Airbus takes charge of ExoMars lander amid uncertainties
- The ExoMars mission has faced significant delays since its inception nearly 20 years ago.
- Airbus is assigned to design and build the lander for the ExoMars mission now targeted for a 2028 launch.
- With numerous complications and geopolitical tensions, the future of ExoMars remains uncertain.
In Europe, nearly two decades after the European Space Agency (ESA) made a commitment to the ExoMars mission, the project continues to face numerous challenges and delays. Initially envisioned as a collaborative effort with a launch scheduled for 2011 using a Russian Soyuz 2-1b rocket, the mission underwent a series of changes. The ESA shifted to using a U.S. Atlas V rocket in 2009, before ultimately partnering with Russia's Roscosmos for a Proton rocket launch. This evolving situation reflects a complex interplay of international cooperation and geopolitical developments. The delay in preparations for the ExoMars mission was further exacerbated when technical difficulties occurred during parachute testing in 2019, leading to setbacks in the launch timeline. Originally set to launch in 2022, the COVID-19 pandemic forced another postponement. As preparations resumed, the conflict arising from Russia's invasion of Ukraine directly impacted the ESA's plans and partnerships for the mission. Despite these setbacks, the ESA recently announced that Airbus will now design and manufacture the lander that will facilitate the descent of the ExoMars rover, named Rosalind Franklin, to the Martian surface. The current launch window is targeted for 2028, utilizing a U.S. rocket once more. With continued developments in space exploration, including competition from other companies like SpaceX aiming for earlier launches, uncertainty remains about the viability and timing of the ExoMars mission. Ultimately, as the ExoMars mission embarks on its next phase amidst a backdrop of shifting international relations and technical challenges, the ESA and its partners must navigate these complexities to achieve a successful landing on Mars. The landscape of space exploration is evolving, making the success of this mission critical for Europe’s standing in interplanetary exploration.