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- #Space flight simulator who to make an electric rocket update#
- #Space flight simulator who to make an electric rocket code#
#Space flight simulator who to make an electric rocket code#
I was sceptical the moment I saw some leaked images of bp code from the beta, the moment I saw the changes made I knew the knew none of my builds would work on 1.5.
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#Space flight simulator who to make an electric rocket update#
This update is not receiving a lot of hate, most of the people that hate the update are people who were already complaining about it long before it came out of which I could include myself. I will give my opinion as an expert player who I am. On behalf of the entire SFS community, Stef, we appreciate the work you do, and SFS 1.5 Foundation Update is an incredible fresh version of the game. So many members of this community are acting so selfishly, and it’s sad to see. It’s also not his fault that iOS is delayed with releasing 1.5. He spent 2 years rebuilding the entire game from scratch, to allow future updates to be faster and easier. Additionally, to all of the people saying that “it’s going to be another two years before we get ion engines back”, Stef did not spend 2 years redesigning the engines and making new skins. Stef already said that he and his team of incredible devs are planning to reintroduce the old electric parts (RTG, batteries, ion thruster). Come on guys, be grateful for this incredible update he released. He worked on this update for almost 2 years and all anyone can complain about is that it’s missing batteries and ion engines. In December 2020, the Japanese space program JAXA successfully retrieved a sample of the Ryugu asteroid for scientific study.Guys, I can’t even imagine how badly Stef feels right now. Next year, researchers from the University of Colorado, Boulder, and Lockheed Martin are planning to launch two small satellites that will be sent to two pairs of binary asteroids to study how these curious space objects evolve and burst apart over time. “Not only is the DART mission a planetary defense demonstration, but so much of the spacecraft itself is new technology demonstration and being a part of a mission of firsts is stimulating,” said Julie Schneringer, Nasa launch site integration manager. While no known asteroid larger than 140 metres in size has a significant chance of hitting Earth for the next 100 years, only around 40 per cent of those asteroids have been found as of October 2021. Once it has escaped Earth’s atmosphere, the spacecraft will separate from its launch vehicle - a SpaceX Falcon 9 rocket - and will deploy its 'Roll Out Solar Arrays' (ROSA) to provide the solar power needed for DART’s electric propulsion system and for the spacecraft operations. The space agency’s Launch Services Program, based at Kennedy Space Centre in Florida - the multi-user spaceport in the US - is managing the launch. The craft will also house a cubesat that will separate from it a few days prior to impact, so that it can take photos of Didymos and study changes to the asteroid’s course following the impact. The spacecraft is expected to collide at roughly six kilometres per second and the collision will change the speed of the moonlet in its orbit around the main body by a fraction of 1 per cent. Nasa wants to find out whether intentionally crashing a spacecraft into an asteroid is an effective way to change its course, should an Earth-threatening asteroid be discovered in the future. The 'Double Asteroid Redirection Test' (DART) is the first mission to test technologies for preventing a hazardous asteroid impacting Earth.ĭART will reach its target asteroid in late September 2022 the asteroid in question, known as Didymos, is not considered a threat to Earth.