- Earth Observation cameras /
- xScape200 Dual-Use
xScape200
Dual-Use
High-resolution imaging for scalable satellite constellations
The xScape200 DU combines a compact 12U form factor, low SWaP, and standardised integration to enable distributed GEOINT architectures with enhanced revisit, reduced program risk, and greater procurement flexibility.
Qualified at 12 gRMS random vibration (OFE)
Key features
GSD at 500 km
SWATH at 500 km
Volume
Mass
Qualified at random vibration (OFE)
Included
Achieve high-resolution dual-use capability without committing to a larger spacecraft, higher launch cost or power-intensive mission architecture.
Key benefits of the xScape200 Dual-Use
Traditional 1.5 m imaging missions require larger satellites; more power and significantly higher programme costs. xScape200 DU changes that.
Lower mission cost
Deliver high-resolution capability without the cost premium traditionally associated with large optical payloads.
Build larger constellations
Compact size and low power enable more satellites per budget, improving revisit rates and mission resilience.
Faster deployment
Procurement flexibility
Future-proof architectures
Lower mission cost
Build larger constellations
Faster deployment
Procurement flexibility
Future-proof architectures
Easier procurement and reduced total mission cost
Greater choice of launch providers
More integration partners
Better support for sovereign Earth Observation programmes
Traditional VHR payload
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Larger spacecraft
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Larger launch allocation
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Higher power subsystem
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Larger ADCS
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Custom integration
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Longer integration
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Higher non-recurring engineering
xScape200 Dual-Use
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Smaller spacecraft
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Reduced launch mass
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Smaller EPS
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Reduced spacecraft requirements
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Standard interfaces
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Faster programme execution
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Productised payload
One platform. Three ways to see Earth.
MonoScape200 Dual-Use
TriScape200 Dual-Use
MultiScape200 Dual-use
Ready to spec the xScape200 Dual-Use for your mission?
Connect with our team to discuss your Earth Observation requirements.
Common questions about xScape200 Dual-Use
We’re here to help!
How does the xScape200 Dual-Use differ from the previous xScape200 version?
- A redesigned carbon fibre structure, reducing mass while increasing mechanical stability
- A USA-sourced sensor, with no restriction on use
- An integrated refocus mechanism, allowing the system to compensate for thermal-induced focal shifts and maintain consistent image quality in any orbit.
- A higher vibration qualification of 12 gRMS (Optical Front-End)
- Increased number of bands from 8 to 9
- Simplified thermal management
- Significantly less magnetic materials are used resulting in virtually no magnetic moment
Are there any ITAR-restricted materials used in the imager?
No, the imager is not ITAR restricted.
Do you offer a monochrome version?
What is the difference between the TriScape200 Dual-Use and the MultiScape200 Dual-Use?
The TriScape200 DU is a snapshot imaging system employing a colour XGS45000 sensor with integrated RGB Bayer filter having ‘RGGB’ order. It is fitted with a Near-Infrared (NIR) blocking filter.
The MultiScape200 DU CIS is a push-broom imaging system providing 1 panchromatic plus 8 multispectral bands in the Visible and Near-Infrared (VNIR) spectrum.
What is the total volume of the xScape200 Dual-Use?
To what vibration level is the imager qualified?
How is thermal control managed for the xScape200 Dual-Use?
What size satellite can the xScape200 Dual-Use operate on?
The xScape200 Dual-Use is designed to be able to fly in a 16U or larger satellite bus.
How does the xScape200 Dual-Use compare to the xScape50 and xScape100?
The xScape50 is a 1U camera achieving 30 m GSD with the widest swath (120 km) in monochrome, RGB, multispectral and hyperspectral imaging.
The xScape100 is 1.5U, achieving 4.75 m GSD with a swath 19.4 km in monochrome, RGB, multispectral and hyperspectral imaging.
The xScape200 Dual-Use is 12U, achieving 1.5 m GSD for sub-2 m resolution missions in monochrome, RGB and multispectral imaging.
Does Simera Sense provide image processing for the xScape200 Dual-Use?
Yes. Simera Sense provides a complete image processing pipeline including radiometric calibration, orthorectification, and band registration — converting raw sensor output into analysis-ready data products.
Can the xScape200 Dual-Use be used for commercial and defence applications?
Yes, the xScape200 Dual-Use can be used for a wide variety of applications including commercial, civil, scientific and defence.