# Mars Retrograde 2086

> Mars is retrograde once in 2086: from November 17 to February 2, 2087 in Cancer and Gemini. The next Mars retrograde after 2086 begins on December 22, 2088 at 22°34' Leo. Dates are in UTC.

Canonical page: https://www.selfgazer.com/sky/mars/retrograde/2086

| Planet | Stations retrograde | Stations direct | Signs | Shadow |
| --- | --- | --- | --- | --- |
| Mars | 2086-11-17 14:09 UTC at 15°38' Cancer | 2087-02-02 08:57 UTC at 27°11' Gemini | Cancer, Gemini | 2086-09-18 to 2087-04-08 |

Mars retrograde is traditionally associated with redirecting effort and anger, with slower progress on new initiatives.

## Questions

### When Is Mars Retrograde in 2086?

Mars is retrograde once in 2086: from November 17 to February 2, 2087 in Cancer and Gemini. The next Mars retrograde after 2086 begins on December 22, 2088 at 22°34' Leo. Dates are in UTC.

### When Does the Mars Retrograde Shadow Start in 2086?

For the retrograde that begins November 17, 2086, the pre-retrograde shadow starts September 18, 2086 and the post-retrograde shadow ends April 8, 2087.

### What Signs Is Mars Retrograde in During 2086?

From November 17, 2086, Mars turns retrograde at 15°38' Cancer and turns direct at 27°11' Gemini.

### How Many Days Is Mars Retrograde in 2086?

Mars spends about 44 days of 2086 retrograde.

### What Is Mars Retrograde Known For?

Mars retrograde is traditionally associated with redirecting effort and anger, with slower progress on new initiatives. Astrologers read it as a time to review rather than launch.

### Why Do Some Sites List a Different Retrograde Date?

Most astrology sites print a single date without a time zone. An ingress at 10:49 PM in New York is already the next day in London and Sydney, so two correct sources can disagree by a day. Selfgazer gives every time in both US Eastern time and UTC, and the tables switch to your own time zone in the browser.

## Method

Positions are geocentric and tropical: apparent longitudes on the true ecliptic and equinox of date, corrected for light time and aberration. They are computed with the open-source Astronomy Engine library (VSOP87 planetary theory) and agree with the Swiss Ephemeris to within about one arcminute. The North Node is the mean node. Times are given in UTC and US Eastern time.

Source: [Selfgazer](https://www.selfgazer.com/sky/mars/retrograde/2086). Free to cite with a link to the source page.