ORBITAL DEFENSE DOMAIN

SPACE WARFARE & RECONNAISSANCE SATELLITES

Analyze how Low Earth Orbit optical mirrors and Synthetic Aperture Radar (SAR) constellations provide real-time targeting telemetry to surface and land-based missile batteries.

ORBITAL DEFENSE DOMAIN

SPACE WARFARE & RECONNAISSANCE SATELLITE TRACKER

Military LEO optical, SAR radar imaging constellations, SBIRS missile warning & ASAT engagement envelopes.

EARTH SURFACE LEO (OPTICAL & SAR RECON) MEO (PNT NAVIGATION / GPS) GEO (SBIRS MISSILE EARLY WARNING) USA-314 (KEYHOLE) YAOGAN-33 SAR GPS III SV05 SBIRS GEO-6 DA-ASAT KINETIC INTERCEPTION
LEO • 250 - 400 KM US SPACE FORCE / NRO

KH-11 KENNEN / USA-314 Class (Optical IMINT)

Equipped with a 2.4-meter Hubble-class primary mirror. Delivers ground resolution of sub-0.05 meters (5 cm), allowing analysts to identify individual weapon hardpoints on parked fighter jets.

VULNERABILITY: Susceptible to Russian 'Peresvet' ground-based laser dazzling and Chinese SC-19 direct-ascent kinetic kill interceptors.
LEO • 500 - 680 KM CHINA PLASSF (STRATEGIC SUPPORT FORCE)

Yaogan-33 / 34 Series (Synthetic Aperture Radar)

Active microwave X-band radar imaging satellites. Pierces through heavy monsoonal cloud cover, smoke, and nighttime darkness to cue DF-21D and DF-26 anti-ship ballistic missiles against maneuvering carrier strike groups.

CREATOR TAKEAWAY: Explains why modern navies cannot hide in bad weather. Radar satellites don't need daylight to generate target-grade telemetry.
MEO • 20,200 KM US SPACE FORCE (SPACE DELTA 8)

GPS Block III (Military M-Code)

Next-generation PNT constellation broadcasting the high-power, cryptographic 'M-Code' signal with 8x greater anti-jamming resilience against Russian Krasukha-4 and Borisoglebsk-2 electronic warfare arrays.

STRATEGIC IMPACT: Modern precision-guided munitions (JDAM, Excalibur, Tomahawk) rely on M-Code correlation to maintain CEP under 1 meter in contested GPS environments.
GEO • 35,786 KM US SPACE FORCE (SPACE DELTA 4)

SBIRS GEO-6 (Space-Based Infrared System)

Persistent staring infrared sensor hovering in geostationary orbit. Detects the thermal rocket exhaust plume of intercontinental ballistic missile (ICBM) and hypersonic boost-glide launches within seconds of ignition.

EARLY WARNING: Provides the initial cueing data for Alaska and California Ground-based Midcourse Defense (GMD) interceptors.