Can I see the aurora tonight from Reykjavik?

That depends on the real, current Kp index shown above matched against Reykjavik's magnetic latitude — search results above reflect live NOAA data, not a fixed answer.

What is the clear-sky viewing score for Reykjavik right now?

Check the real, live cloud cover percentage shown above for Reykjavik — lower cloud cover means clearer, more favorable viewing conditions.

What equipment is needed to observe visible planets from Reykjavik?

Naked eye is enough to spot bright planets like Venus, Jupiter, Mars, and Saturn. Binoculars or a small telescope will resolve real detail, like Jupiter's moons or Saturn's rings.

We couldn't find “Reykjavik” in Iceland. The closest match is in Capital Region, so the conditions below are for that location, not Iceland.

Live Sky Report

What Can I See in the Sky Tonight in Reykjavik, Iceland?

Waning Crescent moon at 7%, Mars shines at magnitude 0.8. Calculated for 64.14°, -21.90° (Atlantic/Reykjavik).

Moon

Waning Crescent

7% lit

Sunset

4:54 PM

Dusk 7:43 PM

Dark hours

10.9 h

Dawn 6:40 AM

Aurora

Possible

Belt 58°

Visible planets tonight

Mars, Jupiter, Saturn — brightest: Mars at mag 0.8 in Leo

🔭 Tonight's Sky Report

📍 Reykjavik, Iceland — Friday, November 6

Live cloud cover, temperature, ISS passes and aurora odds load in your browser and need JavaScript. The moon, planet and meteor rows below are calculated without it.

⭐ StargazingWeather reading loads on page open

🌙 MoonWaning Crescent • 7% Illumination

🪐 Visible planetsMars, Jupiter, Saturn

🌠 Meteor activityLeonids in 10 days

🌌 Milky WayVisible after dark, low moonlight

🛰️ ISSISS pass times load on page open

🌈 Aurora🟢 Possible: Quiet (Kp 2.0)

☁️ Cloud coverWeather reading loads on page open

🌡️ TemperatureWeather reading loads on page open

Space weather observed: 12:00 PM UTC

Tonight's sky above Reykjavik, Iceland

Reykjavik, Iceland's sky tonight is a real, computable state — every value on this page comes from live NOAA space weather data, live orbital elements for the ISS, and astronomy-engine's ephemeris for the Sun, Moon, and planets.

Local sky character in Reykjavik

Northern high latitudes · northern hemisphere

The north celestial pole stands 64.1° above the horizon, so stars within 64° of it never set from here.
About 95% of the whole sky rises above the horizon at some point in the year from this latitude.
The Galactic Centre never rises from this latitude, so the brightest stretch of the Milky Way stays permanently below the horizon.
Above 64° the observing year is strongly seasonal: mid-summer nights may never reach astronomical darkness, while mid-winter delivers very long dark windows.

Pole altitude

64.1°

Sky reachable

95%

Milky Way core

Never rises

Aurora borealis

Reachable

Loading live sky conditions…

Best nights this month in Reykjavik

Calculated for these coordinates and today's date — not a fixed list.

2026-11-09 — Darkest night of the coming month
The Moon is only 0% illuminated, giving the least lunar interference in the next 30 nights — the best window for the Milky Way and faint deep-sky targets from Reykjavik, Iceland.
2026-11-17 — Leonids peak — up to 15/hour
Radiant in Leo. Visible from both hemispheres. The Moon is 45% lit on peak night, so lunar interference is moderate.
2026-11-24 — Full Moon
A 100%-lit Moon washes out faint objects, but lunar terrain along the limb is at its most striking — plan bright targets and planets instead of deep sky.

Reykjavik, Iceland stargazing questions

What can I see in the sky tonight from Reykjavik, Iceland?: Tonight from Reykjavik, Iceland expect a waning crescent Moon at 7% illumination, with these naked-eye planets above the horizon after dark: Mars, Jupiter, Saturn. The night offers about 10.9 hours of true astronomical darkness.
What planets are visible tonight in Reykjavik, Iceland?: Tonight in Reykjavik, Iceland, Mars, Jupiter, Saturn are visible to the naked eye after dark, based on this location's real ephemeris for tonight.
When does darkness start tonight in Reykjavik, Iceland?: Astronomical darkness begins at 7:43 PM local time in Reykjavik, Iceland tonight, the moment the Sun drops more than 18° below the horizon and the sky becomes fully dark for faint-object observing.
Can you see the aurora tonight in Reykjavik, Iceland?: Reykjavik, Iceland sits within the aurora oval's typical reach on active nights, near 58° geomagnetic latitude at Kp 3 — aurora is a realistic prospect here whenever the planetary Kp index reaches about 0.8 or higher.
What is the stargazing light pollution level in Reykjavik, Iceland?: Reykjavik, Iceland doesn't have a population figure in our location data, so we can't estimate a sky-glow category here. A dedicated light-pollution map will give a precise reading for this spot.
How likely are the northern lights in Reykjavik, Iceland?: Reykjavik, Iceland sits at 64.1° N, inside the latitude range the auroral oval reaches on ordinary active nights — the oval sits near 58° geomagnetic latitude at Kp 3. That means aurora is a realistic prospect here whenever geomagnetic activity lifts above the quiet baseline, not only during major storms.
What time of night is best for aurora watching in Reykjavik, Iceland?: Auroral substorms cluster around local magnetic midnight, so the hours either side of midnight are statistically strongest. You also need real darkness: this page's dusk and dawn times mark the usable window, and in mid-summer that window can close entirely at this latitude.
Do I need to leave Reykjavik, Iceland to see the aurora?: Reykjavik, Iceland is small enough that local sky glow is not the limiting factor; a clear view toward the northern horizon and clear weather matter more.
How dark does it actually get in Reykjavik, Iceland tonight?: About 10.9 hours of astronomical darkness (Sun more than 18° below the horizon). That is the real observing window for faint objects; brighter targets are workable from dusk onward.

Nearby cities

Real great-circle distance from Reykjavik, Iceland.

Sky tonight across Iceland

Other cities in Iceland with live sky reports.

Popular astronomy destinations

Aurora hubs, dark-sky sites, and observatory towns.