Currently, there is a ship somewhere in the Atlantic Ocean that is 110 meters long, carrying up to 40 scientists and crew members. It is trailing a fiber-optic tether connected to a remotely operated vehicle called SuBastian, which is likely hovering over a portion of the Mid-Atlantic Ridge that no camera has ever reached. The name painted on the ship’s hull is the only thing about it that makes people take a second look when they see it for the first time. Falkor R/V (also).
The Luckdragon from Michael Ende’s 1979 book The Neverending Story inspired the name. Not after the mid-ocean ridges were mapped by Marie Tharp. After Sylvia Earle, no. Not after any of the oceanographers or marine biologists whose names are listed on school curricula. An imaginary dragon from a children’s fantasy book. The ship’s operator, the Schmidt Ocean Institute, has a track record of making unusual decisions, and this one turns out to be perfectly fitting for a ship that consistently discovers things that appear almost too amazing to be true.
The Falkor (too)—the “-too” that sets it apart from the original R/V Falkor, the institute’s first ship that is now retired—joined the fleet as one of the most advanced oceanographic research vessels in the world. There are eight labs on board. Real-time connections between those labs and high-performance cloud computing allow for data analysis at sea that would have previously required traveling back to land. SuBastian, the ROV, has a rating of 4,500 meters, which is deep enough to reach the majority of the ocean floor.
It is equipped with high-definition cameras, manipulator arms, sample containers, and sensors that provide real-time footage to the ship and the internet. Through a competitive proposal process created especially to eliminate the financial barriers that had previously prevented early-career researchers and institutions from nations with small oceanographic budgets from accessing this kind of platform, all of this is made available to scientific research teams at no cost. The access approach is so unique that it has altered who is eligible to do deep-sea research.
Hydrothermal vent systems and unmapped portions of the Mid-Atlantic Ridge, a mountain range that stretches the length of the Atlantic at depths of 2,000 to 4,000 meters and is still one of the least studied geological features on Earth, have been the focus of the 2026 research program. The South American and African plates, as well as the North American and Eurasian plates, are gradually separating at the ridge. lava fills the space where they separate, and hydrothermal vents are created where lava and cold saltwater collide.
Since the late 1970s, researchers have been studying the ecosystems found in some of those vents. Others have never been observed. Each dive has a real chance of coming across anything that isn’t in any current catalog because the Falkor (too) and SuBastian are moving through parts of the ridge where the seafloor mapping data is insufficient to know ahead of time what the landscape looks like.
The feature of the Schmidt Ocean Institute’s methodology that most obviously sets it apart from the traditional model of oceanographic study is the live streaming policy. The video stream is sent to the ship’s control room when SuBastian descends, as well as to any member of the public with an internet connection at the same time. When the moment of discovery occurs, it is made public.
Screens in living rooms, classrooms, and research facilities concurrently display species that science has never previously documented. Anyone viewing may witness the scientists’ unrehearsed process of scientific thought as they react in real time, clearly figuring out what they’re seeing and what it implies. The majority of research institutes have been discussing the implementation of this open scientific model for years, and the Falkor has been subtly proving that it is operationally feasible.
A ship named after a lucky and imaginative species making the kinds of discoveries it continues to make seems appropriate. Although it will take years to fully analyze and publish the Mid-Atlantic Ridge work in 2026, the initial results from unmapped vent fields and the species documentation already in progress will influence conservation choices, climate models, and the fundamental biological understanding of how life endures in harsh environments. It turns out that a dragon’s name on the hull is just as good as any other for a ship that consistently discovers what no one knew was down there.
