πͺπ¬ Luxor, Egypt
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One of the places we assess for the 2 August 2027 total eclipse β the event guide compares every location on the path.
- Totality duration
- 6m 20s
- Source: Computed from NASA GSFC Besselian elements (VSOP87/ELP2000-85, ΞT 71.7s); validated against timeanddate.com and published path tables, agreement β€5s β see /methodology
- August cloud
- β1%
- Source: Eclipsophile (Jay Anderson) satellite climatology; whenisthenexteclipse.com
- Totality window (UT)
- 10:02:04 β 10:08:24
- Maximum 10:05:14 UT. Computed for the city point β position on the centreline side gains seconds.
- Sun altitude at maximum
- 81.8Β°
- Computed. Above ~20Β° terrain rarely matters; this is a comfortable sky position.
- Trip effort β 2 / 5 how this is scored
- Visa: 2 β Egypt e-visa/visa on arrival Flights: 2 β LXR international + Cairo hub Ground: 2 β short hops to open viewing ground Infrastructure: 2 β deep hotel and cruise capacity
Sky: August cloud frequency ~0.7% β effectively guaranteed clear. The risk that remains is heat (Upper Egypt in August is extreme) and haze/dust, not cloud.
Getting there: Luxor (LXR), direct international charters + Cairo connections. Established tourist corridor: flights, rail, Nile cruises, roads.
Staying: East Bank corniche hotels, West Bank guesthouses, and Nile cruise boats acting as floating capacity. Eclipse-window premiums are already the market's headline. Chain booking calendars typically open about a year out, so August 2027 dates are now live at major brands; independents open later.
Visa: Egyptian e-visa, straightforward for most nationalities.
Heads-up: Standard Egypt advisories; the real physical risk on the day is 40Β°C+ heat in open viewing areas β plan shade and water like you plan the optics.
Verdict: The headline destination and deservedly so: within a few seconds of the global maximum, sub-1% cloud, real infrastructure. The trade is crowds, premium pricing and brutal heat.
β Back to the comparison Β· How to weigh this trade-off Β· Eye safety