Britain woke to a striking celestial display this morning as the Moon slipped deep into Earth’s shadow, producing the reddish and coppery tones that have earned lunar eclipses their popular “Blood Moon” nickname. But despite the dramatic appearance, this was not a total lunar eclipse — it was a particularly deep partial eclipse, with roughly 93% of the Moon entering Earth’s darkest shadow at maximum.
What’s actually true about this morning’s eclipse?
The eclipse unfolded during the early hours of Friday, 28 August, with the Moon gradually moving through Earth’s shadow.
The partial phase began at about 3.33am BST, before reaching maximum eclipse at around 5.12am. At that point, most of the visible lunar disc was inside the umbra — the darkest central part of Earth’s shadow — leaving only a relatively small bright section directly illuminated by the Sun.
That produced the most striking photographs of the morning: a darkened Moon with a rusty-red or copper glow, sometimes appearing alongside a thin brighter crescent.
The colour is not caused by anything mysterious happening to the Moon. Sunlight passing through Earth’s atmosphere is scattered and refracted towards the lunar surface. Blue wavelengths are scattered more strongly, leaving more red and orange light to reach the eclipsed Moon.
Why did the Moon look like a “Blood Moon”?
“Blood Moon” is an informal term rather than the scientific name for a particular type of eclipse.
It is most commonly associated with total lunar eclipses, when the entire Moon enters Earth’s umbra and can turn a deep red. This morning’s event was different: it was a partial lunar eclipse, although so much of the Moon entered the umbra that the effect could look remarkably similar in photographs.
That distinction matters because some social-media posts and headlines have described the event simply as a total “Blood Moon”. It wasn’t. No location on Earth saw the Moon completely covered by the umbra during this eclipse.
Why were the best views so difficult to catch?
The timing was both the attraction and the problem for UK observers.
By maximum eclipse, the Moon was very low in the western or south-western sky, while dawn was approaching. In London, for example, the Moon was only around eight degrees above the horizon at maximum and set at approximately 6.15am.
That meant photographers with an unobstructed western horizon had an opportunity to capture something particularly atmospheric: the red Moon close to the horizon, with buildings, trees or landmarks potentially forming silhouettes beneath it.
Cloud was another major variable. A perfectly timed eclipse is no guarantee of a photograph — local cloud, haze and obstructions can easily hide a Moon that is technically above the horizon.
Is it safe to look at a lunar eclipse?
Yes. Unlike a solar eclipse, a lunar eclipse can be viewed safely with the naked eye. There is no need for specialist eclipse glasses because observers are looking at reflected moonlight rather than directly at the Sun.
Binoculars or a camera with a zoom lens can reveal more detail, while a tripod can help produce sharper photographs.
What happens next?
For anyone who missed the spectacle, there is no reason for concern — lunar eclipses are predictable astronomical events, not dangerous phenomena.
The important point is that this morning’s eclipse was a deep partial lunar eclipse, not a total one. Its unusual appearance came from the combination of Earth’s shadow, atmospheric filtering of sunlight and the Moon’s low position in the UK sky.
The next lunar eclipse visible from the UK is a penumbral lunar eclipse in February 2027, according to current eclipse schedules.
Key takeaways
- The UK saw a deep partial lunar eclipse on 28 August 2026.
- Maximum eclipse occurred at around 5.12am BST.
- Roughly 93% of the Moon entered Earth’s darkest shadow.
- The eclipsed portion could appear red, orange or copper-coloured.
- “Blood Moon” is a popular nickname, not the scientific classification.
- No special glasses were required to watch the lunar eclipse safely.
- The Moon’s low position and approaching daylight made clear photographs particularly challenging.
