The local space context of Kyoto 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
35.021° N, 135.754° E
GeoNames (geonames.org) — CC BY 4.0
population
1,463,723 inhabitants
GeoNames (geonames.org) — CC BY 4.0
On the ground within 1000 km
Launch sites — 35 within 1000 km
site
distance · bearing
position
source layer
Whalers Way Orbital Launch Complex, South Australia
14 km SW (231°)
34.940° N, 135.630° E
gcat-sites
Spaceport Kii, Kanagawa
165 km S (176°)
33.544° N, 135.889° E
gcat-sites
Niijima, Nippon
331 km ESE (102°)
34.330° N, 139.270° E
gcat-sites
Sendai, Japan
584 km NE (50°)
38.270° N, 140.900° E
gcat-sites
Kagoshima Space Center, Kagoshima, Kyushu, Nippon
604 km SW (227°)
31.250° N, 131.079° E
gcat-sites
Uchinoura Space Center, Kagoshima (formerly Kagoshima)
604 km SW (227°)
31.250° N, 131.079° E
gcat-sites
Akita Rocket Range (ATC)
633 km NE (36°)
39.571° N, 140.057° E
gcat-sites
Gangneung Airbase, South Korea
679 km WNW (299°)
37.754° N, 128.966° E
gcat-sites
Tanegashima Space Center, Tanegashima, Nippon
681 km SW (222°)
30.400° N, 130.970° E
gcat-sites
Ryori, Sanrikucho, Japan
699 km NE (49°)
39.030° N, 141.830° E
gcat-sites
Naro Space Center (Naro Uju Senteo),Oenaro I,GoHeung, Jeollanam-do,Korea
754 km W (267°)
34.432° N, 127.536° E
gcat-sites
Goseong, South Korea
760 km WNW (303°)
38.523° N, 128.418° E
gcat-sites
Obuchi (Obachi?), Aomori, Honshu, Nippon
821 km NE (38°)
40.700° N, 141.730° E
gcat-sites
Tongchon, Gangwon Province (Kangwon-do)
823 km NW (304°)
38.930° N, 127.880° E
gcat-sites
Koksan, North Hwanghae
830 km WNW (303°)
38.800° N, 127.700° E
gcat-sites
… and 20 more within 1000 km
Ground stations and transmitting sites — 1 within 1000 km
site
distance · bearing
position
source layer
Punggye-ri
908 km NW (322°)
41.280° N, 129.080° E
nuclear-tests
Announced launches (their pads) — 5 within 1000 km
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.
What can pass overhead
Of the 23,251 artificial objects the registry places in Earth orbit
on 2026-10-18, 20,064 fly orbits whose ground
track reaches 35.021° N, so they can pass directly overhead; the other
3,187 never reach this latitude.
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 from here
The geostationary belt arcs across the southern sky and stands
49.3° 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.
What this page does not know
Tonight's sky and pass times. They depend on the hour, so a static page would print a
stale number. Open the live scene in a browser: /sim.html#sel=EARTH&tn=1,
then stand at Kyoto in Stargazing — it computes which satellites are visible now, from this
registry, in your browser.
Anything not catalogued. A site absent from the source catalogues is absent here; an
empty list means «not in the registry», not «nothing there».
Precision beyond the sources. Positions carry the precision their catalogue published.