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NASA-UAP-D013, Mercury Atlas 7, May 24, 1962
NASA AUD RELEASE 2026-05-22 INC. 5/24/62 โŠ™ Low Earth Orbit โŒฅ 123 WORDS OCR

NASA-UAP-D013, Mercury Atlas 7, May 24, 1962

▮ AI SYNOPSIS · Sonnet 4.6

NASA-UAP-D013 is an audio transcript from the Mercury-Atlas 7 mission, May 24, 1962, involving NASA astronaut Scott Carpenter aboard the Aurora 7 capsule in low Earth orbit. During the flight, Carpenter reports observing white, reflective particles visible below and around the capsule. He describes their motion as random and compares their appearance directly to snowflakes. Notably, he states that at least one particle appeared to be moving faster than the spacecraft itself. The transcript captures real-time voice communication between Carpenter and ground control, with brief acknowledgments from mission controllers.

This record is relevant to early astronaut UAP observations, predating and paralleling John Glenn's similar "firefly" particle reports during Friendship 7 three months earlier. The phenomenon was eventually attributed by NASA to frozen condensation or paint flakes from the capsule exterior, though Carpenter's observation of a particle exceeding the spacecraft's velocity remains unexplained within that framing. The transcript is brief and the audio source is not included in this release; no redactions are noted, but surrounding mission context and any follow-up investigation documentation are absent from this record.

During the fourth crewed spaceflight and second orbital flight of Project Mercury, Mercury-Atlas 7 (MA-7), Aurora 7 pilot Scott Carpenter describes white particles in view that appear to move at โ€œrandomโ€ and โ€œlook exactly like snowflakes.โ€ He describes these phenomena as reflective, and that some seemed to move faster than the Aurora 7 spacecraft.

โŒฅ TRANSCRIPT

I have the more of the white particles in view below the capsule. They appear to be traveling exactly my speed. There is one drifting off. It's going faster than I am, as you might heard back. Hi Roger, I understand. I haven't seen the great numbers of these particles, but I've seen a few of them. Their motion is random. They look exactly like snowflakes to me. Hi Roger, have you tried to return? Negative, let me get within scanner limits first. Say yes, I must adjust my attitude to within scanner limits first. Roger. There were some more of those little particles. They definitely look like snowflakes this time. Roger, I understand your pointing will look like definite snowflakes. However, Roger.