From: $8,950.00

The Sonoptix ECHO is a high performance multibeam imaging sonar at a game-changing price point. Its dual frequency capability provides fine resolution at short ranges and imaging at long ranges up to 200 meters. An intuitive, cross-platform user interface and pre-installed penetrator and connectors make it easy to get started!

Requires an Ethernet Switch for use on the BlueROV2.

SKU: BR-102221
HS Code: 9015.80.8080

Product Description

For years, we’ve heard people complain, “Ugh, I wish multibeam sonars weren’t so expensive…”. Well, friends, you don’t have to complain anymore.

We’re excited to introduce the Sonoptix ECHO multibeam imaging sonar, which brings an impressive set of capabilities at a revolutionary price point that’s less than half the price of competing products! It’s a pleasure to use and elevates your ROV piloting experience to the next level.

Sonoptix is a new brand formed through a collaboration between some like-minded people who think that multibeam imaging should be more affordable and accessible. (We agreed with them, obviously). Despite the new brand name, this sonar has some serious expertise put into it and has been in development for years. We’re excited to be the first to offer it to the world!

When ordered from Blue Robotics, the Sonoptix ECHO comes with a pre-installed WetLink Penetrator and JST GH connectors, making it plug and play with the BlueROV2 and easy to integrate with other vehicles.

A multibeam imaging sonar beam shape on an ROV.

Why does everyone want a multibeam?

Multibeam imaging sonars, sometimes referred to as a forward-looking sonars, are a tool for navigation, inspection, and object detection. They provide unparalleled situational awareness in poor visibility conditions so you can navigate with easy, detect lost objects, and inspect underwater infrastructure. They’re one of the most common ROV accessories.

A multibeam imaging sonar provides a top-down picture of the surrounding environment and seafloor, much like our Ping360 Scanning Imaging Sonar. However, they are based on completely different sonar technologies and there are some important differences. Rather than scanning one angle at a time, a multibeam sonar is able to update the entire image at once, many times per second, giving you a much more responsive experience. While a scanning sonar can image a full 360 circle, the multibeam imaging sonar is limited to a smaller angle (120 deg for the Sonoptix ECHO).

You’ll find a multibeam imaging sonar on nearly every large inspection and work-class vehicles and on many small ROVs, especially those used for search and recovery and in poor water visibility conditions.

Beam me up, Sonoptix

The ECHO features a dual frequency design. At long ranges, it operates at 400 kHz, providing up to 200 meter range with a 90 degree sector angle. At shorter ranges of 30 meters and below, it operates at 700 kHz to provide fine resolution and detail with a wider 120 degree sector angle.

With 64 receive elements in the transducer, it has 256 beams with angular resolution of 1.5 degrees.

The high frame-rate, low latency interface provides a responsive experience that makes it easy to use when piloting the ROV.

Space age materials

The ECHO is a compact, rugged unit built from titanium and plastic with a 350 meter depth rating. The available mounting bracket and BlueROV2 Roof Rack holds it at a 5 degree angle to provide an optimal view both forward and of the seafloor.

It operates on 9-28V and consumes up to 25W of power when running. It communicates over an Ethernet interface and requires a Ethernet Switch when used on the BlueROV2.

The Sonoptix Echo viewing a floating dock structure.

It just works!

Our team at Blue Robotics adds a WetLink Penetrator and the right electrical connectors to the sonar to make it plug-and-play with the BlueROV2.

Once connected, the Sonoptix ECHO hosts its own web-based user interface, meaning that you don’t have to download any software and it just works on any device or computer. The live data view is provided as an RTSP video stream that can be streamed into other applications and intuitive user controls allow the adjustment of range, gain, contrast, and color palette.

There’s a guide!

Check out the BlueROV2 integration guide to learn more about how the sonar can be connected to your ROV and to learn about basic operation. If you’re still just getting your feet wet, check out our guide to types of sonar to learn about all of the available options.

Product Description

For years, we’ve heard people complain, “Ugh, I wish multibeam sonars weren’t so expensive…”. Well, friends, you don’t have to complain anymore.

We’re excited to introduce the Sonoptix ECHO multibeam imaging sonar, which brings an impressive set of capabilities at a revolutionary price point that’s less than half the price of competing products! It’s a pleasure to use and elevates your ROV piloting experience to the next level.

Sonoptix is a new brand formed through a collaboration between some like-minded people who think that multibeam imaging should be more affordable and accessible. (We agreed with them, obviously). Despite the new brand name, this sonar has some serious expertise put into it and has been in development for years. We’re excited to be the first to offer it to the world!

When ordered from Blue Robotics, the Sonoptix ECHO comes with a pre-installed WetLink Penetrator and JST GH connectors, making it plug and play with the BlueROV2 and easy to integrate with other vehicles.

A multibeam imaging sonar beam shape on an ROV.

Why does everyone want a multibeam?

Multibeam imaging sonars, sometimes referred to as a forward-looking sonars, are a tool for navigation, inspection, and object detection. They provide unparalleled situational awareness in poor visibility conditions so you can navigate with easy, detect lost objects, and inspect underwater infrastructure. They’re one of the most common ROV accessories.

