Photo by NASA on Unsplash
PuzzleBeat
Solar Eclipse Emergence (Artemis II)
Enjoy this space scene as a free online jigsaw. Pick your piece count and start solving in your browser.
This space jigsaw runs entirely in your browser. Choose difficulty on the play screen, use the optional timer to race your best score, or upload a personal photo for a custom puzzle anytime.
No download, no account — just tap play and start placing shaped pieces on the board.
Solar Eclipse Emergence (Artemis II)
A solar eclipse is a geometry problem written in light. When the Moon slides directly between Earth and the Sun, it can blot out the solar disk for a few minutes, revealing the faint corona and a thin rim of brightness as the last (or first) sliver of photosphere appears. That rim is often called third contact or the diamond-ring moment: one brilliant bead of sunlight punching through a lunar valley while the rest of the disk stays hidden. NASA's photograph for this puzzle captures that re-emergence — the Sun climbing back into view from behind the Moon — as seen from the Orion spacecraft near the end of the Artemis II lunar flyby on April 6, 2026. From that vantage, there is no horizon, no atmosphere to redden the light, only the two disks and the black of space.
Back on Earth, the same alignment returns on a schedule. On August 12, 2026, a total solar eclipse will race a narrow path from the high Arctic across Greenland and Iceland, then into northern Spain and a sliver of Portugal near sunset. Totality lasts a little over two minutes at greatest duration; a much wider region of Europe, Canada, and the northern United States will see a deep partial eclipse. Certified solar filters are required whenever any of the Sun's bright surface is visible — glasses come off only during the brief window of full totality, then go back on the instant sunlight returns. The Artemis image is a reminder of what that geometry looks like from the other side of the Moon: not a darkened afternoon, but a hard-edged silhouette against raw sunlight.
This free Space jigsaw on PuzzleBeat rebuilds that Artemis II eclipse emergence. Piece together Solar Eclipse Emergence (Artemis II) at your own pace — choose your piece count and play instantly in your browser with no download or account required.
How to play
- Tap Play Solar Eclipse Emergence (Artemis II) puzzle to open the puzzle board, then choose your piece count and difficulty.
- Drag pieces from the tray onto the board and snap them into place until the full image is complete. Works with mouse on desktop and touch on mobile.
- Use the Preview button on the play screen to peek at the full reference image whenever you need a hint.
- When you finish, check your solve time on the completion screen and share it with friends to see who can beat your record.
Frequently asked questions
- What does this Artemis II eclipse photo show?
- It shows the Sun re-emerging from behind the Moon — the moment of third contact — photographed from NASA's Orion spacecraft near the end of the Artemis II lunar flyby on April 6, 2026. From orbit there is no Earthly sky, only the two bodies and the returning photosphere.
- When is the next total solar eclipse after this image?
- A total solar eclipse crosses Earth on August 12, 2026, with totality along a path through the Arctic, Greenland, Iceland, northern Spain, and a corner of Portugal. Most of Europe, Canada, and parts of the northern United States will see a partial eclipse that same afternoon.
- How do I watch a solar eclipse safely?
- Use ISO 12312-2 solar viewing glasses or a properly filtered telescope whenever any of the Sun's disk is visible. Regular sunglasses, cameras, and phone screens are not safe. During totality you may look without a filter only while the Sun is fully covered; put protection back on the moment a bright bead of sunlight returns.
- Is this Solar Eclipse Emergence (Artemis II) puzzle free?
- Yes. Play this Solar Eclipse Emergence (Artemis II) jigsaw free on PuzzleBeat in your browser with shaped pieces, preview, and an optional timer — no download or account required.