First Stage Landing Simulator

This game shows how hard it is to recover the first stage of a rocket. Try to land smoothly as you can. - Experience the unique thrill of landing a reusable rocket on a land or drone ship in the middle of the ocean. - Compete with your friends and world-wide players to see who's the best rocket pilot. Right now, most rockets are destroyed or lost after they launch into space, meaning entirely new rockets must be built for each mission. Reusable rockets that land themselves are a critical aspect of reducing the cost to reach orbit and increase space access. Space tourism become a reality for everyone and also we will be able to establish a city on Mars in the future. The majority of the launch cost comes from building the rocket, which flies only once. Compare that to a commercial airliner each new plane costs about the same as Falcon 9, but can fly multiple times per day, and conduct tens of thousands of flights over its lifetime. Reusability The rocket doesn't travel straight upward into space but follows a parabolic arc up and away from the launch pad. Because of this, the rocket has to go through a lot to conduct a ground landing. The first stage of the rocket separates at the edge of the earth’s atmosphere. Than the vehicle has to slow down in the direction it's heading and completely turn around. It conducted a series of three recovery burns to maneuver the rocket to a designated landing spot at sea or on land and extreme decelerate it from supersonic speeds for a propulsive soft landing, intact and upright using a quartet of landing legs that deploy in the final moments before a slow speed touchdown. First historical landing of a rocket made Elon Musk’s SpaceX with Falcon 9. The rocket was launched from NASA Cape Canaveral, that previously been used for space shuttle launches. 这场比赛表明它是如何努力恢复火箭的第一阶段。尝试，你可以顺利降落。 - 经验，在海洋中的土地或无人驾驶船登陆的可重复使用火箭的独特快感。 - 与您的朋友和世界各地的玩家竞争，看看谁是最好的火箭试验。 目前，大多数火箭被摧毁或后，他们发射到空间的丢失，意味着全新的火箭队必须为每个任务来构建。土地本身可重复使用的火箭是降低成本进入轨道，并增加空间访问的一个重要方面。太空旅游成为每个人的现实，也是我们将能够在未来建立火星上的城市。 大多数发射成本都来自建筑火箭，这苍蝇只有一次。与此相比，商业客机大致相同猎鹰9号每一个新的座机费，但每天能飞多次，并且在其生命周期进行飞行数万。 可重用性 火箭并没有直接向上遨游太空，但遵循抛物线弧，并将其从发射台路程。正因为如此，火箭要经过大量进行地面着陆。火箭的第一阶段在地球大气的边缘分隔开。比汽车有它的前进方向减速并完全转身。它进行了一系列的三种恢复烧伤使用支腿的四重奏，在比赛的最后时刻部署在海上或陆上和极端减速从超音速的推进软着陆，完整和直立操纵火箭到指定的着陆点前一个缓慢的速度触地得分。 第一个历史着陆做伊隆·马斯克的SpaceX的猎鹰与9火箭从NASA卡纳维拉尔角发射火箭的，以前被用于航天飞机发射。