2026 cloud forecast · nearby alternatives

Valladolid 2026 eclipse: time and reviewed forecast inputs

Subject: 12 August 2026 total solar eclipse

Live decision

Weather decision pending

A valid forecast is needed before recommending that you stay or compare another place.

Unavailable
Total cloud
Not supplied
Forecast for
Not supplied
Last retrieved
Not supplied

Checks again every 15 minutes while this page remains open.

Cloud layers, precipitation and source
Low cloud
Not supplied
Mid cloud
Not supplied
High cloud
Not supplied
Precipitation
Not supplied
Provider update
Not supplied
MET Norway forecast source
SkyWindow 2026 eclipse outlook for Valladolid

The Valladolid guide connects the 2026 eclipse time to dated plateau forecast inputs, authority references, comparison links, and explicit planning thresholds.

Use the Valladolid 2026 eclipse time with a dated plateau forecast review, authority references, comparison links, and explicit planning thresholds.

Nearby alternatives

Reviewed options. Distances are straight-line only; compare cloud cover and local guidance before travelling.

Observation data

Geometry and local context

Valladolid

Total eclipse

Local maximum
Obscuration
100%
Sun altitude
8.7°
Azimuth
282.2°
Totality duration
91 s
PhaseLocal timeSun altitude
Partial begins19.0°
Totality begins8.8°
Maximum8.7°
Totality ends8.5°
Partial ends-0.2°

Local decision context

How the place behaves

Valladolid sits on the broad northern Meseta, where open ground can make horizon scouting simpler than in steep coastal terrain. The city itself still adds buildings, trees, and evening movement to the decision. Sources: IGN cartography and geographic data

What to verify

Check whether the western view remains clear to the last few degrees above the skyline. Reassess high cloud and late-day convective development, and never infer access rights from satellite imagery alone. Sources: AEMET weather guidance, Castile and León roads and transport

Fallback logic

Burgos compares the plateau farther north, Madrid the interior to the south, and Zaragoza the Ebro valley to the east. Choose between them only after the forecast shows a durable regional difference. Sources: AEMET weather guidance

At local maximum, the Sun is 8.7° high at an azimuth of 282.2°. Calculated totality lasts 91 seconds.

Reviewed comparison options are Burgos, Madrid, Zaragoza. Distances are straight-line only; they do not represent driving time, road conditions, or permission to access a site.

Source review workflow

Valladolid’s review records both the publisher and the task assigned to each source. IGN supplies the durable geographic reference, AEMET is the dated forecast authority, and the Castile and León service governs transport information. The editor checks identifiers and access dates before publication and keeps generated event values outside the article. That division lets a later reviewer update one input without silently rewriting the meaning of another.

Access verification

Start with the regional roads and transport page in the source list, locate the service or notice relevant to the intended date, and save its publication time with the decision record. A general page is not proof that a particular stopping place may be used. Ask the land or public-space manager for site permission, and repeat this check for any comparison destination before allocating travel time.

Planning limits

Generated astronomy and forecast snapshots are separate from reviewed prose. Recheck retrieval times near the event and use straight-line distances only for comparison, never as driving times or proof of road quality. Confirm closures, crowd controls, protected-area rules, parking permission, and use of the exact site with the responsible authority.

Certified eclipse viewers are required whenever any bright part of the Sun is visible; ordinary sunglasses and unfiltered optical equipment are unsafe. Prepare equipment before travel, give updates to a non-driving observer, and retain a no-travel option when official information is incomplete. Corrections are reviewed bilingually and dated.

First published: · Last editorial review: · Published by SkyWindow · SkyWindow editorial team

Sources