A multibeam imaging sonar provides a top-down picture of the surrounding environment and seafloor, much like our Ping360 Scanning Imaging Sonar. However, they are based on completely different sonar technologies and there are some important differences. Rather than scanning one angle at a time, a multibeam sonar is able to update the entire image at once, many times per second, giving you a much more responsive experience. While a scanning sonar can image a full 360 circle, the multibeam imaging sonar is limited to a smaller angle (120 deg for the Sonoptix ECHO).

You’ll find a multibeam imaging sonar on nearly every large inspection and work-class vehicles and on many small ROVs, especially those used for search and recovery and in poor water visibility conditions.

Beam me up, Sonoptix

The ECHO features a dual frequency design. At long ranges, it operates at 400 kHz, providing up to 200 meter range with a 90 degree sector angle. At shorter ranges of 30 meters and below, it operates at 700 kHz to provide fine resolution and detail with a wider 120 degree sector angle.

With 64 receive elements in the transducer, it has 256 beams with angular resolution of 1.5 degrees.

The high frame-rate, low latency interface provides a responsive experience that makes it easy to use when piloting the ROV.

Space age materials

The ECHO is a compact, rugged unit built from titanium and plastic with a 350 meter depth rating. The available mounting bracket and BlueROV2 Roof Rack holds it at a 5 degree angle to provide an optimal view both forward and of the seafloor.

It operates on 9-28V and consumes up to 25W of power when running. It communicates over an Ethernet interface and requires a Ethernet Switch when used on the BlueROV2.

The Sonoptix Echo viewing a floating dock structure.

It just works!

Our team at Blue Robotics adds a WetLink Penetrator and the right electrical connectors to the sonar to make it plug-and-play with the BlueROV2.

Once connected, the Sonoptix ECHO hosts its own web-based user interface, meaning that you don’t have to download any software and it just works on any device or computer. The live data view is provided as an RTSP video stream that can be streamed into other applications and intuitive user controls allow the adjustment of range, gain, contrast, and color palette.

There’s a guide!

Check out the BlueROV2 integration guide to learn more about how the sonar can be connected to your ROV and to learn about basic operation. If you’re still just getting your feet wet, check out our guide to types of sonar to learn about all of the available options.

  • 1 x Sonoptix Echo Multibeam Imaging Sonar with pre-installed WetLink Penetrator, JST GH connector, and spade connectors
  • 1 x Sonoptix Echo 5 Degree Mounting Bracket (BR-101847)
  • 1 x RJ45 to JST GH adapter
  • 1 x 4-pin JST GH to 4-pin JST GH adapter PCB (BR-100509)
  • 1 x 150 mm JST GH to JST GH twisted pair cable (BR-100557)
  • 1 x M10 bulkhead nut (BR-100338)
  • 1 x M10 bulkhead O-ring
  • 5 x M4x12 button head cap screw (BR-102252)
  • 5 x M4 nylon insert lock nut (BR-102250)

Specifications

ParameterValue
Electrical
Supply Voltage9–28 V
Power Consumption5–25 W
Amperage
@12 V<~2.5 A (peak, capacitor inrush)
~0.62 A (idle)
~1.2 A (active ping)
@24 V<~1.25 A (peak, capacitor inrush)
~0.31 A (idle)
~0.6 A (active ping)
Acoustic
Operating Frequency400 kHz (>30 m)
700 kHz (<30 m)
Number of Beams256
Beam Separation0.47°
Range Resolution8 mm
Angular Resolution1.5°/2.5°
Maximum Range200 m @ 400 kHz 1
30 m @ 700 kHz
Minimum Range0.2 m
Maximum Update Rate25 Hz
Vertical View Angle20°
Horizontal View Angle90° @ 400 kHz
120° @ 700 kHz
Integrated SensorsCompass
Communication
InterfaceEthernet
Data OutputVideo only 2
Cable
Jacket MaterialPolyurethane
Cable Length950 ±50 mm External
120 ±20 mm Internal (data)
125 ±20 mm Internal (power)
Connector Type
Ethernet4 position JST GH
PowerSpade #5/M3 stud
Connector Pinouts
Ethernet1 - White/orange
2 - White/green
3 - Green
4 - Orange
TX+
RX+
RX-
TX-
Power1 - Brown (red heat shrink)
2 - White/brown (black heat shrink)
Vin
Ground
WetLink Penetrator SizeWLP-M10-7.5MM-HC
Penetrator O-ringAS568-013 Buna-N 70A
Physical
Depth Rating350 m
Dimensions (L x W x H)150 x 100 x 42 mm
Weight in Air750 g
Temperature Range0–35°C
Construction MaterialTitanium
Delrin
1 With updated firmware.
2 Sonar output is video only. Access to raw echo data is not currently supported.

2D Drawings

 Drawing

3D Models

SONOPTIX-ECHO-PUBLIC (.zip)

Documents

Datasheet (.pdf)

User Manual (March 2023) (.pdf)

Firmware Updates

Sonoptix.com

Revision History

1 February 2024

  • 1.2.0 Firmware released

21 November 2023

  • 1.1.0 Firmware released

11 October 2023

  • BR-102221 - Initial release
Integrating the Sonoptix ECHO on the BlueROV2
Learn how to integrate the Sonoptix ECHO Multibeam Imaging Sonar on the BlueROV2!
A Smooth Operator’s Guide to Underwater Sonars and Acoustic Devices
Dive into the world of underwater sonars and acoustic devices!