Copernical Team
NASA will not try new Moon rocket launch attempt in coming days
After scrapping a second attempt to get its new 30-story rocket off the ground due to a fuel leak, NASA announced on Saturday it will not try again during its current window of opportunity, which ends early next week.
Determined by the position of the Earth and Moon, the current launch period for NASA's Artemis 1 mission ends Tuesday and is "definitely off the table," said Jim Free, associat Fuel leak ruins NASA's 2nd shot at launching moon rocket
NASA's new moon rocket sprang another dangerous fuel leak Saturday, forcing launch controllers to call off their second attempt to send a crew capsule into lunar orbit with test dummies.
NASA postpones rocket launch to Moon after fuel leak
NASA on Saturday scrapped a second attempt to get its new 30-story rocket off the ground and send its uncrewed test capsule toward the Moon after engineers detected a fuel leak.
With millions around the globe and hundreds of thousands on nearby beaches waiting for the historic launch of the massive Space Launch System (SLS), a leak near the base of the rocket was found as ultra-cold liquid h Artemis I launch postponed
Update 3 September, 18:45 CEST: The Artemis I mission to the Moon has been postponed. NASA teams attempted to fix an issue related to a leak in the hardware transferring fuel into the rocket, but were unsuccessful. A news conference will follow with updates, watch via https://www.nasa.gov/nasalive.
Teams are moving forward to the Moon with a second launch attempt of the Artemis I mission on Saturday, 3 September. The two-hour launch window starts at 20:17 CEST (19:17 BST).
NASA Moon rocket ready for second attempt at liftoff
After technical issues halted its first launch attempt, NASA will try again on Saturday to get its new 30-story rocket off the ground and send its unmanned test capsule towards the Moon.
If the massive Space Launch System (SLS) lifts off successfully, it will not only be awe-inspiring but also historic for NASA, marking the first of its Artemis program plotting a return to the Moon, fifty ye Skyroot Aerospace raises $51 Million led by GIC to propel the new future of small satellite launches
Space-tech startup Skyroot Aerospace from India, successfully raised US$51 million Series-B funding round led by GIC, a leading global investment firm. This is the largest funding round ever in the Indian private Space-Tech sector, which validates Skyroot's strengths in space technology and helps meet the burgeoning demand from the international small satellite markets.
As part of the inve NASA says weather, SLS rocket look good for Artemis I launch on Saturday
NASA says it will try again on Saturday to send its giant moon rocket and a space capsule to the moon and back - the first Artemis mission - after multiple problems that spoiled the first attempt were fixed.
The space agency was ready to launch Artemis I on Monday when fuel leaks and a problem with a core-stage main engine sensor led controllers to scrub the attempt.
NASA now s NASA Moon launch to attract up to 400,000 visitors
Up to 400,000 visitors are expected to flock to the Florida coast on Saturday, hoping to catch a glimpse - and hear the roar - of NASA's rocket launch to the Moon.
If the uncrewed Space Launch System (SLS) lifts off successfully, it will be not only awe-inspiring but historic for NASA, marking the first of its Artemis missions plotting a return to the Moon.
The Kennedy Space Center wil It's raining diamonds across the universe, research suggests
It could be raining diamonds on planets throughout the universe, scientists suggested Friday, after using common plastic to recreate the strange precipitation believed to form deep inside Uranus and Neptune.
Scientists had previously theorised that extremely high pressure and temperatures turn hydrogen and carbon into solid diamonds thousands of kilometres below the surface of the ice giants It's not just rocket science: Hidden chemistry powers moon launches and sustains life in space
Many around the world will watch eagerly this Saturday as NASA launches Artemis I, the agency's first Moon exploration mission since the 1970s.
The spectacle involves the most powerful rocket in the world: the Space Launch System (SLS). Standing at nearly 100 meters tall and weighing more than 2,600 tons, the SLS produces a massive 8.8 million pounds of thrust—(more than 31 times the thrust of a Boeing 747 jet).
But it's not just amazing engineering that's behind rocket science and space exploration. Hidden within, there's clever chemistry that powers these fantastic feats and sustains our fragile life in space.
The fuel and the spark
To launch a rocket into space, we need a chemical reaction known as combustion. This is where fuels are combined with oxygen, producing energy as a result. In turn, that energy provides the push (or thrust) needed to propel mammoth machines like the SLS into Earth's upper atmosphere and beyond.
Much like cars on the road and jets in the sky, rockets have engines where combustion takes place. SLS has two engine systems: four core stage RS-25 engines (upgraded space shuttle engines) and two solid rocket boosters.
