About this eclipse
- What happens
- The Moon glides through Earth's faint outer (penumbral) shadow — a subtle shading across the disk rather than a dark bite, best seen as a gentle dimming.
- Where it’s visible
- eastern Asia, Pacific, Americas
Lunar eclipse · Saros 114
Penumbral Lunar Eclipse
February 22, 2035 — visible across eastern Asia, Pacific, Americas.
Geometry & timing
- Greatest eclipse (TD)
- 09:06:12 · ΔT 81s
- Greatest eclipse (UTC)
- 09:04:51
- Saros series
- 114
- Magnitude
- 0.9652 / -0.0535 (penumbral / umbral)
- Moon overhead at greatest
- 9°N, 133°W
- Phase durations
- 255.7 min
Sources
Timing and geometry from NASA’s eclipse catalogs. Verify local circumstances before you travel.
- NASALunar eclipse catalog (2001–2100)Open →
How the eclipse unfolds
Schematic of the Moon crossing Earth’s penumbra (outer) and umbra (inner) at greatest eclipse. Visible anywhere the Moon is above the horizon: eastern Asia, Pacific, Americas.
The Moon is above the horizon — and the eclipse visible — on the marker’s side of the dashed line (its position at greatest eclipse).
More eclipses
Related events — same Saros family and nearby dates.
- Apr 3, 2034 · Saros 142Penumbral Lunar EclipseView →
- Oct 30, 2031 · Saros 117Penumbral Lunar EclipseView →
- Jun 5, 2031 · Saros 150Penumbral Lunar EclipseView →
- May 7, 2031 · Saros 112Penumbral Lunar EclipseView →
- Dec 9, 2030 · Saros 145Penumbral Lunar EclipseView →
- Aug 17, 2027 · Saros 148Penumbral Lunar EclipseView →