Sun path · Melbourne

Sun path in Melbourne

The sun's arc across the sky, showing elevation against compass direction for Melbourne. Dashed curves show the June solstice, equinox and December solstice for comparison.

Day length
9h 37m
Max elevation
29°
Rises → sets
ENE → WNW
Explore the day
12:24 PMN · 360°Elevation 29.3°
0°30°60°90°NESW

Drag the timeline to see where the sun will be in the sky.

Sun path in Melbourne on Sat, Jul 4

The sun rises from ENE and sets toward WNW in Melbourne, reaching a peak elevation of 29° at solar noon. Day length is 9h 37m, measured from sunrise to sunset.

The chart above plots the full arc of the sun across the sky. The horizontal axis is compass direction, the vertical axis is elevation. Dashed reference curves show the June solstice, equinox and December solstice so you can see how the arc shifts through the year.

Use the scrubber to walk through the day and read the sun's compass bearing and elevation at any moment. For photography, check which direction light will come from at your planned shoot time and whether your subject will be front-lit, side-lit or backlit.

Frequently asked

What direction does the sun rise and set in Melbourne?
On Sat, Jul 4, the sun rises from ENE and sets toward WNW in Melbourne. This shifts north in summer and south in winter.
How long is the day in Melbourne?
Day length in Melbourne on Sat, Jul 4 is 9h 37m, measured from sunrise to sunset.
What is the sun's highest point in Melbourne?
On Sat, Jul 4, the sun reaches a maximum elevation of about 29° above the horizon in Melbourne. This peaks near the summer solstice and is lowest near the winter solstice.
What does a sun path chart show for Melbourne?
A sun path chart plots the sun's elevation against its compass bearing throughout the day. For Melbourne, it shows when and where light will come from, how high the sun climbs, and how the arc shifts between seasons.
Why does sun path matter for photography in Melbourne?
Knowing the sun path helps you plan where light and shadow will fall. You can predict which side of a building catches light, when a subject will be front-lit or backlit, and how long shadows will be at any time of day.

Also for Melbourne