ESCAPADE completes powered Earth flybys and Mars-injection burns
- ESCAPADE completed two powered Earth flybys in two days, a NASA milestone for the first powered Earth flyby to Mars.
- Both ESCAPADE spacecraft performed separate trans-Mars injection burns on November 7, 2026, and November 9, 2026.
- The mission launched from Cape Canaveral Space Force Station on November 13, 2025, with listed orbits including Earth-proximity orbit and Lagrange point 2.
- Loiter-orbit science observations are listed alongside formation flying, magnetotail observations, and solar wind dynamics between Earth and Mars.
- These observations connect to planning for future human exploration of Mars.
What happened
ESCAPADE has completed powered Earth flybys, including two powered Earth flybys in two days. Both spacecraft also completed trans-Mars injection burns. The record lists a NASA milestone: first powered Earth flyby to Mars.
What we know
The mission's launch date is 2025-11-13, and its launch site is Cape Canaveral Space Force Station.
The listed orbits include Earth-proximity orbit and Lagrange point 2.
The first ESCAPADE spacecraft completed a trans-Mars injection burn; the facts tied to it are 2026-11-07 and 1000 miles.
The second spacecraft completed a trans-Mars injection burn; the facts tied to it are 2026-11-09 and 650 miles.
The record lists a lead org relation and names Advanced Space as a partnership.
The facts list science observations taken during loiter orbit.
Other listed elements are formation flying, magnetotail observations, solar wind dynamics between Earth and Mars, and solar wind interaction with the Martian environment.
Why it matters
For readers tracking NASA missions, the facts show a two-spacecraft sequence: powered Earth flybys followed by separate trans-Mars injection burns. The record also lists Earth-proximity orbit, Lagrange point 2 and Mars orbit.
The listed observation topics connect to planning for future human exploration of Mars. They include formation flying, magnetotail observations, solar wind dynamics between Earth and Mars, and solar wind interaction with the Martian environment.
Sources
Written by AI systems from the sources above and checked automatically; no personal byline. How this site works