
WEATHER, TOWERING.
Towering cumulonimbus climb past twelve kilometres, casting kilometre-long shadows across the lower cloud deck. Expedition 48 crew.
Orbital imaging desk Sample
DOWNLINK is a fictional imaging service that tasks a fictional constellation and delivers the frame to your desk before the next pass. The planet below is real - drag it, spin it, let it drift.
Sub-point Sample
00.0°N 000.0°W ALT 418 KM · VEL 7.66 KM/S · PERIOD 92.9 MINTransmission log
Every frame below is a real photograph taken by an astronaut aboard the International Space Station, pulled from NASA's public archive. Captions are factual; the relay notes are part of the fictional service.

Towering cumulonimbus climb past twelve kilometres, casting kilometre-long shadows across the lower cloud deck. Expedition 48 crew.

The shallow carbonate banks of The Bahamas glow turquoise against the deep Atlantic, under a limb of curved horizon. Expedition 71 crew.

The Cupola, the station's observatory, frames a day pass through all seven panes at once. Expedition 39 crew.

A docked Soyuz crosses the limb as the sun breaks the horizon - one of sixteen sunrises the crew sees every day. Expedition 40.

Polar mesospheric clouds - ice crystals at 76 kilometres, the highest clouds on Earth - catch an orbital sunrise over the Southern Ocean. Expedition 24.

The day-night line stacks the atmosphere into coloured bands over the Indian Ocean. Expedition 23 crew.
The station circles the planet every 92.9 minutes, which is why every frame above exists at all.
Fast enough to cross a continent in the time it takes to finish a coffee. The camera never waits.
Close enough for a hand-held lens to read a river. Far enough to see the weather whole.
Access tiers Sample
DOWNLINK is fictional - the constellation, the tiers and the prices are interface samples. The archive behind them, fortunately, is free and real.
One scheduled pass over a place you name, delivered as a single full-resolution frame.
A standing order for the same site, same light, every week - a year of change in 52 frames.
Continuous access for research desks, with raw telemetry alongside every frame.