MetaSAR-C

An advanced multichannel airborne
Synthetic Aperture Radar (SAR)

MetaSAR-C is MetaSensing’s compact airborne C-band Synthetic Aperture Radar (SAR) designed for high-resolution mapping, monitoring and Earth observation applications. Featuring a lightweight, low-power architecture with dual-polarimetric flat-panel antennas, the system provides flexible integration across multiple aircraft platforms. Combined with MetaSAR-PRO, MetaSAR-C delivers accurate georeferenced SAR products, enabling reliable terrain mapping, environmental monitoring and infrastructure analysis under all weather conditions.

Metasar C

Technical data

MetaSensing MetaSAR-C C-band Airborne SAR
Frequency
5.3 GHz
Bandwidth
300 MHz
Ground Resolution
Up to 0.5 m
Antenna Type
Microstrip Patch
Antenna Gain
18 dBi
Azimuth Beamwidth
10°
Elevation Beamwidth
38°
Polarization
Dual Linear (Vertical & Horizontal)
Power Consumption
< 200 W @ 18–30 VDC
Weight
< 18 kg
Dimensions
Electronic Enclosure:
320 × 320 × 370 mm

Key features

 

  • Compact and lightweight airborne C-band SAR architecture.
  • High-resolution imaging with up to 0.5 m ground resolution.
  • Dual-linear polarization (HH/VV) for enhanced target characterization.
  • Low power consumption for easy integration on multiple airborne platforms.
  • Configurable swath and imaging performance to meet different mission requirements.
  • Fully compatible with MetaSAR-PRO for georeferenced SAR data processing.

Key benefits

 

  • High-quality SAR imaging in all weather and day/night conditions.
  • Compact design minimizes aircraft integration effort and operational costs.
  • Reliable environmental and infrastructure monitoring with repeatable measurements.
  • Flexible deployment across fixed-wing aircraft, helicopters and UAV platforms.
  • Accurate georeferenced products ready for GIS analysis and operational workflows.

Application

 

  • Topographic and terrain mapping.
  • Infrastructure and corridor monitoring.
  • Coastal and maritime surveillance.
  • Environmental monitoring and land cover analysis.
  • Agriculture and crop monitoring.
  • Disaster response and emergency management.
  • Change detection and asset inspection.