Venus Out of Bounds Dates
Venus reaches up to ±28° during some declination arcs and occasionally breaks past the obliquity threshold. OOB Venus windows are shorter and less frequent than Mars windows, and modern astrologers often read them as timing context for values, attraction, aesthetics, and money. This page lists every Venus OOB window across 1975 to 2075.
Upcoming Venus OOB windows
| Start | End | Duration | Peak | Direction |
|---|---|---|---|---|
| May 6, 2026 | Jun 7, 2026 | 33 days | +25° 05' | north (May 22, 2026) |
| Jul 6, 2027 | Jul 8, 2027 | 3 days | +23° 27' | north (Jul 7, 2027) |
| Nov 14, 2027 | Dec 13, 2027 | 30 days | -24° 49' | south (Nov 28, 2027) |
| Apr 3, 2028 | May 30, 2028 | 58 days | +27° 45' | north (May 3, 2028) |
| May 24, 2029 | Jun 18, 2029 | 26 days | +24° 28' | north (Jun 5, 2029) |
| Oct 10, 2029 | Dec 9, 2029 | 61 days | -27° 19' | south (Nov 7, 2029) |
| Dec 2, 2030 | Dec 24, 2030 | 23 days | -24° 15' | south (Dec 13, 2030) |
| Apr 18, 2031 | Jun 2, 2031 | 46 days | +26° 08' | north (May 10, 2031) |
| Jun 11, 2032 | Jun 29, 2032 | 19 days | +23° 58' | north (Jun 20, 2032) |
| Oct 26, 2032 | Dec 3, 2032 | 39 days | -25° 40' | south (Nov 14, 2032) |
| Dec 21, 2033 | Jan 3, 2034 | 14 days | -23° 45' | south (Dec 28, 2033) |
| May 5, 2034 | Jun 7, 2034 | 34 days | +25° 07' | north (May 22, 2034) |
| Jul 4, 2035 | Jul 8, 2035 | 5 days | +23° 28' | north (Jul 6, 2035) |
| Nov 13, 2035 | Dec 13, 2035 | 31 days | -24° 50' | south (Nov 28, 2035) |
| Apr 2, 2036 | May 28, 2036 | 57 days | +27° 40' | north (May 2, 2036) |
| May 23, 2037 | Jun 18, 2037 | 27 days | +24° 29' | north (Jun 5, 2037) |
| Oct 10, 2037 | Dec 10, 2037 | 62 days | -27° 24' | south (Nov 7, 2037) |
| Dec 1, 2038 | Dec 23, 2038 | 23 days | -24° 16' | south (Dec 12, 2038) |
| Apr 18, 2039 | Jun 2, 2039 | 46 days | +26° 11' | north (May 10, 2039) |
| Jun 11, 2040 | Jun 29, 2040 | 19 days | +23° 59' | north (Jun 20, 2040) |
| Oct 26, 2040 | Dec 3, 2040 | 39 days | -25° 42' | south (Nov 14, 2040) |
| Dec 20, 2041 | Jan 3, 2042 | 15 days | -23° 46' | south (Dec 27, 2041) |
| May 5, 2042 | Jun 7, 2042 | 34 days | +25° 08' | north (May 21, 2042) |
| Jul 3, 2043 | Jul 9, 2043 | 7 days | +23° 30' | north (Jul 6, 2043) |
| Nov 13, 2043 | Dec 12, 2043 | 30 days | -24° 52' | south (Nov 28, 2043) |
| Apr 2, 2044 | May 26, 2044 | 55 days | +27° 34' | north (May 1, 2044) |
| May 23, 2045 | Jun 17, 2045 | 26 days | +24° 30' | north (Jun 4, 2045) |
| Oct 10, 2045 | Dec 11, 2045 | 63 days | -27° 30' | south (Nov 7, 2045) |
| Nov 30, 2046 | Dec 22, 2046 | 23 days | -24° 17' | south (Dec 11, 2046) |
| Apr 16, 2047 | Jun 1, 2047 | 47 days | +26° 14' | north (May 8, 2047) |
| Jun 9, 2048 | Jun 28, 2048 | 20 days | +23° 59' | north (Jun 18, 2048) |
