How to Find Asteroid Pallas in October

Updated 10 November 2026 · Standard formula, shown below

Finding asteroid Pallas in October means locating its current position against the background stars and then checking that spot with binoculars or a telescope. You will need the observing year as well as your location, because Pallas moves and its visibility changes from year to year; an ephemeris or planetarium app can provide the date-specific sky position.

What You’ll Need

The year and an observing date in October. Pallas will not be in the same part of the sky every October.
Your observing location, or at least your nearest city, to get local rise and set times and a correctly oriented sky chart.
A current sky chart or astronomy app that includes minor planets or asteroids. Look up Pallas by name or by its designation, 2 Pallas.
Binoculars or a telescope, a stable support, and a dim red light for reading a printed chart. Pallas is usually too faint to see with the unaided eye.
A dark observing spot, clear skies, and a way to let your eyes adjust to darkness.

Step-by-Step

Choose the year and date. Decide which October you mean and pick a night with a clear forecast. Pallas’s position, distance, brightness, and time above the horizon vary by year. Do not rely on a chart or instructions made for a different year.
Set your location and time zone. Enter your observing location in your sky app or use a chart generated for it. Check whether the app displays local time or Universal Time (UTC), and set its date and time to the planned observing session. A time-zone error can shift the plotted sky enough to make the search confusing.
Find Pallas’s current coordinates. Search for “2 Pallas” or “Pallas” in a reputable planetarium app or an ephemeris that includes asteroids. Confirm that the result is the minor planet, not a star or another object. Note its right ascension and declination, or use the app’s live sky map. Check that the data are for the correct date and time.
Check whether it is observable. See when Pallas rises, reaches its highest point, and sets for your location. Plan to look while it is well above the horizon, preferably after the sky is dark. If the app shows it below the horizon or lost in twilight at your planned time, choose another time or night.
Check the Moon and the forecast. Moonlight, haze, city lighting, and thin cloud can wash out a faint asteroid. A night with a dim or absent Moon and transparent skies is often better. Weather forecasts can change, so check again on the day.
Prepare the chart and equipment. Zoom the app to show nearby bright stars, then note a recognizable pattern around Pallas. If using a printed chart, make sure it matches the date and observing time. Set up binoculars or a telescope on a steady support, and focus on a bright star or distant light before searching.
Orient yourself under the sky. Find a few bright stars or a constellation shown on your chart. Hold the chart in the same direction as the sky; many apps have a compass or augmented-reality view, but verify the direction against the stars rather than trusting an uncalibrated phone compass.
Move from bright landmarks to the target field. Use the chart’s star pattern to work gradually toward Pallas. With binoculars, sweep slowly and compare each field to the chart. A telescope at low magnification usually gives a wider, easier-to-match view than high magnification. Avoid starting at high power, which makes it harder to identify where you are looking.
Check the suspected point carefully. Pallas will normally look like a faint point of light, not a resolved disk. Compare its position with the plotted stars. A single view cannot always distinguish it from a star; the most reliable confirmation is that it shifts relative to the background stars when you observe again later, using an updated chart.
Record the observation. Write down the date, local time, location, equipment, and the star pattern you used. If you return on another night, update the chart for that time rather than assuming Pallas stayed at the same spot.

Common Mistakes

Using a generic October chart: A chart that omits minor planets, or one for another year, may not show Pallas where it actually is.
Mixing up time zones: UTC, local standard time, and daylight-saving time are not interchangeable. Confirm how the source labels time.
Expecting a naked-eye sighting: Pallas is not generally visible without optical aid. Even binocular visibility depends on its brightness and sky conditions.
Looking too close to the horizon: Atmospheric haze and obstructions reduce contrast. Choose a time when it is higher in the sky.
Assuming every faint dot is Pallas: Star fields contain many similar points. Match the surrounding pattern and check its motion on a later date.
Using too much magnification: A narrow field makes it easy to lose the star pattern. Begin with binoculars or a telescope’s lowest practical power.

Tips

Use an app’s search function to jump to Pallas, then zoom out until nearby constellations are visible. This links the precise plotted position to landmarks you can recognize.
Practice navigating the area with the app in daylight, then dim the screen at night. Bright screens reduce dark adaptation.
Give your eyes around 20 minutes to adapt to darkness, and use a dim red light when you need to read a chart.
Binoculars can be easier to aim than a telescope, especially for learning the star field. Keep them steady against a support.
For a meaningful motion check, compare observations separated by several days and use a fresh ephemeris each time. The amount of motion varies.
If the app offers an option to show minor planets, turn it on; some sky maps hide asteroids by default.

Troubleshooting

Pallas does not appear in search: Try “2 Pallas,” check that the app includes minor planets, or consult a different current ephemeris. Some basic star charts do not include asteroids.

The app and sky do not seem to match: Recheck the date, time, time zone, location, compass calibration, and screen orientation. Compare the view with several bright stars, not just one.

You cannot see the plotted target: Confirm that the equipment is focused, use a lower magnification, and let your eyes adapt. Move away from direct lights, wait for clouds or haze to clear, and try when the target is higher. The object may simply be too faint for your equipment or conditions.

You see a point but cannot tell if it is Pallas: Do not identify it by brightness alone. Match the surrounding stars to a date-specific chart, then check the position again later. If the point has not shifted as predicted, revisit the chart settings and identification.

Pallas is not visible at your chosen time: Check its rise and set times and choose another hour or night in October. If it is too close to the Sun in the evening sky, a later or earlier observing window may be needed; some years may offer poor October viewing from your location.

Frequently Asked Questions

Can I see Pallas with the naked eye?
Usually not. It is generally too faint, so binoculars or a telescope and a dark, clear sky are useful.

Is Pallas visible every October?
It may be above the horizon in October, but its position and observing conditions change each year. Check a current ephemeris for your date and location.

What time should I look?
There is no single time that works everywhere. Use local rise and set information, and aim for a dark period when Pallas is well above the horizon.

Do I need a telescope?
No, binoculars may be enough under favorable conditions, depending on Pallas’s brightness and your sky. A telescope can help, but start at low magnification.

How can I confirm that I found it?
Match the object’s position to a current chart and compare it with the background stars on a later night. Pallas moves; distant stars appear fixed over that interval.

Why does my app show a different position?
Common causes include a different date or time, UTC versus local time, incorrect location, or an app that is not displaying updated asteroid data. Check each setting and refresh the ephemeris.

Method: the standard formula for this calculation, rounded as each result states. See how the calculators work or report an error.