• ROPOS Team Awarded the J. P. Tully Medal of Oceanography

    ROPOS Team Awarded the J. P. Tully Medal of Oceanography

    ROPOS Team Awarded the J. P. Tully Medal of Oceanography June 5, 2024 On June 5, 2024, the ROPOS At-Sea Team was announced as the 2023 winner of the prestigious J. P. Tully Medal of Oceanography from the Canadian Meteorology and Oceanography Society (CMOS)! The award recognizes any person whose Read More
  • NEPDEP 2024 Expedition

    NEPDEP 2024 Expedition

    NEPDEP 2024 Expedition CCGS John P. Tully August 12 – September 2, 2024 From August 12 – September 2, 2024, 6 CSSF team members supported Fisheries and Oceans Canada’s Pacific Region (DFO Pacific) aboard the CCGS John P. Tully for the Northeast Pacific Deep-sea Exploration Project’s (NEPDEP) 2024 expedition. The focus of Read More
  • NEPDEP 2023 Expedition

    NEPDEP 2023 Expedition

    NEPDEP 2023 Expedition CCGS John P. Tully May 28 – June 12, 2023 On May 28, 2023, seven Canadian Scientific Submersible Facility team members assisted scientists from the Department of Fisheries and Oceans Canada, Pacific Region in the exploration of seamounts, hydrothermal vents and cold seeps off the coast of Vancouver Read More
  • BGR INDEX2023 Expedition

    BGR INDEX2023 Expedition

    BGR INDEX2023 Expedition R/V Sonne September 29 – November 20, 2023 From September 29 – November 20, 2023, 6 CSSF team members supported the INDEX2023 ship expedition of the Germany’s Bundesanstalt für Geowissenschaften und Rohstoffe (BGR; Federal Institute for Geosciences and Natural Resources) in the Central Indian Ocean. The focus of this Read More
  • NSF VISIONS ‘22 Expedition

    NSF VISIONS ‘22 Expedition

    NSF VISIONS ‘22 Expedition R/V Thomas G. Thompson August 9 – September 15, 2022 From August 9 – September 15, 2022, 8 CSSF team members performed maintenance and installation on the National Science Foundation’s (NSF) Ocean Observatories Initiative’s (OOI) Regional Cabled Array (RCA) for the University of Washington (UW) aboard the UW’s Read More
  • NSF-OOI RCA and ROPOS Long-Term International Collaboration

    NSF-OOI RCA and ROPOS Long-Term International Collaboration

    NSF-OOI RCA and ROPOS Long-Term International Collaboration December 8, 2022 The National Science Foundation Ocean Observatories Initiative’s Regional Cabled Array (NSF-OOI RCA) is an underwater cabled observatory that extends 480 km off the coast of Newport, Oregon, USA and is run by the University of Washington’s (UW) School of Oceanography Read More
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Tools and Sampling

Tools and Sampling

A tool belt you can count on

ROPOS and its operators have built their reputation on the successful development, implementation and use of complex scientific and engineering tools for a wide range of seafloor tasks. From the brute strength of rock-cutting submarine chainsaws or jetting pumps to the most complex and delicate scientific apparatus, ROPOS has “done it all” and is always ready for a challenge.

Read more: Tools and Sampling

Past Schedules

ROPOS Past Schedules

This page contains the ROPOS schedules dating back to 2009.

These schedules are provided as general information only; for more details on these or earlier expeditions, please contact us.

ROPOS 2024 Schedule

Dates Ship Work Site Client Status*
April 21 to May 22 R/V Isabu Indian Ocean KIOST Completed
July 15 to August 2 R/V Henry Bigelow North Atlantic Dalhousie/NOAA/DFO Completed
August 13 to September 3 CCGS John P. Tully Pacific Ocean DFO Completed
November 8 to December 4 R/V Isabu Pacific Ocean KIOST Completed

2023

Dates Ship Work Site Client Status*
March 18th to May 10th R/V Isabu Indian Ocean KIOST Completed
May 26th to June 12th CCGS John P. Tully Pacific Ocean DFO Completed
August 6th to September 8th R/V Isabu Pacific Ocean KIOST Completed
September 29th to November 20th R/V Sonne Indian Ocean BGR Completed

2022

Dates Ship Work Site Client Status*
May 21st to June 17th RV Isabu Indian Ocean KIOST Completed
August 9th to September 15th RV Thompson Pacific Ocean NSF/OOI Completed
November 5th to December 15th RV Pelagia Indian Ocean BGR Completed
[2023] March 12th to April 30th RV Isabu Indian Ocean KIOST Completed

2021

Dates Ship Work Site Client Status*
March 1st to 28th RV Tangaroa East Coast of New Zealand NSF/University of Washington/University of Texas Completed
September 15th to November 17th RV Isabu Indian Ocean KIOST Completed
December 1st to 31st RV Pelagia Indian Ocean NIOZ & BGR Completed

2020

All expeditions cancelled or postponed due to the COVID-19 pandemic.

