Dragonette Satellite Constellation Capabilities
Hyperspectral Satellite Technology for Enhanced Global Earth Observation
About the Dragonette Hyperspectral Imaging Constellation
The Dragonette constellation employs Wyvern’s hyperspectral sensor technology capable of capturing 23 spectral bands across the 503–799 nm wavelength range, enabling targeted environmental and agricultural insights. This advanced imaging capability supports precision agriculture, environmental monitoring, and natural resource management, with a 5.3 metre resolution at nadir and a 20 kilometre swath width.
Designed to deliver consistent and reliable hyperspectral data, Dragonette provides detailed imagery suited for monitoring vegetation health, identifying environmental changes, and supporting data-driven land-management decisions.
Dragonette was launched as part of Wyvern’s next-generation hyperspectral imaging initiative, representing a significant step forward in accessible, high-quality Earth observation. The recent Dragonette-005 was successfully deployed into sun-synchronous orbit aboard SpaceX’s Falcon 9 during the Transporter-15 mission, launched on November 29 from Vandenberg Space Force Base, California. More information on Dragonette-005 will be available soon.
Dragonette Satellite Hyperspectral Data
23 Spectral bands for focused Earth observation.
Frequent Revisit Times
Regular revisit opportunities enable timely hyperspectral observations for ongoing monitoring needs.
Global Coverage
Capture data from almost anywhere across the globe.
Features and Benefits
- Hyperspectral imaging across 23 spectral bands for detailed analysis.
- Supports targeted environmental and agricultural insights.
- Provides 5.3 m resolution and broad area coverage with a 20 km swath.
Further details around revisit rates
The image below provides a detailed breakdown of average revisit times worldwide, highlighting regional differences and variations across different areas.
