2026-09-05 16:14:44 UTC
JD 2461289.18
STATION 03 · ASTROMETRICS DOSSIER CRUISE

Europa Clipper

NASA / JPL Target: Jupiter System (Europa Reconnaissance) In flight: 1y 10m (Launched Oct 14, 2024)
REAL-TIME ASTROMETRICS CONSOLE
FRAME: HELIOCENTRIC / J2000
Heliocentric Distance 2.47369 AU 370,058,548 km
Round-Trip Light Time (RTLT) 41m 09s One-Way Delay: 20m 34s
Spacecraft Velocity 26.40 km/s 95,040 km/h heliocentric
Trajectory Profile Heliocentric transfer orbit via Mars and Earth gravity assists (MEGA) Phase: Mars Gravity Assist Cruise

01 Mission Architecture & Scientific Objectives

Europa Clipper is the largest planetary exploration spacecraft ever flown by NASA. Its mission is to investigate whether Jupiter's ice-covered moon Europa could harbor conditions suitable for life in its vast subsurface saltwater ocean. Traveling on an elliptical transfer with Mars and Earth flybys, Clipper will enter Jupiter orbit in 2030 and perform nearly 50 close, low-altitude flybys of Europa.

02 Scientific Instrument Payload

Sensor Subsystem Scientific Measurement Function State
REASON Radar for Europa Assessment
Ice-penetrating dual-frequency radar to sound through the ice shell into the ocean.
Standby
EIS Europa Imaging System
Narrow and wide-angle cameras for half-meter surface geologic resolution.
Standby
MISE Imaging Spectrometer
Maps distribution of surface salts, organic compounds, and warm ice fractures.
Standby
MASPEX Mass Spectrometer for Planetary Exploration
Sniffs trace gases and potential plume vapor with extreme mass resolution.
Standby
SUDA Surface Dust Analyzer
Samples microscopic ice grains ejected into space by micrometeorite impacts.
Standby

03 Historical Astrometric Chronology

2024
Successful launch on Falcon Heavy from Kennedy Space Center on Oct 14.
2025
Mars gravity assist flyby with critical trajectory correction.
2026
Earth gravity assist burn targeting outer Solar System insertion.
2030
Jupiter Orbit Insertion (JOI).
2031+
Executing ~50 low-altitude Europa flybys down to 25 km above the ice.