2026 Nanping, Fujian 0.3 m SuperView-NEO1 Satellite Imagery
High-resolution remote-sensing satellites are important tools for observing the Earth. Operating in sun-synchronous orbits hundreds of kilometers above the surface, they use high-precision optical cameras to acquire imagery consistently. Compared with traditional aerial photography, satellite remote sensing offers broad coverage and short revisit periods, and can support observation across varied terrain.
Satellite imagery is widely used in land-resource surveys, urban planning, agricultural monitoring, disaster assessment, and high-precision map updating. As sensor technology advances, commercial satellites have moved from meter-level to sub-meter-level spatial resolution. At 0.3-meter panchromatic resolution, features such as buildings, roads, vehicles, and farmland can be represented in fine detail, subject to image conditions and product specifications.
SuperView-NEO1 is a new-generation, high-resolution optical remote-sensing satellite. Its advanced optical imaging and onboard processing technologies capture surface details at 0.3-meter panchromatic resolution, providing imagery for land surveying and mapping, urban planning, agricultural monitoring, and disaster assessment.
The satellite operates in a sun-synchronous orbit and supports agile imaging. By pointing off-nadir at different angles, it can collect imagery efficiently across broad areas. Combined with ground processing, the system produces high-definition imagery with geometric accuracy and natural color rendering. Nanping, a historic city in Fujian Province known for its ecological environment and transportation network, can benefit from high-resolution imagery that helps show its terrain, waterways, and urban development in support of planning and ecological conservation.
Satellite Information and Key Specifications
- Satellite name: SuperView-NEO1
- Resolution: 0.3 m (panchromatic)
- Launch date: July 2024
- Orbit type: Sun-synchronous orbit
- Orbital altitude: Approximately 500 km
- Imaging swath: Approximately 15 km
- Revisit period: Approximately 1 day (with off-nadir pointing)
- Spectral bands: Panchromatic / multispectral
- Design life: 8 years