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🛰️ Ships on the Yangtze River Shipping Channel Captured by GF7 Satellite | Buy GF7 Satellite image

0.7m Ultra-HD Resolution · Latest April 2026 Imagery · Gaofen-7 Stereo Mapping Satellite · Rocket Launch ✦ Live Satellite Orbit View

🛰️ GF7 Gaofen-7📍 Yangtze River · Wuhu Section📅 Captured April 2026🎞️ 48 Sample Images
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🚢Ships on the Yangtze River Shipping Channel Captured by GF7 Satellite | Buy GF7 Satellite image

🛰️ SatelliteGF7
📅 Capture DateApril 2026
📍 LocationYangtze River, Wuhu Section
🎯 Imagery UseShip Satellite Image

The Yangtze River is the great water transport artery running across eastern, central and western China, and one of the busiest inland shipping channels in the world. It reaches up to Chongqing and Wuhan and down to Nanjing and Shanghai, linking the factories and ports along its banks into a complete logistics chain that stretches to overseas markets. Every day thousands of cargo ships, container vessels, tankers and working boats move back and forth, carrying coal, ore, steel, grain and containers without pause. The Wuhu section lies in the lower reaches of the Yangtze, with a wide channel and good water depth, making it an important port and shipping hub for the Wanjiang city belt. Vessels are dense here, and anchorages, wharves and branching waterways weave together. Seen from space, these ships look like little moving dots of light on the river. They reflect how active shipping is, and they offer an intuitive basis for water traffic management, vessel flow statistics, sand mining supervision and channel safety monitoring.

The images below are 0.7m resolution satellite images of ships in the Wuhu section of the Yangtze River, taken by the GF7 satellite in April 2026. Hull outlines, wake trails and berth distribution are clearly recognisable, so the images can be used to look at vessel type composition, queuing and berthing conditions - excellent material for studying the operating state of inland river shipping.

💡 Friendly tip: to buy high resolution satellite imagery, please contact the staff of Beijing YiJingTu Geographic Information Technology Co., Ltd., or click online search for more satellite samples. One-to-one service, professional and fast! 🚀

Gaofen-7 (GF-7) is a high resolution stereo mapping satellite independently developed by China, and the first sub-meter stereo mapping satellite in the High Resolution Earth Observation program. It carries a dual linear array stereo camera together with a laser altimeter, so it can acquire high precision stereo imagery and elevation information at the same time. Besides capturing clear pictures of targets such as ships, it can also generate digital surface models and 3D terrain products. GF7 offers sub-meter panchromatic resolution and can precisely present hull outlines, wharf structures and wake trails. For a channel as busy and fast changing as the Yangtze, a single pass can cover a long stretch of river. With a short revisit cycle and agile attitude manoeuvring, the satellite is especially suited to routine observation of water traffic monitoring, shipping flow statistics, shoreline change tracking and port and channel engineering.

SatelliteGaofen-7 / GF-7
🌟 Resolution (Key)0.7m panchromatic (sub-meter) / 2.6m multispectralCore Advantage
🚀 Launch Date (Key)3 November 2019 · Taiyuan Satellite Launch CenterLong March 4B
PayloadDual linear array stereo camera + laser altimeter
Swath WidthAbout 20 km (single scene)
Orbit TypeSun-synchronous orbit
ApplicationsStereo mapping, shipping monitoring, ship and shoreline detection

📷Yangtze River Ships GF7 Satellite Image Total: 48 images 🛰️

🌤️ Friendly reminder: the actual clarity of satellite imagery is affected by many factors, including cloud and weather conditions, the season and lighting at the time of capture, the satellite viewing angle, and the size of the ground target. Water vapour over the river, early morning or dusk lighting, sun glint and wave reflection all give ships a different look in the imagery, and the river width, sandbars and anchorage layout differ noticeably between the dry and flood seasons. The size, heading and speed of the vessels themselves also affect how well they can be recognised. This set is archive imagery from April 2026. If you need more recent views of river traffic, please contact us to arrange tasking.

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