This paper presents the background, capabilities and opportunities of a smallsat miniSAR, a novel and low-cost solution for Synthetic Aperture Radar from space. The paper focuses on a solution based on low power SAR principles (FMCW/iFMCW), already proven in airborne SAR applications, that can be embarked on a commercially affordable small satellite. The system architecture is presented, showing how features such as modularity, reliability, low power and low mass are achieved to provide a low-cost end-to-end solution. Also the “new space” approach adopted in the development of the smallsat miniSAR is addressed
To date, high performance Synthetic Aperture Radar (SAR) satellites have typically featured massive ...
The paper discusses the feasibility of small satellite SAR missions. Two example systems are analyze...
Microsatellites are already playing a major role in operational optical-imaging remote sensing appli...
In The Netherlands a demonstration small SAR instrument mission is prepared under the ESA Prodex pro...
This research aims at providing a system design that reduces the mass and cost of spaceborne Synthet...
This research aims at providing a system design that reduces the mass and cost of spaceborne Synthet...
This report is a documentation of the research done on a small satellite Synthetic Aperture Radar (S...
The design of radar systems suitable for unmanned aerial vehicles rep-resents both advances in techn...
TNO-FEL is developing a miniature, lightweight, low cost, and scalable SAR/MTI system called 'MiniSA...
NovaSAR-S is SSTL’s revolutionary small Synthetic Aperture Radar (SAR) satellite designed for low co...
NovaSAR-S is SSTL’s revolutionary small Synthetic Aperture Radar (SAR) satellite designed for low co...
Synthetic Aperture Radar (SAR) is by now a mature remote sensing technique to obtain spatially-resol...
For small-scale earth observation applications, there ia a special interest in low-cost, high-resolu...
The advantages of space-based radar have been frequently noted for such applications as environmenta...
This paper introduces a new small SAR (Synthetic Aperture Radar) satellite that follows the small op...
To date, high performance Synthetic Aperture Radar (SAR) satellites have typically featured massive ...
The paper discusses the feasibility of small satellite SAR missions. Two example systems are analyze...
Microsatellites are already playing a major role in operational optical-imaging remote sensing appli...
In The Netherlands a demonstration small SAR instrument mission is prepared under the ESA Prodex pro...
This research aims at providing a system design that reduces the mass and cost of spaceborne Synthet...
This research aims at providing a system design that reduces the mass and cost of spaceborne Synthet...
This report is a documentation of the research done on a small satellite Synthetic Aperture Radar (S...
The design of radar systems suitable for unmanned aerial vehicles rep-resents both advances in techn...
TNO-FEL is developing a miniature, lightweight, low cost, and scalable SAR/MTI system called 'MiniSA...
NovaSAR-S is SSTL’s revolutionary small Synthetic Aperture Radar (SAR) satellite designed for low co...
NovaSAR-S is SSTL’s revolutionary small Synthetic Aperture Radar (SAR) satellite designed for low co...
Synthetic Aperture Radar (SAR) is by now a mature remote sensing technique to obtain spatially-resol...
For small-scale earth observation applications, there ia a special interest in low-cost, high-resolu...
The advantages of space-based radar have been frequently noted for such applications as environmenta...
This paper introduces a new small SAR (Synthetic Aperture Radar) satellite that follows the small op...
To date, high performance Synthetic Aperture Radar (SAR) satellites have typically featured massive ...
The paper discusses the feasibility of small satellite SAR missions. Two example systems are analyze...
Microsatellites are already playing a major role in operational optical-imaging remote sensing appli...