High-resolution rendering of the James Webb Space Telescope with its golden hexagonal mirrors deployed in deep space above Earth
System Online

TRAVEL
13.5 BILLION YEARS.

Exploring the deep past with the James Webb Space Telescope. A real-time 3D exploration of our cosmic origins.

Real-Time Data Feed

SYSTEM
TELEMETRY

Deep space diagnostic array monitoring the James Webb Space Telescope's current mechanical and thermal equilibrium across L2 orbit.

Thermal Management

OPERATING TEMPERATURE

-233°C

Essential for Mid-Infrared Instrument (MIRI) sensitivity. Maintaining 40K baseline.

Optimal
Planetary Catalog
150+

Exoplanets Profiled

Stylized glowing exoplanet with faint atmospheric rings against a deep black void and distant stars
Sunshield Efficiency
Hot Side

85°C

Cold Side

-233°C

Five-layer Kapton membrane maintaining a ~300°C thermal gradient.

Optics Integrity

MIRROR ALIGNMENT

State: NOMINAL
Temporal Depth

13.5B

Light Years Back

Uptime Log

4,300+

Active Hours

SC
NA
EU
TARGET ACQUIRED

THE SINGULARITY

MASS
4.1M SUNS
DISTANCE
26,000 LY
TARGET
SAGITTARIUS A*
INFRARED SENSORNIRCam

PIERCE THE DUST

NIRCam sees what the human eye cannot, revealing hidden stars in stellar nurseries.

THERMAL STATEMIRI

THE COLDEST EYE

Operating at 40 Kelvin, observing the coldest and most distant objects.

POSITIONINGL2

L2 ORBIT

Stationed 1.5 million km from Earth, keeping the sunshield aligned.