WorldView-3 Satellite Capabilities
A Very High-Resolution Earth Observation Satellite
About the WorldView-3 Satellite
WorldView-3 is a very high-resolution Earth observation satellite capturing imagery at 30 cm panchromatic and 1.24 m multispectral resolution. It features 16 spectral bands, including visible, near-infrared (NIR), and short-wave infrared (SWIR), which allow for advanced applications such as material identification, vegetation health monitoring, and land use classification. Its high agility enables precise targeting and frequent revisits, making it ideal for monitoring rapidly changing environments.
Launched in 2014, WorldView-3 is operated by Vantor (Formerly Maxar Technologies). It serves diverse industries such as mining, agriculture, urban development, and environmental monitoring, including disaster response and flood mapping. WorldView-3's revisit rate and spectral diversity support timely insights for resource management, infrastructure planning, and land change detection across both commercial and government sectors. Its exceptional image quality, frequent revisit rates, and spectral diversity make it a vital tool for detecting land cover changes, mapping resources, and enabling data-driven decisions across both commercial and government sectors.
Wide Coverage Area and Rapid Revisit Times
Real-time satellite monitoring with frequent revisits
Broad Swath Width
WorldView-3 provides precise high-resolution visual representation of Earth's surface.
Spectral diversity with SWIR capabilities
16 spectral bands, including SWIR, for material analysis & identification.
Key Features and Benefits of the WorldView-3 Satellite
- Captures high-resolution 30 cm optical imaging data, providing detailed and accurate visual representation of the Earth's surface for precise analysis and interpretation.
- Features 16 spectral bands, including Red Edge, NIR, and Short-Wave Infrared (SWIR) for detailed material analysis and land classification.
- The SWIR bands in WorldView-3's spectral range offer unique advantages, particularly for geological applications and mineral exploration. The SWIR bands allow for enhanced discrimination and identification of minerals, alteration zones, and geological structures, making it a valuable tool for mining and geological studies.
- Delivers exceptional image quality with sharp and clear imagery, providing precise details for various applications such as infrastructure monitoring, change detection, and environmental analysis.
- Supports urban planning, disaster response, and environmental change detection with sharp, geolocated imagery.
Find out more here.
