EarthBrowser Open EarthBrowser

Live · Satellite · NORAD 63772

Where is Biomass right now?

Biomass, launched in 2025, is in low Earth orbit 668–670 km up, circling Earth every 98 minutes. Its position below updates every second from the latest orbital elements.

Loading the live globe…
Biomass and its orbit on EarthBrowser’s globe. Drag to look around; the view follows the satellite.
Latitude
—
Longitude
—
Altitude
—
Speed
—
Heading
—
Lighting
—

Loading live position…

Open live in EarthBrowser Download on theApp Store

The full globe adds thousands of other satellites, the ground track for the coming orbits, and the sun’s terminator so you can see where it is in daylight.

When will Biomass pass over me?

Predicts the next three passes above 10° over your location and marks the ones in a dark sky with the satellite still sunlit. Your location stays in your browser.

Orbit

Orbit typeLEO · low Earth orbit
Altitude668 km perigee · 670 km apogee
Period98.1 minutes · 14.68 orbits per day
Inclination98.1°, so it passes over latitudes up to about 82° N and S
Eccentricity0.0001 (near-circular)
Launched2025 · launch 2025-090, object A
CatalogNORAD 63772 · International designator 2025-090A
Elements epochNov 9, 2026

Frequently asked questions

How fast does Biomass travel?

Its speed follows from its orbit: one revolution every 98 minutes. Low-orbit satellites move at roughly 7.5 km per second (27,000 km/h); the higher the orbit, the slower the satellite. The live strip above shows the current ground speed.

Can I see Biomass from the ground?

Usually only with binoculars or a camera. Small satellites are faint; the pass predictor above marks passes where the geometry is right (dark sky, sunlit satellite), but a dark site and knowing exactly where to look matter.

Why does the position keep moving across the map?

The satellite moves several kilometers every second while Earth rotates underneath it, so each orbit’s ground track lands west of the last one. The orbit itself is fixed in space; the map shows where it is above the turning Earth.

Where does the live position come from?

From the object’s published orbital elements (NORAD general perturbations data via CelesTrak), propagated with the SGP4 model in your browser. The same data drives the satellite layer on the EarthBrowser globe. Elements are refreshed daily, which keeps positions good to a few kilometers.

More live views