Total Lunar Eclipse

When the Eclipse Happens Worldwide

Lunar eclipses can be visible from everywhere on the night side of the Earth, if the sky is clear. From some places the entire eclipse will be visible, while in other areas the Moon will rise or set during the eclipse.

Eclipse Stages (Worldwide)         UTC Time                        Local Time (TRRO)
Penumbral Eclipse begins            31 Dec at 14:03:53        1 Jan at 1:03:53 am          Alt 30^o 29.140′   Az  0^o 59.583′
Partial Eclipse begins                    31 Dec at 15:07:43         1 Jan at 2:07:45 am
Full Eclipse begins                          31 Dec at 16:16:28         1 Jan at 3:16:28 am
Maximum Eclipse                           31 Dec at 16:52:03         1 Jan at 3:52:03 am
Full Eclipse ends                             31 Dec at 17:27:44          1 Jan at 4:27:44 am        Alt 15^o 2.977′   Az  314^o 39.012′
Partial Eclipse ends                       31 Dec at 18:36:30          1 Jan at 5:36:30 am       Twilight will impact visibility
Penumbral Eclipse ends               31 Dec at 19:40:11           1 Jan at 6:40:11 am          Not visible. The moon has set.

The Moon is above the horizon during this eclipse, so with good weather conditions, the entire eclipse is visible.
With the sun set time we should be able to see a grand view of this event.

Umbra is the darkest, central part of a shadow where light is completely blocked, while penumbra is the lighter, outer region where the light source is only partially obscured. Think of umbra as total blockage, while penumbra is “almost” blockage (from Latin paene “almost” + umbra “shadow”).

A ‘total’ eclipse phase always has three phases, Leading penumbra, full umbra, lagging penumbra.
A partial eclipse only has one phase as you are always only in the penumbra shadow, although for a lunar partial eclipse you may see the umbra obscure a portion of the moon.
As the earth’s shadow (penumbra) passes over the moon, the closer you get to the umbra, the darker the moon may seem as more of the light source (the sun) is obscured from the moon.