
Crew Vehicle Deep Space Habitat Deployment · Mission Complete
A complete telemetry summary of Artemis-IX, from ignition to stable orbital insertion.
Every milestone from booster separation to payload deployment, captured in real time and confirmed against pre-flight simulations.
Helios-7 separated cleanly, unfurled its solar arrays, and settled into its target orbit exactly as planned. Here is the full deployment breakdown.
Primary science payload for the Artemis-IX mission, carrying long-duration habitat systems and deep-space communication relays.
Every milestone confirmed. Hover an achievement to trace its satellite in the live orbit map below.
Circularized orbit achieved at 408 km with velocity locked to 7.66 km/s — zero deviation across three consecutive passes.
All six payload satellites released on schedule and confirmed transmitting telemetry from independent orbital slots.
Guidance, navigation and control systems verified against predicted trajectory with less than 0.02° deviation.
Flight-proven systems and telemetry data now certified for reuse across upcoming Orbit-class mission profiles.
ARTEMIS-IX has delivered its payload, achieved stable orbit, and closed out a flawless mission. The next launch window is already forming on the horizon — chart your course through upcoming missions and be there for liftoff.

Rocket Story climbs through the troposphere, engines burning steady as cloud formations streak past the fuselage at over Mach 1.
Tracking Rocket Story’s ascent curve through the cloud deck in real time. Altitude checkpoints, wind shear vectors, and atmospheric pressure ripples update continuously as you scroll through the climb.
Real-time readouts streaming from onboard sensors as Artemis-IX climbs through the upper troposphere. Values update continuously as the mission scroll progresses.
Tracking Mission ARTEMIS-IX as it climbs through the troposphere, stratosphere, and mesosphere on its way to the edge of space.
Dense air, weather systems, and cloud formations. Structural loads peak here as the vehicle fights maximum aerodynamic pressure (Max-Q).
Thin, stable air and the ozone layer. Engines throttle for efficiency as atmospheric drag falls away and the sky darkens toward black.
The coldest layer of Earth’s atmosphere, where meteors burn to dust. The vehicle nears the curvature of the planet and the edge of the sky.
Threading the cumulus deck — 0% traversed
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