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Satellite Coverage

Normal 2026-04-13

Summary

Satellite analysis fresh (latest 2026-04-12 15:05:30 UTC).

Why this matters

Activity at military sites — vehicle movement, construction, equipment staging — can indicate preparation, rotation, or capability changes.

What we saw

Before (2026-04-01) Latest (2026-04-11)
Gusev-garrison LOW activity

The SAR data indicates normal activity at the Gusev-garrison military facility. The low VH/VV ratio suggests limited vegetation or rough surfaces.

Radar: No change Exposed ground detected Fuel activity 3%
Before (2026-04-04) Latest (2026-04-11)
Severomorsk-NorthFleet LOW activity

SAR data indicates normal activity at Severomorsk-NorthFleet. The polarimetric ratio suggests limited scattering from complex structures, consistent with routine operations.

Radar: No change Fuel activity 6%
Before (2026-04-05) Latest (2026-04-11)
Olenya-airbase LOW activity

Olenya airbase shows normal SAR activity with a VV increase of 0.5 dB and a VH/VV ratio of -7.2 dB. No aircraft are visible on the runway or in the immediate vicinity, and vehicle concentration appears to be minimal.

Radar: Minor change Fuel activity 1%
Before (2026-04-01) Latest (2026-04-11)
Chernyakhovsk-airbase LOW activity

The satellite image of Chernyakhovsk airbase shows a low level of activity. The runway is clear and there are few vehicles visible.

Radar: No change Exposed ground detected Fuel activity 1%
Before (2026-03-27) Latest (2026-04-09)
Donskoye-missiles LOW activity

The SAR data indicates normal activity at the Donskoye-missiles facility. The polarimetric ratio suggests no significant changes in surface roughness or scattering characteristics.

Radar: No change Exposed ground detected
Before (2026-03-27) Latest (2026-04-09)
Kaliningrad-Chkalovsk LOW activity

The satellite image of Kaliningrad-Chkalovsk shows a clear runway with no visible aircraft or vehicles. The SAR data indicates normal activity levels.

Radar: No change Exposed ground detected
Before (2026-03-27) Latest (2026-04-09)
Baltiysk-naval LOW activity

The SAR data indicates normal activity at the Baltiysk naval facility. The vehicle concentration appears low, and no aircraft are visible.

Radar: No change Fuel activity 3%
Before (2026-03-18) Latest (2026-04-07)
Kapustin-Yar-range LOW activity

The satellite image of Kapustin Yar shows a low level of activity. The runway appears clear and there are few vehicles visible.

Before (2026-03-25) Latest (2026-04-06)
Morozovsk-airbase MODERATE activity

SAR data indicates a VV increase of 2.2 dB compared to the baseline, while the VH/VV ratio is -8.4 dB, suggesting some changes at the airbase. The overall activity level is moderate, with a low vehicle concentration and no visible aircraft.

Radar: Moderate change Exposed ground detected
Before (2026-03-25) Latest (2026-04-06)
Millerovo-airbase LOW activity

The satellite image of Millerovo airbase shows a clear runway and low vehicle concentration. SAR data indicates normal activity levels with no significant changes from the baseline.

Radar: No change Exposed ground detected Fuel activity 1%
Before (2026-03-25) Latest (2026-04-06)
Rostov-Southern-HQ LOW activity

SAR data indicates normal activity at the Rostov-Southern-HQ facility. The low vehicle concentration and normal SAR signatures suggest routine operations.

Radar: No change Exposed ground detected Fuel activity 22%
Before (2026-03-16) Latest (2026-04-05)
Saki-Novofedorovka MODERATE activity

SAR data indicates a significant change in VV polarization (+4.7 dB) compared to the baseline, while the VH/VV ratio is -6.8 dB. The runway appears clear, and there are a few vehicles visible, suggesting a moderate level of activity.

Radar: Significant change Fuel activity 4%

How sure we are

Last data: 2026-04-12 15:05 UTC

Basis: Sentinel-2 optical + Sentinel-1 SAR (revisit ~5 days)

Limitation: Cloud cover can block optical imagery. SAR provides backup but lower interpretability.

How we know

We analyze Sentinel-2 optical imagery (10m resolution) and Sentinel-1 SAR radar of monitored military sites. Changes are detected by comparing current imagery against seasonal baselines.

Primary source: Copernicus Sentinel-2 / Sentinel-1