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Business Update: Beijing OMap Completes QuickBird (KuaiNiao) Satellite Imagery Production for Daxing District, Beijing, China

πŸ›°οΈ QuickBird (KuaiNiao) Satellite

【QuickBird】 was a high-resolution commercial remote-sensing satellite operated by DigitalGlobe (now Maxar Technologies, USA) and launched on 18 October 2001. It carried advanced optical imaging equipment delivering up to 0.61 m panchromatic and 2.44 m multispectral imagery. Widely used for mapping, urban planning and agricultural monitoring, QuickBird became a milestone in commercial remote sensing with its high accuracy and wide coverage, and was retired in 2015.

0.61 m Panchromatic
2.44 m Multispectral
2001.10.18 Launch date
2015 Retired
QuickBird high-resolution commercial remote-sensing satellite (satellite bus)
Fig.0 β€” QuickBird satellite bus (illustration of the satellite itself, not satellite imagery) Β· Click to enlarge
Recently, Beijing OMap completed QuickBird satellite imagery production for Daxing District, Beijing, China. Selected results are shown below. To 【purchase QuickBird satellite imagery】, please contact Beijing OMap staff, or leave us a message online. We offer a free archive search with sample images β€” you only pay after the acquisition date, clarity and price are all acceptable. Click Online Search to view more QuickBird project cases and samples.
πŸ›°οΈ
QuickBirdDigitalGlobe / Maxar
0.6 m class
πŸ“
Daxing, Beijing, ChinaDistrict-wide
production task
πŸ“†
April 2007Sample scenes
0.6 m imagery
πŸ’¬
Free SearchSamples first
pay when satisfied
πŸ›°οΈ QuickBird / KuaiNiao πŸ“ Daxing District, Beijing πŸ“† April 2007 Β· 0.6 m πŸ’° Free query + samples
1
πŸ” Free archive search
+ samples
β†’
2
πŸ–ΌοΈ Check date & clarity
& price
β†’
3
πŸ’³ Pay for imagery
when satisfied
β†’
4
πŸ“¦ Production &
delivery
πŸ“Š QuickBird resolution at a glance
⬛ Panchromatic 0.61 m
0.61 m
🟩 Multispectral 2.44 m
2.44 m

βœ” Sub-meter panchromatic detail supports mapping, urban planning and change monitoring at building level.

Satellite Imagery Purchase Samples

πŸ’‘ Gallery shows the first 15 of 30 sample images (3 per row Γ— 5 rows). Click any image to enlarge; use ← β†’ arrow keys or on-screen buttons for slideshow. Press Esc or βœ• to close. Original caption style preserved below.

Buy QuickBird Satellite Imagery Now

🏒 About Beijing OMap Geographic Information Technology Co., Ltd.

Beijing OMap Geographic Information Technology Co., Ltd. (β€œBeijing OMap”) is a well-known satellite map service provider in China, headquartered in Chaoyang District, Beijing. OMap mainly provides 1–3 m resolution Chinese remote-sensing imagery data, including historical image maps taken from the 1960s to the 1980s, as well as Chinese Gaofen (High-Resolution) series satellite imagery captured after 2015.

Satellite imagery is licensed by area (scene). Chinese satellite image maps typically cost 1–30 yuan per kmΒ², with an average price of about 500–3,000 yuan per image. (Final price depends on area, resolution, acquisition date, product type and processing. For higher-resolution requirements, unit price is roughly 100–500 yuan/kmΒ². Please consult our staff for details.)

Satellite imagery is a special digital product: any individual, company or institution can purchase it with a formal procurement contract and invoice. Delivery is normally expected within 5–10 working days after purchase, with expedited service available as fast as the same day.

Value-added services: wall-map production, automatic map classification (forest / farmland / water / roads / buildings / open land), bare-soil monitoring, 3D white-model production, building detection and vector extraction, change detection (image or video), evidence-ready layout, place-name annotation, style beautification and HD super-resolution enhancement.

πŸ“ Address: Chaoyang District, Beijing, China
πŸ’¬ Data inquiry (WeChat): xdj_jl
πŸ“ž Sales manager: 13301238517
βœ‰οΈ Email: accpxdj@gmail.com

To inquire about or purchase satellite imagery, please contact our staff or leave a message online. Use Online Search to explore more satellite projects and samples.

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