A Mars rover named Rosalind Franklin has a plan for a powerful trip to the Red Planet. It’s part of a European Space Agency mission, with a launch plan using a SpaceX Falcon Heavy rocket, aiming for late 2028.
That long wait is normal for space missions, because engineers and scientists test and re-test equipment so it can handle the journey through space and still work after landing on another world. Getting a rover ready is like solving a giant puzzle where every piece has to fit.
One of the rover’s biggest jobs will be drilling below the Martian surface. Mars’s surface can be harsh, so underground is a good place to look for clues that might last longer—like keeping something important safely tucked away.
The rover’s tools are meant to collect and study samples to look for signs that Mars long ago may have had conditions that could support life. When you hear plans like this, it helps to separate “planned” from “already happened,” and to notice how careful testing is part of good science.
That long wait is normal for space missions, because engineers and scientists test and re-test equipment so it can handle the journey through space and still work after landing on another world. Getting a rover ready is like solving a giant puzzle where every piece has to fit.
One of the rover’s biggest jobs will be drilling below the Martian surface. Mars’s surface can be harsh, so underground is a good place to look for clues that might last longer—like keeping something important safely tucked away.
The rover’s tools are meant to collect and study samples to look for signs that Mars long ago may have had conditions that could support life. When you hear plans like this, it helps to separate “planned” from “already happened,” and to notice how careful testing is part of good science.