AI-generated illustration for Galileo Whispers. Mars and Jupiter are represented as nearby points above a generic rooftop; this is not an observed sky chart or a close physical encounter.
Mars and Jupiter pair up before dawn on November 15–16, 2026, appearing about 1.2 degrees apart. Look for much brighter Jupiter and nearby reddish Mars. From New York they are well above the southeastern horizon before dawn; a planned early-morning view is more useful than trying to catch an unspecified exact conjunction instant.
NASA’s November 2026 guide recommends both mornings. That is an apparent pairing in our sky, not a close physical encounter between the planets.
Identify the two lights before choosing magnification
Their brightness is the most useful initial distinction. Jupiter is the conspicuously brighter light; Mars is the fainter, reddish neighbor. Their approximate 1.2-degree separation is a little more than two typical full-Moon diameters laid side by side. Your eyes can separate them readily if conditions allow.
A chart should be set to the actual date, time and location. Orientation changes as the pair crosses the sky, and a telescope may rotate or invert the view. “Above and left” without those qualifications is less reliable than brightness plus the chart’s labeled directions.
Our conjunction versus close-approach explanation distinguishes coordinate alignment from the smallest angular gap. Neither definition makes the exact global instant the best time at every observing site. This guide does not independently solve that minimum.
Choose between the two mornings in New York
The example location is New York City, 40.7128° N, 74.0060° W, at an ideal unobstructed horizon. All local times below are EST, UTC−05:00.
- November 15: a practical early session can center on 5 a.m. Civil twilight begins at 6:14 a.m., with sunrise at 6:43 a.m. The Moon set the previous evening at 8:47 p.m., so it is below the horizon for this predawn session.
- November 16: the same chosen 5 a.m. session precedes civil twilight at 6:15 a.m. and sunrise at 6:44 a.m. The Moon set at 9:49 p.m. November 15 and does not rise again until 12:28 p.m. November 16.
Those lunar and solar times come from the US Naval Observatory’s calculations for November 14, November 15 and November 16. They are computed circumstances, not reports of clear weather.
JPL Horizons’ Mars and Jupiter tables make the second morning more concrete: at 5 a.m. November 16, their apparent elevations are about 59.9° and 59.1°, respectively, at azimuths about 145° and 147° measured eastward from north. That places them high in the southeast, not barely rising. The modeled visual magnitudes are about +0.6 for Mars and −2.1 for Jupiter; negative magnitude means brighter.
Equipment, horizons and daylight
Start with unaided eyes. Wide-field binoculars can frame both planets if their true field exceeds the separation with room to spare. A narrow high-power telescope view may contain only one at a time; the apparent pairing does not guarantee shared framing in every instrument.
Check the forecast, transparency and local obstructions. Southern observers need their own bearings and elevations; New York’s geometry is not a global chart. An absence of moonlight cannot remove clouds or buildings.
Finish optical viewing well before sunrise and never sweep binoculars or a telescope toward the Sun. NASA’s solar safety guidance explains why unfiltered optics can cause severe eye injury. If you lose the planets as daylight grows, end the search.
These viewing times apply to the mornings of November 15–16, 2026. A search on another date requires a new local chart and twilight calculation.
