Good to hear that preparatory work is starting on #ESAs next planetary defence mission – the Rapid Apophis Mission for Space Safety (Ramses). It is so thrilling. Imagine, there will be an exceptionally close flyby of #Earth in 2029. ☄️The asteroid Apophis will pass within 32000 km from Earth’s surface on 13 April 2029 and we can see him with our own eyes. So, save the date. With our deep heritage in the #Heramission we will do everything which is needed to support the outstandig Ramses mission. We have the experts, we know how to build a spacecraft which flys to an asteroid, and we at OHB SE are always very happy to be a strong partner for scientists around the world. We know, Ramses is challenging and has a very tight schedule. We are in this together and our joint goal is to achieve the greatest scientific outcome. Watch out or we could quote Queen guitarist and astrophysicist Dr. Brian May who once said in a video for ESAs upcoming Hera mission “Planetary defence warriors rock on”. And as always - #spacesafety first. European Space Agency - ESA #spaceindustry #future
☄ This unique encounter between Earth and an asteroid calls for an emissary: Ramses In April 2029, the asteroid #Apophis will pass within 32 000 km from Earth’s surface. Visible to the naked eye, the flyby of this 375-meter giant is an incredibly rare opportunity to study an asteroid as its physical characteristics are altered by Earth’s gravity. The European Space Agency - ESA’s Space Safety programme has received permission to begin preparatory work for its Rapid Apophis Mission for Space Safety (#RamsesESA). The flyby is not only uniquely close, under the effect of Earth's gravity, Apophis will be stretched and squeezed by strong tidal forces that may trigger landslides and other disturbances and reveal new material from beneath the surface. To get a before-after view, Ramses needs to be launched in April 2028 to allow for an arrival at Apophis in February 2029, two months before the close approach. The mission will conduct surveys of the asteroid’s shape, surface, orbit, rotation and orientation. Moreover, scientists will learn a lot about an asteroid inner composition and structure, which is critical to improve our ability to defend our planet from an asteroid on a collision course. “This type of mission is a cornerstone of humankind’s response to a hazardous asteroid", explains Richard Moissl, heading ESA's #PlanetaryDefence Office. "A reconnaissance mission would be launched first to analyse the incoming asteroid’s orbit and structure. The results would be used to determine how best to redirect the asteroid or to rule out non-impacts before an expensive deflector mission is developed.” Learn more about this novel mission 👉 https://lnkd.in/eFtrs2G6