2019

Dates Ship Work Site Client Status*
June 10th to 27th RV Henry B. Bigelow North Atlantic NOAA Completed
November 2nd to December 16th RV Sonne Indian Ocean BGR Completed

2018

Dates Ship Work Site Client Status*
April 8th to May 13th Tan Kah Kee South China Sea SEOS Tongji University Completed
June19th to July 3rd CCGS John P. Tully North Pacific ONC Completed
November 11th to December 17th R/V PELAGIA Indian Ocean NIOZ & BGR Completed

2017

Dates Ship Work Site Client Status*
January 21th to Feb 23rd Akademik Treshnikov Antarctic Laval University Completed
May 9th to 23rd CCGS John P. Tully North Pacific University of Alberta/DFO Completed
June 5th to 23rd R/V Bigelow North Atlantic DAL/NOAA/DFO Completed
August 22nd to September 20th CCGS Martha L. Black North Atlantic MUN/Oceana/DFO/CHONe Completed

2016

Dates Ship Work Site Client Status*
March 17th to May 6th R/V Falkor South Pacific Schmidt Ocean Institute Completed
August 2nd to 16th CCGS John P. Tully North Pacific DFO/MUN/UVIC Completed
October 20th to December 15th R/V Pelagia South Pacific KIOST Completed

2015

Dates Ship Work Site Client Status*
July 1st to August 7th Thomas G Thompson NE Pacific (Axial, Hydrate Ridge) ISS Completed
September 26th to 28th CCGS John P. Tully Coastal B.C. PGC Completed
September 29th to October 13th CCGS John P. Tully Coastal B.C. Sally Leys, University of Alberta Completed
November 17th to December 11th R/V PELAGIA Indian Ocean NIOZ & BGR Completed

2014

Dates Ship Work Site Client Status*
April 28th to May 10th CS Dependable West Coast L3 MariPro Completed
May 15th to May 27th CCGS John P. Tully West Coast ONC Completed
June 15th to July 2nd RV Bigelow East Coast Anna Metaxas (Dalhousie University) Completed
July 13th to October 3rd Thomas G Thompson West Coast University Of Washington, Regional Scale Nodes Completed
October 30th to November 10th CCGS Vector West Coast Sally Leys (University of Alberta) Completed

2013

Dates Ship Work Site Client Status*
June 29th - July 31st Thomas G Thompson Hydrate Ridge University Of Washington, Regional Scale Nodes Completed
August 1st - August 28th Thomas G Thompson Axial Seamount University Of Washington, Regional Scale Nodes Completed
September 6th - September 18th RV Falkor Axial Seamount Schmidt Ocean Institute Completed
September 22nd - October 5th RV Falkor Endeavour Ridge Schmidt Ocean Institute Completed
October 9th - October 20th CCGS Vector West Coast Leys S. and Tunnicliffe V. Completed

2012

Dates Ship Work Site Client Status*
January 11th to February 20th R/V Sonne Tonga Back Arc KORDI Completed
April 18th to April 25th CCGS Vector West Coast EPS Completed
May 27th to June 28th Thomas G Thompson West Coast NEPTUNE Canada Completed
August 7th to 14th CCSG John P Tully West Coast - Inshore VENUS Completed
September 21st to October 1st Tomas G Thompson West Coast University of Washington Cancelled due to mechanical problems with support vessel
TBD Tomas G Thompson West Coast NEPTUNE Canada Cancelled due to mechanical problems with support vessel

2011

Dates Ship Work Site Client Status*
May 7th to 14th CCGS John P Tully VENUS/NEPTUNE Observatory VENUS/NEPTUNE Canada Completed
June 28th to July 27th Thomas G Thompson NEPTUNE Observatory Neptune Canada Completed
August 11th to September 1st Thomas G Thompson Hydrate Ridge & Axial Volcano University of Washington Completed
September 9th to October 6th Thomas G Thompson NEPTUNE Observatory NEPTUNE Canada Completed
October 14th to October 22nd CCSG Vector Prince Rupert Area EPS Completed
October 29th - November 7th CCSG Vector Georgia Strait NSERC/Leys Completed

