Gabe Newell's Inkfish Partners with Vard to Build Massive $800 Million Deep-Sea Research Vessel
The tech tycoon's nonprofit marine organization is commissioning a 531-foot vessel to explore the deepest parts of the ocean, while construction begins on a second 100-meter ship.
Deep-sea exploration is one of the final frontiers of scientific discovery, yet it remains severely limited by the immense costs and technological hurdles of reaching the ocean floor. Tech tycoon Gabe Newell is stepping in to address this challenge by funding a massive new maritime scientific effort. Through his nonprofit marine research organization, Inkfish, Newell has contracted with a Norwegian shipyard to construct a state-of-the-art research vessel designed to travel to the planet's deepest trenches. This project, alongside a second vessel already under construction, represents a massive private investment that could reshape our understanding of marine science.
WHAT HAPPENED
According to reports from Robb Report, the Norwegian shipyard Vard has signed a contract with Newell's nonprofit, Inkfish, to design and construct a massive 531-foot research vessel. This flagship vessel is valued at over $800 million, or approximately €700 million, as reported by Forbes.
The vessel is specifically designed to support advanced oceanographic work, including seafloor mapping, submarine launch and recovery, and remotely operated vehicle (ROV) operations. It will be capable of deploying scientific equipment at extreme ocean depths of up to 36,000 feet.
In addition to the 531-foot vessel, Newell's marine research organization is also actively building a second, slightly smaller vessel. As reported by BOAT International, Vard has commenced construction on a 100-meter research vessel named RV6000. This second ship also serves Inkfish's mission of ocean exploration. Industry tracker SuperYacht Times confirms that the keel has already been laid for the RV6000, marking the official start of its physical assembly.
Key Specifications of the Inkfish Research Vessels
- Primary Vessel Length: 531 feet (162 meters)
- Secondary Vessel (RV6000) Length: 100 meters
- Estimated Project Cost (Large Vessel): Over $800 million (€700 million)
- Maximum ROV Operational Depth: 36,000 feet
- Target Launch Year for 531-Foot Vessel: 2030
- Funding Organization: Inkfish (Gabe Newell's nonprofit)
- Shipyard Partner: Vard
WHY IT MATTERS
This multi-million-dollar commitment represents a massive leap forward for deep-sea marine biology and oceanography. By building a ship capable of deploying ROVs and submarines to depths of 36,000 feet, Newell’s organization will have the ability to reach the absolute deepest zones of the world’s oceans.
A report by Forbes notes that this deep-sea research vessel could change ocean science forever by providing researchers with unprecedented, prolonged access to extreme marine environments.
Additionally, the initiative highlights a growing trend of technology industry leaders utilizing their resources to fund critical scientific infrastructure. With two high-tech vessels in development, Inkfish will soon possess a private fleet capable of executing highly complex mapping and exploration missions that are typically only possible for well-funded government agencies.
WHAT HAPPENS NEXT
The newly commissioned 531-foot flagship vessel has a long timeline for design, construction, and testing. It is currently scheduled to launch in 2030, according to Robb Report. Over the next several years, Vard will work closely with Inkfish to finalize the vessel's advanced design and proceed with its physical construction.
Simultaneously, progress will continue on the 100-meter RV6000 vessel, which is already in its early construction phase following its keel-laying ceremony reported by SuperYacht Times. As both vessels move closer to completion, Inkfish is expected to detail its scientific partners and initial mission objectives.
WHAT WE STILL DON'T KNOW
- What specific scientific institutions, universities, or independent researchers will be invited to utilize these two vessels for their deep-sea studies?
- What are the detailed technical specifications and scientific payloads of the 100-meter RV6000 vessel, and how will its mission scope differ from the larger 531-foot vessel?
- Where will these research vessels be permanently stationed, and what geographic regions or ocean trenches will they target for their first official research expeditions?
SOURCE NOTE
:** This article was written using source materials published by Robb Report, Forbes, BOAT International, and SuperYacht Times.