Airport Infrastructure — Infrastructure, Construction, Transport Corridors & Civil Works — Satellize

10.4Subsection · 5 applications

Airport Infrastructure

Workers on an airport apron with aircraft and terminal building in background — Ground-level airport activity like tarmac upkeep gains precision and safety oversight through continuous satellite monitoring of infrastructure works.

Satellite Monitoring of Airport Infrastructure Works

1
SAR Constellation
Radar satellites image runways every 3 days
2
Ground Station
Raw SAR data downlinked to regional hub
3
InSAR Processing
Millimetre subsidence maps computed automatically
4
Airport Engineer
Dashboard flags deformation hotspots for inspection

Radar satellites detect millimetre-level runway subsidence, alerting airport engineers to structural risks before they become safety hazards.

Other areas in Infrastructure, Construction, Transport Corridors & Civil Works

10.3 · Previous

All of infrastructure

Utility Corridors

Subsection 10.4 — Infrastructure, Construction, Transport Corridors & Civil Works

Airport Infrastructure

5 applications.

Applications

10.4.1 Runway & Taxiway Monitoring — Using very-high-resolution satellite optical and SAR imagery to detect surface degradation, foreign-object debris, and geometric deformation on active runways and taxiways.
10.4.2 Apron & Terminal Activity — Using very-high-resolution optical satellite imagery to monitor aircraft stands, gate occupancy, ground vehicle movements and terminal apron congestion at civilian and military airfields.
10.4.3 Airport Construction Tracking — Monitoring active airport construction projects via repeat-pass optical and SAR imagery to track earthworks, structural progress, and schedule compliance against design intent.
10.4.4 Airfield Pavement Distress — Using satellite radar interferometry and very-high-resolution optical imagery to detect, classify and trend pavement cracking, subsidence and deformation across active airfield surfaces.
10.4.5 Wildlife Strike Risk Mapping — Using multispectral and thermal satellite imagery to map migratory bird corridors, wetland attractants and large-fauna movement patterns that create strike hazards for departing and arriving aircraft.