Blood Moon total lunar eclipse over Australia and New Zealand

Blood Moon total lunar eclipse over Australia and New Zealand

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A 'blood Moon' total lunar eclipse was visible across Australia and new Zealand in the early hours of 8 September 2025.

During a total lunar eclipse, the Moon darkens and turns a rusty red colour, making for a beautiful sight easily seen with the naked eye.

Find out what else is visible in the sky this month with our Southern Hemisphere stargazing guide.

And unlike a solar eclipse, no eclipse glasses or other special equipment is needed to see a lunar eclipse.

Here we'll explore what a lunar eclipse is, what was visible during the event and key timings for the September 2025 blood Moon in Australia and New Zealand.

The total lunar eclipse of 8 September 2025 captured by Nick O'Brien, Coochiemudlo Island, Queensland, Australia
The total lunar eclipse of 8 September 2025 captured by Nick O'Brien, Coochiemudlo Island, Queensland, Australia

Blood Moon explained

A lunar eclipse occurs when Earth is positioned between the Sun and the Moon.

You may have realised that these are the same conditions as a full Moon: the Sun, Earth and Moon are positioned so the whole of the Earth-facing side of the Moon is illuminated by sunlight.

But most months during full Moon, the alignment isn't quite exact enough to cause a lunar eclipse.

However, when the alignment is just right, we're able to see Earth's shadow, cast by sunlight, projected on to the Moon.

This is a lunar eclipse.

Lunar eclipses occur when the Moon passes into the shadow that Earth casts in space. Credit: Pete Lawrence
Lunar eclipses occur when the Moon passes into the shadow that Earth casts in space. Credit: Pete Lawrence

Sometimes only a portion of Earth's shadow hits the Moon. This is a partial lunar eclipse.

And sometimes the whole of the lunar disc is bathed in Earth's shadow. This is a total lunar eclipse.

On 8 September 2025, a total lunar eclipse was visible from Australia and New Zealand.

What's more, the Moon was approaching perigee, the point in its orbit when it's closest to Earth.

Map showing how the 8 September 2025 lunar eclipse is visible over Australia and New Zealand. Australia will be treated to the whole eclipse, but New Zealand's view will be cut short by the Moon setting. Credit: F. Espenak, NASA's GSFC eclipse.gsfc.nasa.gov/eclipse.html
Map showing how the 8 September 2025 lunar eclipse is visible over Australia and New Zealand. Australia will be treated to the whole eclipse, but New Zealand's view will be cut short by the Moon setting. Credit: F. Espenak, NASA's GSFC eclipse.gsfc.nasa.gov/eclipse.html

Key timings

The partial phase of the lunar eclipse – the point when Earth's shadow begins to creep across the surface of the Moon – began at 02:27 AEST (00:27 AWST).

Totality – when the whole of the Earth-facing side of the Moon is basked in Earth's shadow – occurred at 03:31 AEST (01:31 AWST).

Earth’s shadow covered the Moon until 04:53 AEST (02:53 AWST), with the latter partial phase ending at 05:57 AEST (03:57 AWST).

This meant all of Australia got to see the blood Moon total lunar eclipse on 8 September.

New Zealanders, however, didn't get to see the whole thing, because the Moon had set before the lunar eclipse finished.

The total lunar eclipse of 8 September 2025, captured by Taran Sohal, Brisbane, Australia. Equipment: Moon – Sony a7Iv camera, Sony 200-600mm lens, Sky-Watcher EQ6R Pro. Exposure: ISO 350, f/8, 10 seconds, 5 seconds, 1 second. Foreground – Sony A7Iv camera, Sony 35mm lens. Exposure: ISO 400, f/4, 10 seconds. Lume Cube lights on Mavic 2 pro drone
The total lunar eclipse of 8 September 2025, captured by Taran Sohal, Brisbane, Australia. Equipment: Moon – Sony a7Iv camera, Sony 200-600mm lens, Sky-Watcher EQ6R Pro. Exposure: ISO 350, f/8, 10 seconds, 5 seconds, 1 second. Foreground – Sony A7Iv camera, Sony 35mm lens. Exposure: ISO 400, f/4, 10 seconds. Lume Cube lights on Mavic 2 pro drone

What a lunar eclipse looks like

During a total lunar eclipse, Earth's shadow begins to creep across the surface of the Moon.

The Moon darkens as this happens, and can also turn a rusty red colour, which is why it's often known as a 'blood Moon'.

"It will be a moderately dark eclipse," said Glenn Dawes, our resident Southern Hemisphere stargazing expert, "the northern limb of the Moon reaching the shadow’s centre, mid-eclipse, at 04:12 EST (02:12 AWST) and the southern limb remaining slightly brighter."

Lunar eclipse of 10 December 2011 by John O'Mahony, Sydney, Australia. Equipment: Canon 450D, Megrez 72mm refractor.
Lunar eclipse of 10 December 2011 by John O'Mahony, Sydney, Australia. Equipment: Canon 450D, Megrez 72mm refractor.

The reddening that gives the 'blood Moon' its name happens because sunlight is passing through Earth's atmosphere on its way to the Moon.

And as that light passes through our planet's thick atmosphere, it's refracted, causing it to appear red.

You don't need any eclipse glasses to observe a lunar eclipse, and you should see it perfectly well – weather permitting – with the naked eye.

If you missed this one, don't worry. The next total lunar eclipse visible from Australia and New Zealand will be on 3 March 2026.

Share your lunar eclipse experience and images with us by emailing contactus@skyatnightmagazine.com

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