2010

Dates Ship Work Site Client Status*
February 16th to 22nd CCGS John P Tully VENUS/NEPTUNE Observatory VENUS/NEPTUNE Canada Completed
April 6th to 13th CCGS Vector West Coast Disposal Sites EPS Completed
May 6th to 25th CCGS Tully NEPTUNE Observatories NEPTUNE Canada Completed
July 5th to August 13th CCGS Hudson Halifax - NW Atlantic DFO/NSERC (July 7 to 27)
NSERC/CHONe (July 29 to August 12)
Completed
September 10th to October 10th Thomas G Thompson NEPTUNE Observatories NEPTUNE Canada Completed
December 7th to 14th CCGS John P Tully VENUS Sites NRCAN - VENUS Completed

2009

Dates Ship Work Site Client Status*
April 27th to May 5th Barge (Dock 2) Vancouver Harbour Alcatel Completed
July 2nd to August 16th R/V Atlantis NEPTUNE Observatories Alcatel Completed
August 20th to September 19th Thomas G Thompson NEPTUNE Observatories NEPTUNE Canada Completed
September 25th to October 1st CCGS John P Tully VENUS Observatories VENUS Completed
October 1st to October 4th CCGS John P Tully Georgia Strait Dr. Sally Leys - University of Alberta Completed
October 7th to 14th CCGS Vector Georgia Strait Environment Canada - EPS Completed

ROPOS ROV

Meet ROPOS

The world's most capable scientific submersible

Today’s Remotely Operated Platform for Ocean Sciences, ROPOS, is the product of over 25 years of collaboration with world leading ocean scientists, engineers, and students who continue to push its limits through innovative and ambitious projects. From deep-sea hydrothermal vent exploration to the deployment and maintenance of ocean observatories, ROPOS has become known as the world’s most capable scientific submersible for its capabilities, versatility, efficiency, and the skill and professionalism of its operators.

Reliability - ROPOS has set the standard for scientific and commercial ROV intervention
Our planning and preparation maximizes accomplishments with your funding
Stunning HD video with a wide field-of-view achieved with an abundant amount of light
Portable system capable of operations worldwide aboard ships of opportunity
Skilled, experienced operators with a can-do attitude and mature systems increase efficiency
Improved weather window for operations, other systems would normally have to recover
Project management, effective pre-deployment planning produces efficient offshore operations
Multi-disciplinary dive support on each dive, maximizing offshore productivity
State of the art technology, always providing the latest and finest quality equipment and tooling possible
KISS principle approach to challenges, using a more thought-out simplified process for innovative solutions

The Vehicle

Greater than the sum of its parts

From handling the most fragile of corals to accurately placing a 4000 lb instrument platform on the seafloor, ROPOS is the vehicle of choice. Designed to be a truly versatile scientific submersible, every dive with ROPOS maximizes offshore productivity. Continually evolving to provide its users with increasing capabilities, reliability and efficiency, the ROPOS vehicle uses carefully selected and integrated state of the art technologies to help make your expedition successful.

TECHNICAL OVERVIEW
ROPOS The Remotely Operated Vehicle for Ocean Sciences (ROPOS) is a 40 hp Science/Work Class Remotely Operated Vehicle (ROV) capable of operating at depths of up to 5000 m
Size and Weight 3.05 m (length), 1.64 m (width) and 2.17 m (height), 3393 kg
Speed 2.5 knot (forward max), 1.0 knot (typical transect), 1.0 knot (lateral), and 1.5 knot (vertical)
Sea State Sea State 6 (Using LARS heave compensation system)
Video Two HD Cameras, Six pilot and tooling cameras, 36.3 megapixel digital still camera and over 3700 watts of lighting
Manipulators 2 x Schilling Robotics TITAN 4 Manipulators that have the dexterity and accuracy necessary to perform the fine movements needed for complex tasks.
Telemetry Greensea Systems telemetry provides reliable vehicle control and cutting-edge auto-pilot functionalities to further increase the vehicle’s efficiency.
Through Frame Lift 1815 kg with a 5:1 safety factor, tested to 3629 kg. Uses four point attachment for under-slung payload or skid interface

For a full technical description see the ROPOS Specifications

Front view of ROPOS ready for a multi-disciplinary science dive.


Configurations

A ROPOS for every ship

The ROPOS vehicle has three general configurations to best suit the operational goals and budget of our users. Each configuration is designed to allow for flexible deployment scenarios on a variety of vessel of opportunity. Since its first dive, the ROPOS system has been shipped throughout the world and mobilized on over 16 different vessels.


