NASA’s ESCAPADE Mission to Study Space Weather Between Earth and Mars

NASA’s ESCAPADE mission will launch twin satellites to orbit Mars and study how solar wind interacts with the planet’s magnetic field and atmosphere.

Written by Gadgets 360 Staff | Updated: 27 February 2026 21:14 IST

Highlights

First Mars mission with twin orbiters flying together
Studies how solar wind drives atmospheric escape
Mission aims to explain Mars’s lost thick atmosphere

NASA’s ESCAPADE mission launches aboard Blue Origin’s New Glenn from Cape Canaveral.

Photo Credit: NASA

NASA's ESCAPADE mission will use two identical satellites to study space weather from Earth to Mars. Scheduled to launch in 2025, it will observe how the Sun's charged particles (the solar wind) interact with Mars's magnetic field and atmosphere. By tracking these interactions, ESCAPADE aims to learn why Mars lost its once-thick atmosphere (which may have supported liquid water and life) and how solar storms shape the planet's environment.

NASA's Twin-Satellite Mars Mission

According to NASA, ESCAPADE is the first mission to pair two orbiters around Mars. The two spacecraft will orbit Mars side by side, giving a stereo image of the Martian magnetosphere. They will follow each other in the same orbit and then change to different orbits, enabling scientists to establish cause and effect. For example, one spacecraft can measure the solar wind conditions while the other spacecraft measures the atmospheric response. The two-point sampling will show how solar wind causes atmospheric escape and climate change on Mars. ESCAPADE is a UC Berkeley mission that is scheduled to arrive at Mars in 2027.

Why Space Weather Matters

Space weather is a term that describes conditions caused by the Sun, such as solar flares, coronal mass ejections, and the solar wind. Solar storms can affect Earth's technology, causing currents that destroy power grids or disrupt communications and GPS. Solar storms also increase the radiation exposure of astronauts. Mars, on the other hand, is more affected by space weather because it does not have a magnetic shield to protect it from the solar wind, which has stripped Mars of its atmosphere, making it the planet it is today.