NASA launched the strongest rocket booster for just two minutes on Wednesday. It produced 3.6 million pounds thrust and was a success. This super-powerful booster could be used to support NASA’s Space Launch System rocket and Orion spacecraft in the future. NASA’s Orion spacecraft will eventually carry astronauts deep into space. It is NASA’s latest exploration craft. The Wednesday test took place at Orbital ATK, a commercial partner. It was held at Promontory in Utah. This is the first of two planned tests to make sure that the rocket booster can fly. NASA successfully test-fired the most powerful rocket booster yet. NASA Image. The flight booster hardware for the first SLS flight will soon be available to NASA’s Kenedy Space Center, Florida. NASA’s assistant administrator for human exploration, William Gerstenmaier said that it took several months for the booster, weighing in at 1.6 million pounds, to reach 90degF (32.. 22degC) to check its performance at the top end of its accepted propellant temperature range. In early 2016, they will carry out a similar test at the low end of the propellant temperature range (40degF or 4.44degC). These results can be used to build analytical models that factor in all temperatures. This will help determine the performance of the booster. During the tests, temperatures inside the booster exceeded 5 ,600°C. Yesterday’s booster test provided 75% thrust for Orion, a spacecraft that escaped the Earth’s gravitational pull. Image: Blogs NASA. Todd May, SLS program manager said that this test marks a major milestone in SLS’s development. We are on track to build the strongest rocket in the universe thanks to our partnership with Orbital TK and the support of more than 500 providers across the nation. On Wednesday, SLS program manager Todd May said that the test was a significant milestone for the company. The goal of the test was to assess 102 design goals. Test results showed the booster fulfilled all applicable ballistic performance requirements such as thrust and pressure. NASA stated that other objectives were data collection on important motor upgrades such as new motor insulation and liner, and a better nozzle design. When completed, the SLS will be powered by two five-segment boosters and four RS-25 main engines on its deep space missions. The 177-feet long solid rocket boosters, which are capable of providing the thrust necessary for the rocket’s escape from the Earth’s gravitational pull, will be activated together during the initial two minutes of takeoff. NASA wrote: “The first flight test of SLS will be configured for a 70-metric-ton (77-ton) lift capacity and carry an uncrewed Orion spacecraft beyond low-Earth orbit to test the performance of the integrated system. NASA Video: Testing the rocket booster’s superpowers.
