Sensors and Systems
Breaking News
GMV hosts the 5th IAA International Conference on Space Situational Awareness to address the sustainability and safety of the space environment
Rating12345 The conference brought together experts from around the...
Quantum Solutions’ Q.Fly Water Named “Water Tech Solution of the Year” By CleanTech Breakthrough
Rating12345 Market Intelligence Organization Recognizes Standout Companies Advancing Next-Generation...
Magnasoft Appoints Rebecca Lasica as Chief Executive Officer
Rating12345 Industry veteran with deep expertise in geospatial, energy,...

October 3rd, 2011
SSTL Redefines the Cost of Radar Imaging With NovaSAR-S

  • Rating12345
Small satellite manufacturer Surrey Satellite Technology Limited (SSTL) has today announced completion of the development phase of its new low-cost Synthetic Aperture Radar (SAR) satellite system.  Called NovaSAR-S, the system offers customers coverage of any spot on Earth in all conditions – seeing through cloud cover across both day and night.

 The 400-kg NovaSAR-S design combines SSTL’s flight-proven SSTL-300 platform with an innovative S-band SAR payload, developed in collaboration with Astrium Ltd, who will be responsible for supplying the payloads.  The challenge has been accommodating the power and processing requirements within a small, low-cost satellite platform. NovaSAR-S’s 3m x 1m phased array antenna was developed by space-borne SAR specialists at Astrium Ltd, and has now been successfully trialled using an airborne demonstrator. The SSTL-300 platform hosting the payload is an adaption of SSTL’s very-high-resolution imaging NigeriaSat-2 mission, which was launched in August.
“Based on highly efficient S-band solid state amplifier technology, NovaSAR-S has been designed to provide detailed imaging performance for a variety of orbits,” said Luis Gomes of SSTL. “It offers space-based radar capability to customers who might not have considered it possible – all for the equivalent cost of a traditional low cost optical Earth observation mission.” Read More