Control Lab

Several ways to work together

The ROPOS operations centre can be integrated on a ship either in a container, or in a lab space. The first approach is to load and install a pre-configured 20-foot container, which is a self-contained, climate-controlled operations centre on the deck of the ship. The second approach is for the operations centre to be set up in a lab space on the ship. This option requires additional time, as equipment needs to be moved into and set up in the allocated space. In both cases, in order to include a wider audience, there is also a remote lab option. The remote lab is a series of monitors and audio stations that can be set up at a separate location on the ship. The remote lab allows for viewing of all the principle ROV video feeds and supports bi-directional communication with the operations centre.

Manipulators

Handling the most complex tasks

When it comes to getting things done, from delicate sampling operations and difficult sub-sea connections to managing 300 lb instruments, ROPOS is equipped to handle it. Its two powerful and agile Schilling Robotics TITAN 4 7-function manipulators offer unparalleled controllability and responsiveness that allows our skilled operators to efficiently perform complex tasks in unstructured and challenging environments. In addition, both arms are fitted with wrist camera and lights to further increase their capabilities in challenging operational scenarios.

When it comes to getting things done, from delicate sampling operations and difficult sub-sea connections to managing 300 lb instruments, ROPOS is equipped to handle it. Its two powerful and agile Schilling Robotics TITAN 4 7-function manipulators offer unparalleled controllability and responsiveness that allows our skilled operators to efficiently perform complex tasks in unstructured and challenging environments.


Imaging

Like the ocean, simply stunning

Equipped with state of the art HD cameras, a high-sensitivity full-frame 36.3 megapixel digital still camera and over 3700 watts of far-reaching lighting, ROPOS captures the stunning beauty of sub-sea environments in a wide-field of view that makes you feel as if you were there. Once at the surface, all video and images are geo-referenced and recorded in a digital format that can easily be used for anything from creating beautiful cruise highlights to detailed image analysis.

Tools and Sampling

A tool belt you can count on

ROPOS and its operators have built their reputation on the successful development, implementation and use of complex scientific and engineering tools for a wide range of seafloor tasks. From the brute strength of rock-cutting submarine chainsaws or jetting pumps to the most complex and delicate scientific apparatus, ROPOS has “done it all” and is always ready for a challenge. Find out how our custom sampling tools, such as the bio-box or suction sampler, can help you by visiting the Tools and Sampling section.


Data Management

A powerful tool to manage your data

A ROPOS expedition can involve 20 to 30 scientists, most of whom collect data, imagery, samples, and observations using an array of instruments and sampling devices. Efficiently managing and safely archiving massive amounts of data at sea is a challenge we take seriously.

Our Integrated Real-time Logging System (IRLS 2.0) is a powerful and intuitive annotation tool that brings together framegrabs, digital still pictures, and many other files with flexible organizational elements that create a dataset that is tailored to your needs; it helps you make the most of your time offshore and facilitates review and post-expedition analysis.

Navigation

Accuracy and repeatability

The ROPOS system is equipped with state of the art navigation sensors that are merged to deliver a best solution using our LOKI Kalman filter. With this geodetically accurate and repeatable sub sea positioning, ROPOS can safely and quickly complete challenging surveys and dives.

All of these sensors, systems and data are managed, shared and controlled using EIVA NaviPac Pro software suite. With these powerful tools, our navigators can handle any operational requirements, give you virtually any output, as well as insure that you, the bridge and the ROV pilots always have a real-time picture of the operations.


Telepresence

Collaborate with distant shores

With satellite technology, the number of dive participants is no longer limited by the size of the support vessel or researchers being able to go to sea for several weeks at a time. Shore-based researchers can now participate in the offshore work without leaving their laboratories. Particularly valuable when researchers are only involved with short duration sampling or surveying or when a quick expert opinion is required our satellite system provides live video and 2-way communication to laboratories ashore.

Support

Things happen, we come prepared

In an extreme environment that often pushes equipment to its limits, we come prepared. From preventive maintenance to the most daunting of repairs, the ROPOS system sails with a full complement of spares, specialized tools, and documentation. Along with knowledgeable and experienced operators, this ensures that when something happens we can get back to diving with no or minimal impact on the valuable time you have offshore. If deck space is scarce, everything is modular and can be moved in ship's labs and workshops.


Cabled Ocean Observatories

Cabled Ocean Observatories

Technology, Experience, and Efficiency you can’t do without.

We’ve been there since the beginning and continue to be a key partner in the development, installation, and maintenance of the world’s leading cabled ocean observatories. Over the years we have developed unparalleled technology, experience, and efficiency in the installation and maintenance of observatory systems from primary nodes to delicate instruments. We understand the difficult challenges and we will always strive to help you see them through successfully.

Read more: Cabled Ocean Observatories

Discover what sets us apart through these great videos

ROPOS Overview

Subsea Navigation

Launch and Recovery