Amor (Asteroid 1221) – The Adventurous Heart
Amor (Asteroid 1221) – The Adventurous Heart
Interpretive Basis
Mythic Root:
Latin – Amor is the personification of romantic love, akin to Eros or Cupid.
Core Function:
This asteroid represents passionate pursuit and courageous affection.
Astrological Role:
In charts, Amor hints at how we initiate romance and brave emotional risks. It often functions through bold gestures and fearlessness in matters of the heart.
Orbital Signature
Type: Near-Earth Asteroid
Orbital Period: ~2.7 years
Inclination / Eccentricity: Noticeably eccentric orbit
Retrograde Motion: Yes
Discovery Year: 1932
Keywords / Powerwords
Romance, Boldness, Attraction, Courtship, Desire, Risk
House and Aspect Relevance
- Most active when in: 5th or 7th houses
- Aspect Sensitivity: Energized when conjunct Mars or Venus; dynamic when aspecting the Ascendant
- Natal Function: Indicates the approach to courtship and willingness to chase love
- Transit Function: Triggers waves of passion, flirtation, or daring romantic moves
Use in Astrology Arith(m)etic
Amor extends the codex’s vocabulary around romantic courage and heartfelt pursuit. This helps AI identify themes of daring affection in astrological patterns.
🔭 Astronomical Data (NASA/JPL)
| Quantity | Value |
|---|---|
| Designation | 1221 Amor (1932 EA1) |
| Class | Near-Earth asteroid (prototype of the Amor group) |
| Semi-major axis a | 1.9197 AU |
| Perihelion q / aphelion Q | 1.085 AU / 2.754 AU |
| Eccentricity e | 0.4347 |
| Inclination i | 11.870° |
| Orbital period | 971.5 days = 2.66 years |
| Mean time per sign (P/12) | ≈ 0.22 years (actual sign transits vary strongly with eccentricity) |
| Diameter | 1.0 km |
| Rotation period | — |
| Discovery | Discovered 1932-03-12 by Delporte, E. at Uccle |
Elements are osculating heliocentric values from the JPL Small-Body Database (epoch per SBDB, queried 2026-11-06). For very distant bodies (e.g., Sedna) the barycentric period differs noticeably from the osculating heliocentric one.
Check against this note’s Orbital Signature: stated ~2.7 years; JPL gives 2.66 years.
Sources (jpl data)
- NASA/JPL Small-Body Database (SBDB) API, osculating heliocentric elements and discovery circumstances, queried 2026-11-06: https://ssd-api.jpl.nasa.gov/sbdb.api