Space-Tested Survivability.
Space-Proven Performance.
Validated by on-orbit customer data, power-dense solar cells offered by DragonSCALES™ keep missions on schedule while decreasing launch costs and extending the space asset lifespan for existing and next-generation solar-powered designs.
Full-cycle Savings
Modular, plug-and-play architecture is quick to source, economical to produce, and simple to integrate.
Modular, plug-and-play architecture is quick to source, economical to produce, and simple to integrate.
Adaptable Form
Versatile, responsive engineering offers advanced customization capability to adapt to diverse and extreme in-space mission needs.
Versatile, responsive engineering offers advanced customization capability to adapt to diverse and extreme in-space mission needs.
Rapid Fulfillment
Strategically scalable design and accredited ISO certifications enable fast, fully automated production for high-volume space applications.
Strategically scalable design and accredited ISO certifications enable fast, fully automated production for high-volume space applications.
Failure Resistant
Ultra-durable design reduces the risk of stress and damage from micrometeorites and enables on-orbit radiation recovery.
Ultra-durable design reduces the risk of stress and damage from micrometeorites and enables on-orbit radiation recovery.
We look forward to working with mPower to provide space-proven, reliable solar power for our StarMax modules, enabling the next generation of space stations.
Space Applications
KEY DRAGONSCALES™ FEATURES
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High packing factorUnique cell sizes yield greater power efficiency
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Mechanical flexibilityMalleable and integrable with any surface/form
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Low weight / stowage volumeEasily transportable and deployable
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Mesh configurationIsolates faults and eliminates single point failures
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Pre-wired componentsReduces handling and systems integration rework
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Flexible voltageCustomizable, high- or low- voltage power
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Radiation resistantWithstands exposure with minimal degradation
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Shade tolerantConsistent performance in shaded conditions
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Future-proofed designBuilt for next-generation cell upgrades
