The Interstellar Mission And The Boeing SLS Rocket | Beyond The Edge Of The Solar System in 15-years скачать в хорошем качестве

The Interstellar Mission And The Boeing SLS Rocket | Beyond The Edge Of The Solar System in 15-years

In this Boeing and APL designed mission, a robotic mission is flown beyond the Heliopause, entirely out of the solar system to encounter the interstellar medium (200 AU distant). Launched by the Boeing NASA SLS Block 2 heavy lift launcher, the interstellar spacecraft can reach the edge of the Solar system in 15-years, significantly less than the 40-years required of the Voyager probes. For this mission an enhanced SLS is used; three upper stages provide the extreme high delta-velocity required. Injection energy (C3) is an unheard of 304 km2/s2 (this is almost twice the velocity as the New Horizons Pluto flyby spacecraft launched on the Atlas V 551). With this injection speed, the spacecraft will travel at an astonishing 7.2-AU per year, and would be, by far, the fastest object ever launched. The enhanced SLS uses the new four RL-10 engine Boeing Exploration Upper Stage (EUS) along with the ULA Centaur upper stage and the NG Star-48 solid motor. Here the SLS's incredible capability to inject very heavy payloads is traded for velocity, as the SLS imparts impulse (energy) into a smaller payload, producing extreme Heliocentric velocities. Without the SLS, a spacecraft could not reach the heliopause in 15-years (other launch vehicles could at best provide a 30-year trip time). The new SLS, which flew a perfectly flawless test mission in 2022, is in production and ready to enable this and other deep space missions to Jupiter/ Europa, Saturn/ Titan, Saturn/ Enceladus, Uranus, Neptune/ Triton, Pluto/Charon and other far distant destinations. The SLS is NASA's newest and most reliable super heavy lift rocket and has the throw-mass and fairing size to accomplish the most demanding space exploration missions. All material is provided by Boeing and has been shown at AIAA, IEEE, JANNAF and/or IAC conferences, working groups, and mission evaluation panels. Animations: Bob Sauls - XP4D Corp Mission / vehicle design and concept development: Benjamin Donahue - Boeing, Michael Paul - John Hopkins Applied Physics Lab Terry Haws - Northrop Grumman Trajectory design and optimization: Jerry Horsewood - Space Flight Solutions, Inc Special thanks to the rest of the Boeing Exploration Launch Systems team Publication: 73rd International Astronautical Congress (IAC) IAC-22,LBA,A3,5,x74446 Paris, 18-22 September 2022 Interstellar Probe: 15 Years to the Interstellar Medium with an Enhanced NASA Space Launch System: B. Donahue, M. Duggan, D. Burks, J. Bowman, T. Haws, J. Bartkiewicz, J. Cassady, M. Paul Boeing Exploration Launch Systems