GF7 Satellite - Xiangzhou District, Zhuhai City, January 2025 Gaofen-7 Satellite Imagery
Introduction to Xiangzhou District
Xiangzhou District is the central urban area of Zhuhai City, located on the west bank of the Pearl River Estuary. It faces Hong Kong to the east, Macao to the south, and borders Zhongshan to the north, covering a total area of 555.29 square kilometers. As the political, economic and cultural center of Zhuhai, Xiangzhou District governs 9 subdistricts and 6 towns, with a permanent population of over 1.4 million. With an excellent geographical location and abundant natural resources, including islands, mountains and coastlines, it is an important hub of the Guangdong-Hong Kong-Macao Greater Bay Area and a window for Zhuhai's opening-up.
GF7 Satellite
The Gaofen-7 (GF7) satellite is an important part of China's High-Resolution Earth Observation System. It was successfully launched on November 3, 2019 and operates in a sun-synchronous orbit at an altitude of 506 km. The satellite provides 0.65 m panchromatic imagery resolution and 2 m multispectral imagery resolution, with a horizontal positioning accuracy better than 5 m and an elevation accuracy better than 1 m. Its main payloads include a dual-line-array stereo camera, a multispectral camera and a laser altimeter, with a designed service life of 8 years. Gaofen-7 is mainly used for high-precision stereo mapping, land and natural resource surveys, urban and rural construction planning, agricultural monitoring, and disaster prevention and mitigation, providing important technical support for natural resource management and territorial spatial planning.
Below are the latest satellite images of Xiangzhou District captured by the Gaofen-7 satellite in January 2025. [To purchase satellite imagery] Please contact the staff of Beijing Yijingtu, leave us a message online, or click Online Search to view more satellite project cases.
Fig. 1, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 2, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 3, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 4, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 5, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 6, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 7, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 8, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 9, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 10, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 11, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 12, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 13, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 14, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 15, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 16, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 17, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 18, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 19, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 20, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 21, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 22, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 23, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 24, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 25, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 26, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 27, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 28, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 29, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 30, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 31, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 32, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 33, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 34, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 35, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 36, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 37, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 38, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 39, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 40, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 41, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 42, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 43, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 44, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 45, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 46, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 47, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 48, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 49, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Fig. 50, Latest Xiangzhou District satellite image captured by the Gaofen-7 satellite in January 2025
Disclaimer: This is an original article by our company. No reproduction without permission. Violators will be held liable. Original articles shall not be reproduced.
About Beijing Yijingtu Geoinformation Technology Co., Ltd.
Beijing Yijingtu Geoinformation Technology Co., Ltd. (hereinafter referred to as “Beijing Yijingtu”) is a well-known satellite map service provider in China, headquartered in Chaoyang District, Beijing. Beijing Yijingtu mainly provides domestic 1–3 m resolution remote sensing imagery and map data services, including historical imagery maps taken from the 1960s to the 1980s, as well as Gaofen-series satellite images acquired after 2015.
Satellite imagery data are purchased by area (scene). Domestic satellite imagery maps range from about RMB 1 to RMB 30 per square kilometer, with an average price of approximately RMB 500 to RMB 3,000 per image. (Note: the final price depends on the area purchased, resolution, acquisition date, product type and processing requirements — please consult our staff for details. For higher-resolution requirements, the unit price is approximately RMB 100–500 per square kilometer.)
Satellite imagery map data are special electronic digital products. Any individual, company or institution can purchase satellite imagery data upon payment. We provide formal satellite imagery procurement contracts and invoices. Delivery is normally expected within 5–10 working days after purchase, with expedited processing available for same-day delivery.
Value-added services: to meet customers’ multi-source needs, we can provide wall map production (for offices, meeting rooms or scenic areas), automatic map classification (forest land / cultivated land / water systems / roads / buildings / open land), bare-soil / bare-land monitoring, 3D white-model production, building detection and vector extraction, target change comparison (in image or video format), layout and mapping for dispute evidence, place-name annotation, style beautification (for landscape and bird’s-eye views), and HD super-resolution processing (to improve the clarity of existing imagery), tailored as closely as possible to customers’ actual application scenarios and requirements.
To learn more about or purchase satellite imagery map data, please contact our staff or leave us a message online. Click Online Search to view more satellite imagery projects and map samples, and check Site News for more satellite introductions and industry updates.
Contact Us
- Company: Beijing Yijingtu Geoinformation Technology Co., Ltd.
- Address: Chaoyang District, Beijing, China
- Data inquiry (WeChat): xdj_jl
- Sales Manager: 13301238517
- Email: accpxdj@gmail.com
- A well-known commercial satellite imagery data service provider
©2021-2026 Beijing Yijingtu Geoinformation Technology Co., Ltd. All rights reserved. Jing ICP Bei No. 2021039670-1