The local space context of Tokyo as this registry holds it — the catalogued human footprint on the ground around it, the orbits that can pass overhead, and the geostationary belt seen from here.
| position | 35.690° N, 139.692° E | GeoNames (geonames.org) — CC BY 4.0 |
|---|---|---|
| population | 9,733,276 inhabitants | GeoNames (geonames.org) — CC BY 4.0 |
| site | distance · bearing | position | source layer |
|---|---|---|---|
| Niijima, Nippon | 156 km SSW (194°) | 34.330° N, 139.270° E | gcat-sites |
| Sendai, Japan | 306 km NNE (20°) | 38.270° N, 140.900° E | gcat-sites |
| Whalers Way Orbital Launch Complex, South Australia | 378 km WSW (258°) | 34.940° N, 135.630° E | gcat-sites |
| Ryori, Sanrikucho, Japan | 417 km NNE (26°) | 39.030° N, 141.830° E | gcat-sites |
| Spaceport Kii, Kanagawa | 422 km WSW (237°) | 33.544° N, 135.889° E | gcat-sites |
| Akita Rocket Range (ATC) | 433 km N (4°) | 39.571° N, 140.057° E | gcat-sites |
| Obuchi (Obachi?), Aomori, Honshu, Nippon | 585 km NNE (17°) | 40.700° N, 141.730° E | gcat-sites |
| Interstellar Technologies Test Site, Taiki, Hokkaido | 824 km NNE (22°) | 42.506° N, 143.457° E | gcat-sites |
| Kagoshima Space Center, Kagoshima, Kyushu, Nippon | 939 km WSW (241°) | 31.250° N, 131.079° E | gcat-sites |
| Uchinoura Space Center, Kagoshima (formerly Kagoshima) | 939 km WSW (241°) | 31.250° N, 131.079° E | gcat-sites |
| Gangneung Airbase, South Korea | 983 km WNW (287°) | 37.754° N, 128.966° E | gcat-sites |
| site | distance · bearing | position | source layer |
|---|---|---|---|
| Epsilon S | JV-LOTUSat-1 | 938 km WSW (241°) | 31.251° N, 131.082° E | launchlibrary |
| site | distance · bearing | position | source layer |
|---|---|---|---|
| Hiroshima (Little Boy) | 674 km W (260°) | 34.395° N, 132.455° E | nukes |
| Nagasaki (Fat Man) | 959 km WSW (253°) | 32.773° N, 129.863° E | nukes |
Distances are great-circle on a sphere of mean radius 6,371 km; bearings are initial true bearings from the city. Each position is the source catalogue's own, read back from the registry.
Of the 23,251 artificial objects the registry places in Earth orbit on 2026-10-18, 20,049 fly orbits whose ground track reaches 35.690° N, so they can pass directly overhead; the other 3,202 never reach this latitude.
| space station | inclination | can pass overhead |
|---|---|---|
| Bai Xiang | 85.0° | yes |
| International Space Station (+3 docked records) | 51.6° | yes |
| Kosmos-382 | 55.9° | yes |
| Tianhe | 41.5° | yes |
Computed: an orbit's equatorial inclination bounds the latitudes its track reaches (inclination i, or 180° − i when retrograde), from the orbital elements the registry holds. «Can pass overhead» is geometry, not a schedule — when, and whether it is lit and visible, depends on the hour.
The geostationary belt arcs across the southern sky and stands 48.6° above the horizon due south — the elevation to aim at for a satellite at this city's own longitude. Computed: spherical Earth (equatorial radius 6,378.137 km), circular orbit of one sidereal day (42,164 km); good to a few tenths of a degree.
/sim.html#sel=EARTH&tn=1,
then stand at Tokyo in Stargazing — it computes which satellites are visible now, from this
registry, in your browser.