| Oct 24, 2048 | Dec 2, 2048 | 40 days | -25° 44' | south (Nov 12, 2048) |
| Dec 19, 2049 | Jan 2, 2050 | 15 days | -23° 47' | south (Dec 26, 2049) |
| May 3, 2050 | Jun 6, 2050 | 35 days | +25° 10' | north (May 20, 2050) |
| Jul 2, 2051 | Jul 8, 2051 | 7 days | +23° 30' | north (Jul 5, 2051) |
| Nov 11, 2051 | Dec 11, 2051 | 31 days | -24° 53' | south (Nov 26, 2051) |
| Apr 1, 2052 | May 22, 2052 | 52 days | +27° 25' | north (Apr 29, 2052) |
| May 21, 2053 | Jun 16, 2053 | 27 days | +24° 31' | north (Jun 3, 2053) |
| Oct 8, 2053 | Dec 11, 2053 | 65 days | -27° 35' | south (Nov 6, 2053) |
| Nov 29, 2054 | Dec 22, 2054 | 24 days | -24° 18' | south (Dec 11, 2054) |
| Apr 16, 2055 | Jun 1, 2055 | 47 days | +26° 17' | north (May 8, 2055) |
| Jun 9, 2056 | Jun 27, 2056 | 19 days | +24° 00' | north (Jun 18, 2056) |
| Oct 24, 2056 | Dec 2, 2056 | 40 days | -25° 47' | south (Nov 12, 2056) |
| Dec 18, 2057 | Jan 2, 2058 | 16 days | -23° 48' | south (Dec 25, 2057) |
| May 3, 2058 | Jun 5, 2058 | 34 days | +25° 11' | north (May 19, 2058) |
| Jul 1, 2059 | Jul 7, 2059 | 7 days | +23° 32' | north (Jul 4, 2059) |
| Nov 11, 2059 | Dec 11, 2059 | 31 days | -24° 54' | south (Nov 26, 2059) |
| Apr 1, 2060 | May 19, 2060 | 49 days | +27° 15' | north (Apr 27, 2060) |
| May 20, 2061 | Jun 16, 2061 | 28 days | +24° 32' | north (Jun 2, 2061) |
| Oct 8, 2061 | Dec 12, 2061 | 66 days | -27° 40' | south (Nov 6, 2061) |
| Nov 29, 2062 | Dec 21, 2062 | 23 days | -24° 19' | south (Dec 10, 2062) |
| Apr 15, 2063 | Jun 1, 2063 | 48 days | +26° 20' | north (May 8, 2063) |
| Jun 8, 2064 | Jun 27, 2064 | 20 days | +24° 01' | north (Jun 17, 2064) |
| Oct 23, 2064 | Dec 1, 2064 | 40 days | -25° 49' | south (Nov 12, 2064) |
| Dec 18, 2065 | Jan 1, 2066 | 15 days | -23° 49' | south (Dec 25, 2065) |
| May 2, 2066 | Jun 5, 2066 | 35 days | +25° 13' | north (May 19, 2066) |
| Jun 30, 2067 | Jul 7, 2067 | 8 days | +23° 33' | north (Jul 4, 2067) |
| Nov 10, 2067 | Dec 10, 2067 | 31 days | -24° 56' | south (Nov 25, 2067) |
| Apr 1, 2068 | May 17, 2068 | 47 days | +27° 02' | north (Apr 26, 2068) |
| May 20, 2069 | Jun 15, 2069 | 27 days | +24° 33' | north (Jun 2, 2069) |
| Oct 7, 2069 | Dec 12, 2069 | 67 days | -27° 45' | south (Nov 7, 2069) |
| Nov 28, 2070 | Dec 21, 2070 | 24 days | -24° 20' | south (Dec 10, 2070) |
| Apr 15, 2071 | Jun 2, 2071 | 49 days | +26° 23' | north (May 8, 2071) |
| Jun 7, 2072 | Jun 26, 2072 | 20 days | +24° 02' | north (Jun 17, 2072) |
| Oct 23, 2072 | Dec 1, 2072 | 40 days | -25° 51' | south (Nov 11, 2072) |
| Dec 17, 2073 | Jan 1, 2074 | 16 days | -23° 50' | south (Dec 24, 2073) |
| May 1, 2074 | Jun 5, 2074 | 36 days | +25° 15' | north (May 19, 2074) |
