NASA's November 2026 skywatching bulletin is a calendar, not a story — a utility document dressed up with sky charts and a video transcript. That's not a knock. The job here is to tell you when to go outside and where to look, and it does that cleanly. Three meteor showers spread across the month give you multiple shots at catching something. The Southern Taurids peak around November 5, the Northern Taurids around November 12, and the Leonids on the mornings of November 17-18. The Taurids are low-volume — around five meteors per hour under ideal conditions — but their calling card is the occasional bright fireball that makes the cold worthwhile. The Leonids are more generous at roughly 15 per hour, though NASA is careful to note most viewers will see fewer. Best approach for all three: dark location, 30 minutes of eye adjustment, wide field of view. The Mars-Jupiter conjunction on November 15-16 is the month's easiest win. Look southeast before sunrise and you'll see the two planets just 1.2 degrees apart — a little more than two full Moons side by side. Jupiter is the brighter one; Mars is the reddish companion. No telescope needed, no special conditions required. Watch over several mornings to see them approach and then drift apart. The headline milestone belongs to Voyager 1, which in November becomes the first human-made object to reach one light-day from Earth. That means a signal traveling at the speed of light takes a full 24 hours to reach the spacecraft, and another 24 hours to hear back. NASA is marking the occasion with a "Shine Bright for Voyager's Light-Day" activation on November 17. If you want to imagine where Voyager 1 is headed, look toward the constellation Ophiuchus. November 24 brings a full supermoon — the first in a three-month run through November, December, and January. The Moon's slightly oval orbit brings it closer to Earth, making it appear larger and brighter than average, though NASA acknowledges the difference can be subtle. The apparent enormity near the horizon is the Moon illusion, not the supermoon effect. Look east around sunset. As a piece of public science communication, this is NASA's JPL doing exactly what it should: taking real celestial mechanics and turning them into actionable viewing instructions for anyone with a clear sky and some patience. Raquel Villanueva's delivery is efficient and unpretentious. There's no discovery here, no argument, no revelation — just the sky doing what it does, with someone telling you when to pay attention. The practical value is high if you actually use it. Print the dates, set calendar reminders, check your local weather forecast around the peaks. The Leonids after moonset on the 17th and the Mars-Jupiter pairing on the 15th-16th are the two events most likely to reward the effort of getting up early.
