🛰 0.3m SuperView-NEO Satellite: Introduction
SuperView-NEO is a new-generation high-resolution commercial optical satellite for refined remote-sensing applications, delivering approx. 0.3m panchromatic imagery for urban management, natural-resource surveys, agricultural monitoring, emergency response, target recognition and HD satellite-image procurement.
📊 SuperView-NEO Content Overview
SuperView-NEO is a key member of the high-resolution commercial remote-sensing constellation, serving refined urban governance, land-and-resource monitoring, agriculture / forestry / water surveys, disaster-emergency assessment, base-map updating and key-target recognition. It stands out for high spatial resolution, multispectral observation and flexible imaging, letting users inspect surface details intuitively.
Ideal for roads, buildings, airports, vehicles, ports and construction sites.
Networked constellation operation keeps improving revisit frequency and rapid response.
For spectral bands, SuperView-NEO typically carries a panchromatic band plus multispectral blue, green, red and near-infrared (NIR) bands. Pan imagery emphasizes detail, while multispectral imagery supports land-cover classification, vegetation analysis, water-body identification and change monitoring. Fusion processing yields products combining HD texture with color information.
📊 Resolution at a glance (smaller = sharper)
SuperView-NEO's core strengths are its 0.3m-class panchromatic and 1.2m-class multispectral resolution, agile attitude maneuvering, multi-mode imaging and fast, service-oriented commercial delivery.
| 🛰 Satellite name | SuperView-NEO satellite |
|---|---|
| 🛠️ Satellite type | High-resolution commercial optical remote-sensing satellite |
| 🚀 Launch date | Launched in batches since 2022 to build a commercial high-resolution constellation. |
| 🔭 Orbit type | Sun-synchronous orbit, ideal for stable optical image acquisition. |
| 🔍 Pan resolution | Approx. 0.3 m, for fine target recognition and HD base-map production. |
| 🌈 MS resolution | Approx. 1.2 m, for land-cover classification, vegetation, water and land-use analysis. |
| 🎨 Spectral bands | Pan band plus multispectral blue, green, red and NIR bands. |
| 📷 Imaging modes | Strip, target, stereo and multi-target imaging, etc. |
| &# ↔;️ Swath width | Approx. 12 km class, depending on imaging mode. |
| 📍 Geolocation accuracy | High uncontrolled positioning capability; exact accuracy depends on processing level and control points. |
| 📦 Data products | Pan, multispectral, fused, orthorectified and stereo-pair imagery, etc. |
| 🎯 Main applications | Urban management, surveying & mapping, natural-resource surveys, agricultural monitoring, disaster emergency, transport-infrastructure monitoring, airport & port recognition, etc. |
🖼️ SVN Panchromatic Samples (6)
🌧 Kind reminder: image sharpness depends on cloud cover and haze, season and sun angle, off-nadir viewing angle, target size and post-processing. Scenes of the same area from different dates may differ — please select the optimal acquisition for your needs.