Actor
Cary-Hiroyuki Tagawa
Japanese actor.
Cary-Hiroyuki Tagawa was a Japanese actor and film producer who was best known for his role as the evil shapeshifter sorcerer Shang Tsung in various works of the Mortal Kombat franchise: he first played the character in the 1995 film adaptation, and reprised it in 2013 for the television series Mortal Kombat: Legacy and in 2019 for the video game Mortal Kombat 11. He appeared as Lt. A.J. Shimamura on 15 episodes of the American television series Nash Bridges.
- Born
- 1950-09-27, Higashi-Azabu, JapanA Wednesday
- Died
- 2025-12-04, Santa Barbara, USAA Thursday, aged 75
- At birth
- Sun in Libra, Moon in Aries
- Nationality
- Russia
- Birth-time source
- No birth time on record: Rodden X
Birth Chart
1950-09-27, Higashi-Azabu, Japan · time unknown, noon chart
Asia/Tokyothe zone used then
The chart
| Body | Sign | Degree | Motion |
|---|---|---|---|
| Sun | Libra | 3°26′ | Direct |
| Moon | Aries | 14°11′ | Direct |
| Mercury | Virgo | 17°58′ | Direct |
| Venus | Virgo | 21°08′ | Direct |
| Mars | Sagittarius | 0°54′ | Direct |
| Jupiter | Aquarius | 28°47′ | Retrograde |
| Saturn | Virgo | 24°03′ | Direct |
| Uranus | Cancer | 9°19′ | Direct |
| Neptune | Libra | 16°34′ | Direct |
| Pluto | Leo | 19°09′ | Direct |
Death Chart
2025-12-04, Santa Barbara, USA · time unknown, noon chart
America/Los_Angelesthe zone used then
The chart
| Body | Sign | Degree | Motion |
|---|---|---|---|
| Sun | Sagittarius | 12°55′ | Direct |
| Moon | Gemini | 10°59′ | Direct |
| Mercury | Scorpio | 22°44′ | Direct |
| Venus | Sagittarius | 5°01′ | Direct |
| Mars | Sagittarius | 22°08′ | Direct |
| Jupiter | Cancer | 24°16′ | Retrograde |
| Saturn | Pisces | 25°11′ | Direct |
| Uranus | Taurus | 28°53′ | Retrograde |
| Neptune | Pisces | 29°22′ | Retrograde |
| Pluto | Aquarius | 1°59′ | Direct |
Their Astrocartography
Where each planet sat on one of the four angles at the moment Cary-Hiroyuki Tagawa 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.
