ESA confirms successful separation
European Space Agency
ESA reported that deep-space antennas confirmed the Mercury Transfer Module had separated successfully and that telemetry was nominal.
Based on: European Space Agency
Science & Space
Did BepiColombo successfully separate its transfer module on the way to Mercury?
Published
Verdict
True
Verification confidenceHigh
Explanation
Yes. ESA confirmed on September 3 that BepiColombo's Mercury Transfer Module separated successfully from the spacecraft stack, and telemetry showed the remaining systems were nominal.
The signal was acquired through ESA deep-space antennas in Spain and Argentina. Scientific American independently reported that the two science orbiters had separated from the transfer module and sent a strong signal to Earth.
This was the start of the arrival phase, not Mercury orbit insertion. ESA says MPO and Mio remain joined until after they enter Mercury orbit in November, with the two science orbiters expected to separate in December and science operations scheduled for April 2027.
Key takeaway
The transfer module is gone, but BepiColombo has not yet entered Mercury orbit and its two science orbiters remain joined.
Evidence
Supports the claim
Independent report confirms the maneuver
Scientific American
Scientific American reported that the two science orbiters split from the transfer module and sent a strong signal to Earth.
Based on: Scientific American
Arrival sequence remains unfinished
European Space Agency
The science orbiters are scheduled to enter Mercury orbit together in November, separate in December, and begin science operations in April 2027.
Based on: European Space Agency
Was this check helpful?
Sign in required
Sign in required
Related checks
Science & Space
Did scientists finally detect dark matter in South Dakota?
Not yet. The LZ experiment recorded one unexplained event that could involve dark matter, but it falls short of the threshold for a confirmed discovery.
Verdict
Unverified
Verification confidenceHigh
Science & Space
Did scientists discover a 10-sided atmospheric wave at Saturn's south pole?
Yes. Hubble observations revealed a large, evolving decagon-shaped wave in Saturn's southern atmosphere.
Verdict
True
Verification confidenceHigh