On July 30, 2020, an Atlas V 541 launched a new Mars rover, named by Alexander Mather, a seventh grader, as Perseverance. The launch went off without a hitch (unless you count California earthquakes as hitches), and Perseverance in its aeroshell zoomed off towards our red neighbor to collect scientific data about possible life.

Seven months later, Perseverance has begun its mission on Mars after a successful landing using a very new system. The landing system had only been used on one prior mission, Curiosity’s mission in 2013. This landing system is the sky crane, a rocket powered crane that lowers the rover down to the surface gently and then flies away to make sure no debris hits the rover and damages it. This system allowed for heavier rovers to be sent to Mars and for more science to be done.

Perseverance is the newest rover to be sent to Mars, one of the trifecta of spacecraft sent to Mars in the Hohmann Transfer Window of 2020. It has many new systems that will be able to help it complete the experiments that it is tasked with. One of these new systems is a new drill that drills out chunks of the ground in small pipes and examines them as one piece instead of examining dirt like Curiosity does. This is very effective to find the age of different parts of soil or rock being drilled into as it preserves the layers.

Perseverance’s mission is supposed to last a few years, but with how NASA JPL’s last rover’s have gone, I suspect that it will last for a much longer time. It’s route will take it to the mouth of the ancient river bed that is Jezero crater. After that, it will travel around the bank of the lake that filled the crater. Finally it will examine the edge of the crater to look at the lower layers of the Martian surface that were pushed up due to the asteroid that hit the surface. The next few years will be filled with lots of great science coming from the Martian soil, and it will be interesting to watch it unfold.