Curiosity drill – NASA details Curiosity’s drill stuck event, new Arctic deep-sea footage, and Artemis II photo release, plus science honors for David Attenborough.
A Martian drill snag is forcing NASA’s Curiosity rover to improvise, while new deep-sea recordings from Greenland and a massive Artemis II photo dump are keeping science audiences busy this week.
David Attenborough marked a milestone birthday on Friday, turning 100.. Scientists also used the occasion to name a newly discovered Chilean wasp. Attenboroughnculus tau. tying fresh biology to a longtime public presence in nature storytelling.. The wasp is not the first organism to carry Attenborough’s name in some form; it joins a broader list of more than 50 organisms named after him. reflecting how widely his influence has been felt across the natural world.
Meanwhile on Mars, NASA reported that its Curiosity rover encountered an unexpected snag during a sampling attempt.. The incident. captured by Curiosity’s cameras on April 29. showed the rover’s drill bit becoming surrounded by a slab of Martian rock that refused to come free after the rover tried to collect a sample.. NASA identified the rock as Atacama and described it as roughly 1.5 feet wide and close to 30 pounds. emphasizing just how unusual the situation was for the mission.
NASA said the problem is notable because. over the rover’s 14 years exploring Mars. the team had not seen a rock remain attached to the drill sleeve in this way.. According to the agency’s explanation. the rover attempted to shake the rock loose using vibrations. but the rock held on.. When the rover retracted its arm. the entire piece of rock lifted out of the ground. suspended by the sleeve that surrounds the rotating drill bit.
The team then carried out additional steps over the following days to resolve the issue.. NASA reported that the rock eventually came loose after more attempts involving tilting the drill. rotating and vibrating it. and spinning the drill bit.. Images taken May 1 later showed the moment the rock dropped away from Curiosity and broke apart. clearing the way for the rover to resume its work.
Curiosity’s sampling routine relies on drilling into Martian rock and then collecting powdered material for analysis.. Once drilled. the rover feeds the material into its Sample Analysis at Mars (SAM) and Chemistry & Mineralogy (CheMin) instruments to characterize composition.. With the brief mishap addressed, NASA indicated Curiosity can return to sampling duties.
Far from Mars. researchers brought cameras and sound sensors deep into an Arctic fjord to learn what life looks and sounds like under the surface.. As part of a long-running program at Inglefield Bredning in northwest Greenland. a team deployed a video camera and a hydrophone at a depth of 260 meters for a week in August 2025.. Their goal was to assess both the seafloor environment and local biodiversity.
Those observations were later published in PLOS One. alongside photos and video captured using underwater red lighting. which explains the striking color appearance in the footage.. Over the study period, the team recorded 478 different organisms, including comb jellies, arrowworms, snailfish, and shrimp.. In one recorded moment. a snailfish appeared to ride the current in a way the researchers called “peculiar. ” drifting backward rather than simply swimming forward with the flow.
Sound played a key role in the findings as well.. The instruments picked up narwhal activity on most days of the study, with sounds present every day except one.. Researchers also logged the kinds of noises that signal a dynamic environment below: cracking and melting from icebergs. alongside boat engine sounds.
The recordings also highlighted “marine snow. ” a term describing organic debris that falls through the water column. including material from dead plants and animals.. While it can feel unappealing to imagine. the data underscored why the concept matters in deep ecosystems: many deep-sea creatures depend on this steady supply of falling organic matter.
Based on the effort’s success, the researchers argued their approach could help researchers study deep Arctic ecosystems more routinely.. They pointed out that direct underwater ecological observations in the Arctic have been limited. and noted that as video setups become more accessible. additional studies could help fill that knowledge gap.. They also suggested that compact, portable moorings with video recorders could be an important tool for future Arctic seafloor exploration.
NASA also delivered a new wave of lunar imagery for science and public viewing. releasing thousands of photos captured during the last month’s Artemis II mission.. The online catalog is described as difficult to navigate. but NASA’s photo collection is still presented as worth digging into. with striking views ranging from close-up lunar scenes to Earth and Milky Way imagery captured during the journey.
Taken together. the week’s science updates show how exploration—whether on a drilling rig in Martian rock. on a remote fjord seafloor. or around the Moon—often depends on learning quickly when the environment doesn’t behave as expected.. And while the Curiosity team resolves a rare mechanical snag. Arctic researchers are demonstrating how modern underwater video and hydrophones can broaden what we can observe. as Artemis II adds more visual material to the growing record of human spaceflight.
Curiosity rover drill stuck Arctic seafloor video hydrophone Artemis II photos David Attenborough wasp marine snow narwhals