Get ready for an exciting journey to Mars with NASA's Escapade mission, a groundbreaking endeavor that could unlock the secrets of the Red Planet's atmosphere!
The Quest for Mars
NASA, in collaboration with Blue Origin and UC Berkeley, is about to embark on its most affordable Mars mission ever. But let's be real, sending anything to Mars is no easy feat. The Soviet Union's early attempts in the 1960s ended in failure, and even the US struggled with quick flybys. It wasn't until 1971 and the success of Mariner 9 that we achieved the first orbital mission around another planet.
Fast forward over 50 years, and Mars still presents a formidable challenge. Currently, only seven functional orbiters and two rovers are operational on the planet, mostly under NASA's watchful eye.
Enter Escapade
This Sunday, NASA's Escapade mission will launch, aiming to add two more orbiters to the exclusive club of successful Mars missions. Liftoff is scheduled for 2:45 p.m. ET, and the mission has a simple goal on paper: Blue Origin's New Glenn rocket will launch two Escapade orbiters into space on November 9, weather and other factors permitting.
Once in space, the orbiters, nicknamed Blue and Gold after UC Berkeley's school colors, will separate and hang out at the L2 Earth-Sun Lagrange point, a spot behind Earth when viewed from the sun. Here, they'll literally 'hang out' without getting lost in space. After a year, they'll do a quick flyby of Earth and embark on their journey to Mars, with an expected arrival date in November 2027.
The Subtext of Escapade
Space missions are common, but Escapade is more than meets the eye. It's not just about the mission; it's about the stories behind it. Escapade has three underlying narratives that are worth paying attention to:
New Glenn's Official Debut: NASA has chosen Blue Origin's New Glenn rocket for this launch. New Glenn is the new kid on the block, and Escapade will be its first official mission into space. The rocket's task is to launch Escapade into orbit and then return to Earth. Blue Origin first sent New Glenn into orbit in January 2025, but things didn't go entirely as planned during reentry, prompting an FAA investigation. All eyes will be on Blue Origin to see if they can nail the landing phase this time.
The 13 Lives of Escapade: One of the challenges of the Escapade mission is its budget. Mars missions are notoriously expensive, with the Mars Exploration Rover mission costing over $1 billion. Escapade, however, is part of NASA's Small Innovative Missions for Planetary Exploration (SIMPLEx) program, with a budget of less than $80 million. UC Berkeley and Rocket Lab were allocated $55 million to build the two orbiters, and they faced numerous challenges, from budgetary concerns to the COVID-19 pandemic and supply issues. Dr. Robert Lillis, associate director for Planetary Science at UC Berkeley, describes it as having '13 lives' and says he could write a book on all the potential mission-dooming challenges they've faced.
Reducing the Cost of Admission: In 2013, the Indian Space Research Organization successfully launched its Mars Orbital Mission with a total cost of $74 million, significantly undercutting other Mars missions. Escapade's budget is similar, with NASA paying Blue Origin $20 million for the use of the New Glenn rocket. If successful, Escapade will be NASA's first low-cost mission to Mars and the second such mission to succeed. Reducing the cost of Mars missions is a significant milestone for NASA, as it opens up more opportunities for future exploration and potentially paves the way for human missions.
Understanding the Martian Magnetosphere
Despite being one of Earth's closest neighbors, Mars still holds many mysteries. It's well-established that Mars had water at some point, but over its history, the Martian magnetosphere has been stripped away by solar winds, making it nearly impossible for water to exist. Escapade aims to address this by deploying two orbiters that will follow each other, providing more consistent measurements of the Martian magnetosphere. Dr. Lillis explains that the magnetosphere on Mars changes by the minute, and waiting for a single orbiter to circle back leaves many changes unmeasured.
The ultimate goal of the mission is to understand how solar weather interacts with the Martian magnetosphere. Solar winds have been eroding the magnetosphere, similar to how water erodes rock in a river. Escapade will help determine the rate and extent of this erosion. With the existing data spread out over time, researchers aren't sure what they'll find, but the data from Escapade's two-orbiter setup will help fill in these gaps and provide a more dynamic perspective.
Join the Journey
You can watch the live launch of the Escapade mission this Sunday on Blue Origin's website. Don't miss this opportunity to witness history in the making and be a part of the journey to unlock the secrets of Mars' atmosphere!