| Jun 29, 2075 | Jul 7, 2075 | 9 days | +23° 34' | north (Jul 3, 2075) |
| Nov 10, 2075 | Dec 10, 2075 | 31 days | -24° 57' | south (Nov 25, 2075) |
Historical Venus OOB windows (1975-2075)
| Start | End | Duration | Peak | Direction |
|---|---|---|---|---|
| Apr 22, 1975 | Jun 2, 1975 | 42 days | +25° 50' | north (May 12, 1975) |
| Jun 16, 1976 | Jul 1, 1976 | 16 days | +23° 51' | north (Jun 24, 1976) |
| Oct 30, 1976 | Dec 4, 1976 | 36 days | -25° 26' | south (Nov 17, 1976) |
| Dec 26, 1977 | Jan 5, 1978 | 11 days | -23° 38' | south (Dec 31, 1977) |
| May 9, 1978 | Jun 9, 1978 | 32 days | +24° 57' | north (May 25, 1978) |
| Oct 5, 1978 | Oct 31, 1978 | 27 days | -25° 05' | south (Oct 19, 1978) |
| Nov 17, 1979 | Dec 15, 1979 | 29 days | -24° 41' | south (Dec 1, 1979) |
| Apr 5, 1980 | Jun 10, 1980 | 67 days | +27° 41' | north (May 6, 1980) |
| May 27, 1981 | Jun 20, 1981 | 25 days | +24° 21' | north (Jun 8, 1981) |
| Oct 13, 1981 | Dec 4, 1981 | 53 days | -26° 52' | south (Nov 7, 1981) |
| Dec 5, 1982 | Dec 26, 1982 | 22 days | -24° 09' | south (Dec 16, 1982) |
| Apr 21, 1983 | Jun 2, 1983 | 43 days | +25° 52' | north (May 12, 1983) |
| Jun 15, 1984 | Jul 1, 1984 | 17 days | +23° 52' | north (Jun 23, 1984) |
| Oct 29, 1984 | Dec 4, 1984 | 37 days | -25° 28' | south (Nov 16, 1984) |
| Dec 25, 1985 | Jan 5, 1986 | 12 days | -23° 39' | south (Dec 30, 1985) |
| May 9, 1986 | Jun 9, 1986 | 32 days | +24° 58' | north (May 24, 1986) |
| Oct 6, 1986 | Oct 27, 1986 | 22 days | -24° 31' | south (Oct 17, 1986) |
| Nov 17, 1987 | Dec 14, 1987 | 28 days | -24° 43' | south (Dec 1, 1987) |
| Apr 4, 1988 | Jun 9, 1988 | 67 days | +27° 45' | north (May 6, 1988) |
| May 27, 1989 | Jun 20, 1989 | 25 days | +24° 22' | north (Jun 8, 1989) |
| Oct 13, 1989 | Dec 4, 1989 | 53 days | -26° 56' | south (Nov 7, 1989) |
| Dec 5, 1990 | Dec 25, 1990 | 21 days | -24° 10' | south (Dec 15, 1990) |
| Apr 21, 1991 | Jun 2, 1991 | 43 days | +25° 55' | north (May 11, 1991) |
| Jun 14, 1992 | Jul 1, 1992 | 18 days | +23° 53' | north (Jun 23, 1992) |
| Oct 29, 1992 | Dec 4, 1992 | 37 days | -25° 30' | south (Nov 16, 1992) |
| Dec 24, 1993 | Jan 5, 1994 | 13 days | -23° 40' | south (Dec 30, 1993) |
| May 8, 1994 | Jun 9, 1994 | 33 days | +24° 59' | north (May 24, 1994) |
| Oct 8, 1994 | Oct 21, 1994 | 14 days | -23° 56' | south (Oct 15, 1994) |
| Nov 16, 1995 | Dec 14, 1995 | 29 days | -24° 44' | south (Nov 30, 1995) |
| Apr 4, 1996 | Jun 7, 1996 | 65 days | +27° 47' | north (May 6, 1996) |
| May 26, 1997 | Jun 19, 1997 | 25 days | +24° 23' | north (Jun 7, 1997) |
| Oct 12, 1997 | Dec 5, 1997 | 55 days | -27° 01' | south (Nov 7, 1997) |
| Dec 4, 1998 | Dec 25, 1998 | 22 days | -24° 11' | south (Dec 15, 1998) |
