Elon Musk reacted SpaceX's New insane record! NASA OSIRIS REx 4 5 billion years sample landed,

Ladies and gentlemen, this is definitely not a fluke. This is truly the impressive ability of the SpaceX team. While it awaits the regulatory go-ahead for an orbital test flight of the massive Starship rocket, SpaceX is busy setting new records through the operation of the Falcon 9 lineup. The rocket family's latest launch, which involved a batch of 22 upgraded Starlink satellites, took place from the Cape Canaveral Space Force Station in Florida last weekend, making it the second one in the world that has flown and landed back 17 times. Also making it the second rocket of its kind in the world, SpaceX had broken its own record of the most rockets launched by a rocket booster earlier, and after the latest launch, the firm has flown and landed two rocket boosters 17 times each. It's hard to believe that not too long ago we were questioning whether it could reach 10 launches. Now we are astounded as we're approaching nearly 20 launches on a single booster. Elon Musk also declared, Rocket use is happening at scale when talking about this record. The mission's success was the result of meticulous pre-launch preparations. The Falcon 9 rocket, an engineering marvel standing nearly 230 feet tall and weighing a staggering 1,208,000 pounds when fully fueled, was transported to the launch pad a day prior. The transport erector, a specially designed truck, adeptly handled the rocket's weight and length, positioning it vertically. Approximately 35 minutes before liftoff, the fueling process commenced, which was marked by two big vents indicating successful fueling of the first and second stage liquid oxygen tanks. Control was then handed over to automated systems ready to detect and respond to anomalies swiftly. The mission unfolded with precision, with a choreographed sequence that included ignition, liftoff, reaching the critical max-q point of maximum aerodynamic pressure, main engine cutoff, stage separation, and a remarkable first stage boost-back maneuver leading to a landing on the Barch ship, just read the instructions. The second stage ignited, followed by the jettisoning of the payload fairings, making way for the deployment of the Starlink Group 6-18 satellites. The mission's significance lies in its contribution to global space-based internet connectivity. Musk's vision of bridging digital divides worldwide is becoming a reality thanks to SpaceX's dedication to innovation in space exploration and connectivity. Clearly, the Falcon 9's innovative design incorporates reusability as a key feature. The first stage is designed to be recovered and reused for subsequent launches, significantly reducing the cost of space travel. This reuse is a game-changer in the aerospace industry, moving towards a more sustainable and cost-effective approach to space exploration. The reusable aspect of the Falcon 9 rocket is a groundbreaking development. After the first stage propels the rocket into space, it performs a controlled descent and landing, either on an unmanned ship in the ocean or on solid ground near the launch site. This capability has allowed SpaceX to recover and reuse first stages multiple times, significantly reducing the cost of launching payloads into space. The Falcon 9's successful reuse not only helps reduce costs, but also speeds up the launch process. By reusing key rocket components, SpaceX demonstrated its commitment to sustainable space travel and set a precedent for the entire aerospace industry. The Falcon 9 has a powerful payload capacity, capable of carrying a variety of payloads. It can transport satellites for a variety of purposes, including telecommunications, Earth observation, scientific research, and so on. The rocket is also equipped to carry Dragon spacecraft for cargo and space transportation, which involves sending crew to the International Space Station as part of NASA's Commercial Crew Program. As SpaceX continues to refine and improve the Falcon 9 rocket, the company is also working on its next-generation rocket, Starship. Starship aims to be a fully reusable spacecraft capable of carrying both crew and cargo to the Moon, Mars, and beyond. However, the Falcon 9 will likely remain an important component of SpaceX's launch portfolio for the foreseeable future, ensuring SpaceX's continued success in its mission to make space travel accessible and efficient. In short, SpaceX's Falcon 9 rocket redefined space transportation through innovative design, reusability, flexibility, and cost-effectiveness. Its successful launches and recoveries have brought humanity closer to a sustainable and exciting future in space exploration. With continued advancements and new projects on the horizon, the Falcon 9 legacy will undoubtedly continue to shape the future of space travel. In another significant piece of news, NASA's first-ever samples of an asteroid in deep space have landed safely on Earth in a historic first for the United States. In a mid-morning operation at the U.S. Army's Dugway Proving Ground in the arid Utah desert, teams with NASA and the U.S. Air Force successfully recovered a space capsule with samples of asteroid Bennu taken by the agency's OSIRIS-REx spacecraft in 2020. The mission marks the first time that NASA has taken a sample of an asteroid, not to mention successfully recovering it. After traveling for over 6.2 billion kilometers to reach Bennu and then make the journey back home, the OSIRIS-REx probe released its sample return capsule this morning. While it was about 101,000 kilometers above Earth, the capsule contained some 250 grams of rocks and other material from Bennu, material that could help answer some of scientists' most burning questions about the origins of life on Earth and the early days of our solar system. Jim Garvin, chief scientist of NASA's Goddard Space Flight Center from the landing site during a live broadcast, had this to say. The OSIRIS-REx capsule reached speeds of up to 43,450 kilometers per hour and its heat shield experienced temperatures as high as 2,900 Celsius as it descended through Earth's atmosphere. The capsule deployed its main parachute at an altitude of about 20,000 feet, four times higher than expected at 5,000 feet, but it appeared to land safely. Officials with NASA and Lockheed Martin Space Systems, which built OSIRIS-REx, told reporters in the post-landing conference that the drogue chute likely deployed, but was probably not just seen on cameras monitoring the descent. As the sample return capsule floated down to the desert floor of the U.S. Department of Defense's Utah Test and Training Range, the capsule cooled down enough so that the U.S. Air Force personnel could approach after locating it. The descent from the edge of the atmosphere to the desert sands took under 10 minutes in total to end a four-billion-mile journey. The $1 billion OSIRIS-REx mission launched in 2016, arrived at Bennu in 2018, and collected samples of the asteroid in 2020. Once on the ground, the capsule and surrounding areas were examined to make sure it was safe for OSIRIS-REx team members and recovery personnel to approach and examine the capsule. An early examination by recovery teams found that the capsule was intact and suffered no breaches during landing. From there, the capsule was hooked up to a helicopter via a long line and airlifted to a temporary cleanroom set up at the U.S. Army's Dugway Proving Ground. Once secure inside the facility, the capsule was opened, and the canister inside that contains the precious sample of asteroid Bennu will be prepared for transport once again. The asteroid material will next be loaded onto an aircraft and flown to NASA's Johnson Space Center in Houston, Texas, where a newly-built facility is waiting for it, the agency's Astro Materials Research and Exploration Sciences, or ARES, division. NASA Administrator Bill Nelson in a video during live commentary had this to say. Congratulations to the OSIRIS-REx team. This mission proves that NASA does big things. Things that inspire us. Things that unite us. Recovery operations, we can confirm that the SRC has not breached our reach. The successful landing and recovery of the asteroid Bennu's samples marks the end of a seven-year mission that saw its share of surprises. When the spacecraft arrived at Bennu in 2018, it found an asteroid resembling more of a pile of gravel and rubble than actual solid rock. Scientists with the mission then had to rethink the plan for the probe's landing, which required reprogramming the spacecraft to land in an area less than a quarter of the size of its original intended landing site.