Mercury at Greatest Eastern Elongation
See whether these planets are above your horizon after dark.
WHAT TO SEE & WHEN
Find your next opportunity, then check the view from your area.
YOUR PLACE. YOUR VIEW.
Choose a place to see local times, directions and conditions.
Your location tells us what is above your horizon and when to look. Clouds help us choose a useful window.
A city you choose is remembered for this tab. Your IP address is used by IPinfo to find an approximate area, which is kept in this tab for 15 minutes. It may be wrong with a VPN. Browser location needs permission. The page URL includes the selected area, rounded to two decimal places, so you can copy it to share this view. Exact browser coordinates are not saved. Maps load directly from OpenStreetMap and NOAA, which receive the map area being viewed. City names: GeoNames, CC BY 4.0.
Plan ahead
The next 400 days in the available catalog. Event pages explain local visibility and prediction uncertainty.
Jupiter lies opposite the Sun, rises near sunset, and is favorably placed for observing.
Mars lies opposite the Sun, rises near sunset, and is favorably placed for observing.
Mercury reaches its widest apparent separation from the Sun and is best placed in the morning sky.
Mars and Jupiter pass about 4.3° apart.
Venus and Saturn pass about 0.61° apart.
Mercury reaches its widest apparent separation from the Sun and is best placed in the evening sky.
Mercury reaches its widest apparent separation from the Sun and is best placed in the morning sky.
Mercury reaches its widest apparent separation from the Sun and is best placed in the evening sky.
Neptune lies opposite the Sun, rises near sunset, and is favorably placed for observing.
Mercury and Venus pass about 3.8° apart.
Saturn lies opposite the Sun, rises near sunset, and is favorably placed for observing.
Mercury reaches its widest apparent separation from the Sun and is best placed in the morning sky.
Catalog refreshed . Dates and predictions come from the catalog used by Forecast Bar, with a source on every event.
Calendar day groupings use UTC. Event times adapt to your device’s time zone when JavaScript is available. Exact local visibility and weather can differ from the global catalog timing.
A little context. A better view.
Two objects can look close together from Earth while remaining far apart in space. Angular separation describes their apparent spacing, not their physical distance.
An outer planet at opposition lies opposite the Sun in our sky. It is generally well placed during the night; its altitude and your weather still shape the observing opportunity.
Greatest elongation can make Mercury or Venus easier to find in the evening or morning. A low horizon and local twilight conditions are important, even when the separation is large.
Some conjunctions occur close to the Sun. The event page preserves that distinction. Never sweep near the Sun with binoculars or a telescope to find a planet.
Learn more: NASA’s guide to observing the planets
Past events, preserved for reference.
Saturn lies opposite the Sun, rises near sunset, and is favorably placed for observing.
Neptune lies opposite the Sun, rises near sunset, and is favorably placed for observing.
Mercury and Jupiter pass about 0.55° apart but lie close to the Sun in our sky.
Venus reaches its widest apparent separation from the Sun and is best placed in the evening sky.
Mercury reaches its widest apparent separation from the Sun and is best placed in the morning sky.
Take the sky with you
Open the astronomy calendar in Forecast Bar to explore events alongside your local weather and astronomy alert settings.
