Following the discovery of asteroid 2024 YR4, the European Space mission
The European Space Agency is pushing ahead with the Ramses mission to study the asteroid Apophis. Scheduled for launch in 2028, it would reach Apophis before its closest approach
Agency accelerates preparations to Earth in April 2029. The mission will build on the telegram number list experience gained from the Hera mission,
which ended in 2024, which investigated the aftermath of humanity’s first asteroid deflection experiment.
The mission’s first CubeSat will be a hybrid device combining a platform and dust analyzer from Milani and a low-frequency radar from Juventas, both from the Hera mission.
The dust analyzer will study
Material ejected from Apophis’s surface, for example by landslides, while the radar will allow a detailed study of the asteroid’s internal structure.
Although Apophis does not pose an how to prevent bec attacks? immediate threat to Earth, Ramses’ research will help develop methods for determining the structure of potentially hazardous asteroids and assessing ways to prevent them from colliding with our planet.
Source: ESA / Science Office
The development of the first CubeSat is being led by Tyvak International, which also worked on Milani for the Hera mission.
The project received €4.7 million in funding in July 2024. “Using existing technologies will enable the Ramses mission to involve proven European philippines numbers industrial and research partners who have proven their ability to deliver high-quality mission elements in a short time frame,” said Fabio Nichele, CEO of Tyvak International.
Meanwhile, preparations for the main Ramses spacecraft are in full swing.
The recent discovery of asteroid 2024 YR4 has highlighted the need to respond quickly to a potential impact threat to Earth. “Ramses not only provides a unique scientific opportunity, it also demonstrates ESA’s ability to develop asteroid missions in a short time frame, which is important in the event of a real threat,” said Richard Moissl, Head of Planetary Protection at ESA.