Wrestler
Bam Bam Bigelow
A WrestleMania main event against Lawrence Taylor.
Scott Charles Bigelow was an American professional wrestler, better known by the ring name Bam Bam Bigelow. Recognizable by his close-to-400-pound frame and the distinctive flame tattoo that spanned most of his bald head, Bigelow was hailed by Ryan Murphy as "the most natural, agile and physically remarkable big man of the past quarter century", while former co-worker Bret Hart described him as "possibly the best working big man in the business."
- Born
- 1961-09-01, Mount Laurel, USAA Friday
- Died
- 2007-01-19, Hudson, USAA Friday, aged 45
- At birth
- Sun in Virgo, Moon in Gemini
- Nationality
- United States
- Birth-time source
- No birth time on record: Rodden X
Birth Chart
1961-09-01, Mount Laurel, USA · time unknown, noon chart
America/New_Yorkthe zone used then
The chart
| Body | Sign | Degree | Motion |
|---|---|---|---|
| Sun | Virgo | 8°57′ | Direct |
| Moon | Gemini | 5°27′ | Direct |
| Mercury | Virgo | 24°43′ | Direct |
| Venus | Leo | 3°37′ | Direct |
| Mars | Libra | 10°01′ | Direct |
| Jupiter | Capricorn | 28°05′ | Retrograde |
| Saturn | Capricorn | 23°46′ | Retrograde |
| Uranus | Leo | 26°58′ | Direct |
| Neptune | Scorpio | 9°01′ | Direct |
| Pluto | Virgo | 7°53′ | Direct |
Death Chart
2007-01-19, Hudson, USA · time unknown, noon chart
America/New_Yorkthe zone used then
The chart
| Body | Sign | Degree | Motion |
|---|---|---|---|
| Sun | Capricorn | 29°14′ | Direct |
| Moon | Aquarius | 6°18′ | Direct |
| Mercury | Aquarius | 7°18′ | Direct |
| Venus | Aquarius | 19°28′ | Direct |
| Mars | Capricorn | 2°05′ | Direct |
| Jupiter | Sagittarius | 11°51′ | Direct |
| Saturn | Leo | 23°21′ | Retrograde |
| Uranus | Pisces | 12°17′ | Direct |
| Neptune | Aquarius | 18°45′ | Direct |
| Pluto | Sagittarius | 27°40′ | Direct |
Their Astrocartography
Where each planet sat on one of the four angles at the moment Bam Bam Bigelow was born. Tap a line to read what the tradition associates with it.
Cast for noon, as the birth time is unknown, so the longitudes are approximate.
