Trajectory from Horizons state vectors
Parker Solar Probe's position is interpolated between 4,143 heliocentric state-vector samples from JPL Horizons that run through 2029-12-15. Past the last sample the marker holds its final position.
NASA mission to study the Sun's corona. Will come within 6.2 million km of the Sun's surface, the closest any spacecraft has ever been.
One record per aspect. The origin says what kind of thing each value is; the source says where it came from; the limit says what it cannot tell you.
Parker Solar Probe's position is interpolated between 4,143 heliocentric state-vector samples from JPL Horizons that run through 2029-12-15. Past the last sample the marker holds its final position.
Parker Solar Probe: mass 6.850 × 10^2 kg. These values are bundled with the object record and drive the rendered size.
The close-up shows a published 3D model scaled to 3 m spacecraft height. NASA Visualization Technology Applications and Development (VTAD).
The short description and the fact list are written by the Space Time authors for orientation. They are not quoted from a catalog field and carry no citation of their own.
Trajectory coverage: 2018-08-13 to 2029-12-15 (4,143 samples). Outside that window the marker holds its last known position.
| Dataset | Last refreshed | Horizon | Automated |
|---|---|---|---|
| Spacecraft trajectories (baked keyframes) | no snapshot date | Per craft: each evidence page states the first and last sample date | No, refreshed by hand scripts/bake-trajectories.mjs |