| Apr 20, 1999 | Jun 2, 1999 | 44 days | +25° 57' | north (May 11, 1999) |
| Jun 14, 2000 | Jun 30, 2000 | 17 days | +23° 54' | north (Jun 22, 2000) |
| Oct 28, 2000 | Dec 4, 2000 | 38 days | -25° 32' | south (Nov 16, 2000) |
| Dec 24, 2001 | Jan 4, 2002 | 12 days | -23° 41' | south (Dec 30, 2001) |
| May 7, 2002 | Jun 8, 2002 | 33 days | +25° 01' | north (May 23, 2002) |
| Nov 16, 2003 | Dec 14, 2003 | 29 days | -24° 45' | south (Nov 30, 2003) |
| Apr 4, 2004 | Jun 5, 2004 | 63 days | +27° 48' | north (May 5, 2004) |
| May 25, 2005 | Jun 19, 2005 | 26 days | +24° 24' | north (Jun 7, 2005) |
| Oct 12, 2005 | Dec 6, 2005 | 56 days | -27° 05' | south (Nov 7, 2005) |
| Dec 4, 2006 | Dec 25, 2006 | 22 days | -24° 12' | south (Dec 14, 2006) |
| Apr 20, 2007 | Jun 2, 2007 | 44 days | +26° 00' | north (May 11, 2007) |
| Jun 13, 2008 | Jun 30, 2008 | 18 days | +23° 55' | north (Jun 22, 2008) |
| Oct 28, 2008 | Dec 3, 2008 | 37 days | -25° 34' | south (Nov 15, 2008) |
| Dec 23, 2009 | Jan 4, 2010 | 13 days | -23° 42' | south (Dec 29, 2009) |
| May 7, 2010 | Jun 8, 2010 | 33 days | +25° 02' | north (May 23, 2010) |
| Nov 15, 2011 | Dec 14, 2011 | 30 days | -24° 46' | south (Nov 29, 2011) |
| Apr 3, 2012 | Jun 3, 2012 | 62 days | +27° 49' | north (May 5, 2012) |
| May 25, 2013 | Jun 19, 2013 | 26 days | +24° 25' | north (Jun 6, 2013) |
| Oct 11, 2013 | Dec 7, 2013 | 58 days | -27° 10' | south (Nov 7, 2013) |
| Dec 3, 2014 | Dec 24, 2014 | 22 days | -24° 13' | south (Dec 14, 2014) |
| Apr 19, 2015 | Jun 2, 2015 | 45 days | +26° 03' | north (May 10, 2015) |
| Jun 13, 2016 | Jun 30, 2016 | 18 days | +23° 56' | north (Jun 21, 2016) |
| Oct 27, 2016 | Dec 3, 2016 | 38 days | -25° 36' | south (Nov 15, 2016) |
| Dec 22, 2017 | Jan 4, 2018 | 14 days | -23° 43' | south (Dec 29, 2017) |
| May 6, 2018 | Jun 8, 2018 | 34 days | +25° 04' | north (May 22, 2018) |
| Jul 7, 2019 | Jul 7, 2019 | 1 days | +23° 26' | north (Jul 7, 2019) |
| Nov 15, 2019 | Dec 13, 2019 | 29 days | -24° 48' | south (Nov 29, 2019) |
| Apr 3, 2020 | Jun 1, 2020 | 60 days | +27° 48' | north (May 4, 2020) |
| May 24, 2021 | Jun 18, 2021 | 26 days | +24° 26' | north (Jun 6, 2021) |
| Oct 11, 2021 | Dec 8, 2021 | 59 days | -27° 15' | south (Nov 7, 2021) |
| Dec 3, 2022 | Dec 24, 2022 | 22 days | -24° 14' | south (Dec 13, 2022) |
| Apr 19, 2023 | Jun 2, 2023 | 45 days | +26° 05' | north (May 10, 2023) |
| Jun 12, 2024 | Jun 29, 2024 | 18 days | +23° 57' | north (Jun 21, 2024) |
| Oct 27, 2024 | Dec 3, 2024 | 38 days | -25° 38' | south (Nov 14, 2024) |
| Dec 22, 2025 | Jan 4, 2026 | 14 days | -23° 44' | south (Dec 28, 2025) |
Dates computed from NASA’s DE440s ephemeris (ANISE toolkit) at daily cadence; start and end resolve to the day a body first or last crossed ±23°26’.
