Eclipses in Hyderabad 2027
Local circumstances of every solar and lunar eclipse of 2027 as seen from Hyderabad: contact times in local time, the eclipsed luminary's altitude at each contact, obscuration, and the sutak window. Instants come from a high-accuracy astronomical search (Lahiri sidereal).
Observable from Hyderabad = the eclipsed luminary is above your horizon during at least part of the umbral (partial or total) phase — the naked-eye eclipse. Altitudes are apparent (refraction-corrected) for the luminary's centre; a centre altitude of 0° still leaves the disc's upper limb roughly 0.8° up, so an eclipse grazing the horizon is genuinely visible.
Annular solar eclipse — 6 Feb, 21:29
Not observable from Hyderabad — the eclipsed luminary stays below the horizon throughout the umbral phase.Sidereal position: 23°23′ Capricorn · Dhanishta
Penumbral lunar eclipse — 21 Feb, 04:42
Penumbral onlySidereal position: 7°45′ Leo · Magha
Penumbral eclipse only — the Moon passes through Earth's outer shadow (upacchaya). The dimming is slight and usually imperceptible; there is no umbral phase and no sutak.
| Phase | Local time | Altitude | Phase type |
|---|---|---|---|
| Penumbral begins | 21 Feb, 02:41 | +55.2° | penumbral |
| Maximum | 21 Feb, 04:42 | +27.0° | penumbral |
| Penumbral ends | 21 Feb, 06:43 | -0.3° | penumbral |
Penumbral lunar eclipse — 18 Jul, 21:32
Penumbral onlySidereal position: 1°43′ Capricorn · Uttara Ashadha
Penumbral eclipse only — the Moon passes through Earth's outer shadow (upacchaya). The dimming is slight and usually imperceptible; there is no umbral phase and no sutak.
| Phase | Local time | Altitude | Phase type |
|---|---|---|---|
| Penumbral begins | 18 Jul, 21:20 | +29.3° | penumbral |
| Maximum | 18 Jul, 21:32 | +31.6° | penumbral |
| Penumbral ends | 18 Jul, 21:45 | +33.7° | penumbral |
Partial solar eclipse — 2 Aug, 15:36
Observable from HyderabadSidereal position: 15°40′ Cancer · Pushya · Obscuration at peak: 27%
| Phase | Local time | Altitude | Phase type |
|---|---|---|---|
| Partial begins | 2 Aug, 15:58 | +38.8° | umbral |
| Maximum | 2 Aug, 16:47 | +27.2° | umbral |
| Partial ends | 2 Aug, 17:33 | +16.6° | umbral |
Smarta reckoning (CONVENTION): sutak begins 4 prahar (~12 h, solar) or 3 prahar (~9 h, lunar) before sparsha — the first umbral contact — and ends at moksha, the last umbral contact; observed only where the eclipse is locally visible. A prahar is treated as a nominal ~3 hours. Vaishnava and regional reckonings differ on vedha and exemptions, some tables measure from a fixed clock-hour, and reduced-sutak concessions (children, the sick, the aged) exist. We pin the Smarta sparsha-based rule and show only the begin/end instants.
Sutak convention: Dharmasindhu / Nirnaya Sindhu — sources & methodology
Penumbral lunar eclipse — 17 Aug, 12:43
Penumbral onlySidereal position: 29°50′ Capricorn · Dhanishta
Penumbral eclipse only — the Moon passes through Earth's outer shadow (upacchaya). The dimming is slight and usually imperceptible; there is no umbral phase and no sutak.
| Phase | Local time | Altitude | Phase type |
|---|---|---|---|
| Penumbral begins | 17 Aug, 10:53 | -70.1° | penumbral |
| Maximum | 17 Aug, 12:43 | -82.1° | penumbral |
| Penumbral ends | 17 Aug, 14:33 | -57.9° | penumbral |
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Questions, answered
How many eclipses are observable from Hyderabad in 2027?
1 of the 5 eclipses peaking in 2027 can be observed from Hyderabad — the rest stay below the horizon during their umbral phase.
What is the first eclipse observable from Hyderabad in 2027?
Partial solar eclipse — 2 Aug, 15:36, in sidereal Cancer (Pushya nakshatra).
What is the sutak (eclipse) period?
Sutak is the smriti impurity window around a visible eclipse. Per the Smarta reckoning we cite, it begins ~12 h (solar) or ~9 h (lunar) before the first umbral contact and ends at the last, and applies only where the eclipse is visible.
How does each eclipse fall from YOUR Moon and Lagna? The free kundli relates every one to your chart.
Generate your free Kundli →Contact instants from a high-accuracy astronomical eclipse search; altitudes and obscuration are computed for Hyderabad's coordinates. Sidereal placement uses the Lahiri ayanamsa.
Computed with the Lahiri ayanamsa (sidereal). Panchang values are anchored at the local sunrise. How we compute →