ltd

Cerulean Omniscan 450 FS Imaging Sonar

100 in stock

This imaging sonar has a long 120-meter range and a tall 50-degree vertical beamwidth, making it perfect for identifying and navigating to targets on the seafloor. It includes a mounting bracket and all necessary hardware for quick installation on the BlueROV2. It can be used as a single sonar unit or combined with additional units to enable 2D motion tracking in SonarView.

An Ethernet Switch is required for operation with the BlueROV2.

Rs. 267,750.00
Rs. 267,750.00
Sale Sold out
SKU: BR-103513-100
  • Free Shipping Globally
  • Try it Risk-Free for 90 Days
  • FDA Cleared
View full details

Product Description

Traditional imaging sonars rely on mechanical scanning to generate an image of the seafloor. The Omniscan 450 FS Imaging Sonar takes a completely different approach—it puts scanning in the hands of the ROV pilot.

Instead of waiting for a mechanical scanner to slowly sweep an area, the Omniscan 450 FS builds an image dynamically as the ROV moves. This means you can instantly focus on specific areas of interest. Cerulean’s SonarView software “paints” the image in real-time, giving pilots complete control over where and how they scan.

Cerulean Omniscan 450 FS Imaging Sonar - Description Image

Explore & Navigate: See the Unseeable

The Omniscan 450 FS offers a 120 meter range, allowing you to detect targets far beyond the ROV’s reach. Its 50 degree vertical beamwidth ensures you can see objects far below the ROV, even when operating high off the seafloor

This Omniscan 450 FS helps you easily locate and approach targets, making it ideal for wreck hunting and navigation. It reveals details that other imaging sonars might overlook, and can assist in locating objects that are difficult to detect.

Built for the BlueROV2

The Omniscan 450 FS includes nearly everything necessary for easy installation on the BlueROV2, but you’ll need a few more things to get started: an Ethernet Switch for proper operation and a Roof Rack if you’re looking to top-mount the sonar. The Omniscan 450 FS can also be mounted to the bottom panel of the ROV by drilling a few holes. Check out the integration guide for full information.

If you purchased the Omniscan 450 FS directly from Cerulean, you might want to give our standalone mounting bracket a try.

The Omniscan 450 FS is also rated to 100 meters, like our standard BlueROV2 model.

Cerulean Omniscan 450 FS Imaging Sonar - Description Image

Unlock Powerful Scanning Capabilities

The Omniscan 450 FS can be paired with a Doppler Velocity Log (DVL) to enable 2D motion tracking in SonarView. With 2D motion tracking, scanning is translational as well as rotational.

Using a pair of Omniscan 450 FS sonars, one forward and one 90 degrees to either side, also unlocks full 2D motion tracking within Cerulean’s SonarView.

  • 1 x Cerulean Omniscan 450 FS
  • 1 x Omniscan 450 FS mounting bracket
  • 1 x 150 mm JST GH to JST GH twisted pair cable
  • 1 x 4-position JST GH to JST GH coupler (BR-100509)
  • 1 x RJ45 to to JST GH adapter
  • 16 x M4 washer (BR-103527)
  • 8 x M4 lock nut (BR-102250)
  • 4 x M4x16 hex head cap screw (BR-103528)
  • 8 x M4x20 hex head cap screw (BR-103519)
  • 1 x M10 bulkhead nut & -013 O-ring (BR-100167-010)
  • 2 x 7 mm wrench (BR-103514)
Parameter Value
Electrical
Supply Voltage 10–30 V
Max Idle Power Consumption 5 W
Max Power Consumption 10 W
Acoustic
Transducer Frequency 450 kHz
Range Resolution Up to 1/1200 of range setting
Max Ping Rate 20 Hz (up to 30 m range)¹
Maximum Range 120 m
Far Field² 5 m
Beam Width³ 0.8°
Beam Height 50°
Communication
Interfaces 100Base-T Ethernet
Software SonarView
Protocol Programming API
Tools
Compatible Bulkhead Wrench M10 (BR-100977-010)
Bulkhead/Nut Wrench Flats 16 mm
Recommended Installation Torque 3.5 Nm
Physical
Depth Rating 100 m
WetLink Penetrator Size M10-4.5MM-LC
Recommended Thru Hole Diameter 10.2 mm
M10 Bulkhead O-ring Size AS568-013 Buna-N 70A

1 Thereafter limited by range and speed of sound. Examples: 10 Hz @ 50m, 5 Hz @ 140m range setting.
2 Far Field distance is the range beyond which the beam width specification is valid. At nearer distances the effective beam width gets wider, and sidelobes get larger.
3 This is the nominal theoretical 2-way (transmit and receive) 3dB beam width. All specifications are available on the Cerulean Sonar site.

Cerulean Omniscan 450 FS Imaging Sonar - Drawing 1

18 March 2025

  • BR-103513-100 – Initial release