Spacecraft data

Explore the workspace

Aster mission workspace.

A fictional spacecraft is ready to explore. Choose a Y-axis reading, then play or rewind the same moment across every view.

SyntheticFictional training scenario · no spacecraft connectedAll views at T+08:00
Battery charge
83.1 %
Payload draw
46.2 W
Altitude
542.7 km
Scripted contact
In pass

Where they are

Schematic Earth · illustrative paths

Schematic Earth and fictional Aster spacecraft at T+08:00 Aster 01A01Aster 02A02Aster 03 · far sideA03

Aster 01 · 28.1° N · 113.0° W

  • Aster 01 · scripted pass
  • Aster 02
  • Aster 03

Reading timeline

Synthetic · pausedT+08:0046.2 W
Synthetic Payload draw in W at T+08:00070Fictional spacecraft reading marker · 46.2 WT+00:30T+08:00T+15:30

Synthetic scenario · generated values throughout, including later times. No observed telemetry or hardware predictions.

20× Synthetic playback · stops at T+90:00. No account, spacecraft setup or live connection is required.

Inspect the synthetic snapshot

Read-only JSON for the same selection and time. This is not an API or SDK, and no code is executed.

Enable JavaScript to inspect the selected snapshot.
From preparation to operations

This example previews a workspace built around consistent reading names, units, timestamps and provenance.

  1. Prepare with Synthetic data. Explore a scenario before a physical spacecraft is available. This preview uses a simple generator, not a digital twin.
  2. Connect authorised readings. A later integration can map bench, flight or externally supplied digital-twin outputs into the same context. Nothing is connected in this example.
  3. Analyse with appropriate models. Propagation, EO coverage, latency and economic outcomes need suitable models and verified inputs. This preview does not calculate or predict them.

Fictional data for illustration, not an engineering assessment. Positions are schematic, passes are scripted, and no commands can be sent. Changes are not saved; a fresh visit starts a new scenario.