XY-SAR-X POD

Contemporary airborne surveillance and terrain mapping frequently encounter a critical barrier: reliance on favorable weather and clear visibility. Conventional optical sensors fail in the presence of clouds, fog, or total darkness, creating critical gaps in situational awareness. The XY-SAR-X POD  is a compact airborne Synthetic Aperture Radar (SAR) designed specifically to overcome these limitations, providing high-resolution terrain imaging in any meteorological environment. Developed in collaboration with SpaceForest Ltd., this system represents a breakthrough in portable radar technology for demanding operational missions.

Engineered for seamless integration with unmanned aerial vehicle (UAV) platforms, the XY-SAR-X POD  leverages an "imaging through obstacles" concept. Its core value lies in combining a lightweight, portable form factor with advanced FMCW radar architecture, making it an optimal tool for security monitoring, infrastructure inspection, and tactical reconnaissance.


At the heart of the system is software developed by XY-Sensing engineers and programmers. Thanks to proprietary signal processing algorithms and an innovative system architecture, it is possible to generate and transmit SAR imagery to the operator in real time. Under operational conditions, ready imagery can be displayed just seconds after completing the scan of a given area. While data is being processed and transmitted, the radar continues to operate—in Stripmap mode—seamlessly scanning the ground swath without interruption. Real-time processing enables rapid information acquisition without the need to wait for the entire mission to conclude. This is of critical importance in situations requiring immediate situational awareness, such as crisis management, disaster monitoring, or the observation of hard-to-reach areas. In military applications, it facilitates efficient reconnaissance and the generation of an up-to-date operational picture. The minimal delay between data acquisition and visualization significantly enhances the system's operational utility wherever rapid response and actionable intelligence are vital.


 

Key Features

High-Quality SAR Imagery

Utilizes Frequency-Modulated Continuous-Wave (FMCW) radar architecture for highly efficient imaging performance.

Ultra-Compact Design

Weighing just 10 kg with dimensions of 120 × 20 × 20 cm, the system is ideally suited for a wide range of UAV platforms.

Stabilized Antenna System

Ensures high image fidelity and repeatable results even during dynamic flight maneuvers.

Wide Transmit Bandwidth

Operates across a bandwidth of 50 MHz to 1000 MHz to support diverse mission profiles.

Key Benefits

  • All-Weather Operation: Full operational effectiveness through clouds, smoke, fog, and total darkness.
  • Exceptional Detail: Achieves range resolution down to 30 cm, enabling the identification of critical infrastructure and fine terrain features.
  • Seamless Deployment: Low payload weight and standard 12/24V power compatibility allow rapid integration with existing drone fleets.
  • Strategic Versatility: An optimal solution for civil cartography as well as mission-critical security and surveillance operations.

Technical Specification

Parameter

Value / Specification

Transmit bandwidth

50 – 1000 MHz

Pulse Repetition Frequency

0.5 – 10 kHz

Transmitted power

10 W

Finest range resolution

30 cm

Antenna elevation beamwidth

20 degrees

Antenna azimuth beamwidth

7 degrees

Dimensions (L x W x H)

120 x 20 x 20 cm

Weight

10 kg

Supply voltage

12 / 24 V

Supply power

180 W

For operators requiring dependable data where optical cameras fail, this system delivers consistent, stabilized, and high-fidelity SAR imagery.


Applications

  • Terrain Mapping: High-resolution mapping for environmental surveys and geographic data acquisition.
  • Security Monitoring: Continuous surveillance of borders and strategic assets under zero-visibility conditions.
  • Infrastructure Inspection: Detailed monitoring of pipelines, power transmission lines, and transportation networks.
  • UAV Reconnaissance: Real-time tactical data acquisition for defense and search-and-rescue (SAR) operations.

Developed and Offered in Partnership with SpaceForest


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