Venus usually stays close to the ecliptic, so its OOB windows are intermittent. When it does go OOB, peak declination is usually in the mid-20s of degrees, with some arcs reaching close to ±28°. Windows typically last a few weeks and can be shaped by Venus's retrograde cycle.
Natal OOB Venus is often read as a modifier to taste, attachment, value, and attraction. It can point to private aesthetic standards or nonstandard relationship priorities, but it should not be used to predict a specific relationship pattern by itself.
Dense Venus OOB years are useful for tracking Venus topics more carefully. The date table gives the astronomical windows; any social, relational, or creative interpretation still has to come from the chart being read.
Save your natal chart with Venus OOB context
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Related Free Tools
Out of Bounds Calculator
Find every out-of-bounds planet in your birth chart. OOB planets sit past the Sun's ±23°26' declination envelope.
Declination Graph
Plot the declination of the Moon, Mercury, Venus, Mars, and Pluto over any time window. Watch out-of-bounds excursions and parallel crossings.
Mars Out-of-Bounds Dates
Every Mars out-of-bounds window from 1975 to 2075 with peak declination dates. Mars OOB windows last 3 to 7 weeks each.
Mercury Out-of-Bounds Dates
Every Mercury out-of-bounds window from 1975 to 2075. Mercury goes OOB roughly once per year for 1 to 2 weeks at a time.
Frequently Asked Questions
What is declination in astrology?
Declination is a body's angular distance north or south of the celestial equator, measured in degrees. Unlike zodiac longitude, it is a physical sky coordinate, so it does not depend on house system, tropical vs sidereal zodiac, or any other framing choice. Every chart has both a longitudinal axis and a declination axis.
What does 'out of bounds' mean?
A planet is out of bounds when its absolute declination exceeds the Sun's own maximum of about 23°26' (the obliquity of the ecliptic at J2000). Moon, Mercury, Venus, Mars, and Pluto are the bodies most often given dedicated OOB readings here; Jupiter and Uranus can cross in rarer windows, while Saturn and Neptune generally remain inside the solar envelope in modern tables.
What is a parallel aspect?
Two planets are parallel when they share the same declination within a 1° orb (north-north or south-south). Modern declination practice reads parallels as conjunction-like contacts on a second coordinate, especially when they repeat a zodiacal aspect already present.
What is a contraparallel?
A contraparallel occurs when two planets have equal but opposite declinations (for example +12° and -12°) within a 1° orb. It functions as a declination-axis opposition: the bodies are matched in intensity but poled against each other across the celestial equator.
Why aren't all the planets in the out-of-bounds table?
The calculator checks the supported ephemeris bodies directly. The curated interpretation cards focus on Moon, Mercury, Venus, Mars, and Pluto because those are the common OOB bodies in modern practice. If Jupiter, Uranus, or another supported body is flagged, treat it as a technical OOB condition even when no dedicated interpretation card is available.
Does house system affect declination?
No. Declination is a physical equatorial coordinate. It does not depend on Placidus, Whole Sign, Porphyry, Koch, Campanus, Regiomontanus, or any other house system. This makes declination useful when a birth time is uncertain, because house-dependent signals are the first to degrade under time error and declination is not one of them.
Is a contraparallel the same as an antiscion?
No. A contraparallel matches bodies by declination across the celestial equator. An antiscion matches bodies by ecliptic longitude reflected across the Cancer-Capricorn solstice axis. They often point at the same body pairs but they are computed on different axes and carry slightly different meanings.
How accurate are the declinations on this page?
We compute declinations from the JPL DE440s planetary ephemeris via ANISE. Out-of-bounds status is flagged at the ±23.4393° J2000 threshold; epoch-of-date obliquity drifts by about 0.013° per century from this value, which is well below the resolution of any traditional OOB claim.