QuickBird is the second submeter resolution commercial sensor to enter orbit, being launched in October, 2001. Stay informed on any area of interest around the world with comprehensive, high-resolution coverage.Need to find, count, classify, or track important features on the Earth’s surface? 64 - 100 scenes per orbit (128 Gbit of image data storage capacity) It provides panchromatic (B&W) imagery with ~60 cm resolution and multi-spectral (color) imagery … IKONOS, Quickbird and Geoeye Imagery. • In early 2014, QuickBird-2 is operating at an altitude of < 450 km and will continue in an gradual descent until its end of mission life at an altitude of ~300 km. Atmospheric Compensation - DigitalGlobe AComp Pre-Processing QuickBird Archived Satellite Image Gallery QuickBird Satellite Switched Off. During the period 1996 and 1997, EarthWatch developed its order processing and manufacturing systems, ground infrastructure, and constructed the EarlyBird satellite. S/C design life of 5 years. Standalone geolocation: 23 m Circular Error (CE), 17 m Linear Error (LE), 90% confidence Overview Spacecraft Launch Mission Status Sensor Complement QuickBird history References. The satellite collected panchromatic (black and white) imagery at 61 centimeter resolution and multispectral imagery at 2.44- (at 450 km) to 1.63-meter (at 300 km) resolution, as orbit altitude is lowered during the end of mission life. The spectral ranges of the multispectral BGIS bands correspond to the first four bands of the ETM+ instrument on Landsat-7, the PAN band is also identical to PAN on ETM+. • The detector subsystem employs the pushbroom imaging technique. This particular color image of Barringer Meteorite Crater (aka Meteor Crater) was captured on 13 June 2002 and distribution is restricted (copyright).
Launched in 2001, it collects data at a resolution up to 0.61m per pixel. It had previously expected QuickBird’s useful life through mid-2012.
We release open imagery for select sudden onset major crisis events, including pre-event imagery, post-event imagery and a crowdsourced damage assessment. The BCP 2000 configuration uses a simple panel-post aluminum honeycomb structure. This enabled WorldView to design its first spacecraft, EarlyBird, to collect 3 m resolution panchromatic and 15 m multispectral imagery. This webinar will discuss how... S/C mass = 1100 kg at launch. QuickBird-2 uses the BCP 2000 (Ball Commercial Platform 2000) satellite bus design of BATC (Ball Aerospace and Technologies Corporation), Boulder, CO. BGIS 2000 may also be used for stereo imaging by slewing the S/C fore and aft. The QuickBird satellite, owned and operated by DigitalGlobe, Inc., was launched 18 October 2001. A satellite marvel in 1999, IKONOS was the first satellite granted a commercial license in America. However, IKONOS-1 never made it to space. The resulting QuickBird ephemeris accuracy provided is 0.36 m in radial, 0.50 m in along-track, and 0.80 m in cross-track components. ±30º (along-track/cross-track) providing a ±544 km wide field of regard (FOV) in the cross-track direction Our analytics tools can help you expedite the search.With a world of data to explore, we’ve just begun to scratch the surface of what’s possible.Follow DigitalGlobe on Instagram and take in the view from above.Subscribe for essential geospatial news from around the globe.Imagery and data to support disaster recovery after major crisis events.Discover how different types of geospatial data reveal layers of valuable insight and information. QuickBird-2.
The company expects the new orbit will extend QuickBird’s life through early 2014. There are no operational constraints (Ref. 30 Oct 14 . LIVE WEBINAR - Thursday, August 13 at 1:00 P.M. EDT The instrument provides high-resolution panchromatic and multispectral imagery simultaneously.
Two solar panels (GaAs/Ge cells), each of 3.2 m The QuickBird-1 spacecraft and instrument design is practically identical with the design of QuickBird-2. QuickBird was a high-resolution commercial Earth observation satellite , owned by DigitalGlobe, launched in 2001 and decayed in 2015. DigitalGlobe makes valuable location-based information accessible to those who need it—anywhere, anytime.
DigitalGlobe is committed to providing accurate, high-resolution satellite imagery and information to support response and recovery in the wake of large-scale natural disasters. - In mid-April 2011, DigitalGlobe raised the orbit of QuickBird-2 to an altitude of 482 km (from previous 450 km orbit). However, as of December, 2014, the QuickBird sensor was decommissioned and no longer collects imagery. • QuickBird-2 is fully operational and fully supports the imaging mission in 2010. Get a complimentary consultation today.Satellite Imaging Corporation is an official Value Added Reseller (VAR) of imaging and geospatial data products for:For a better viewing experience, consider downloading these free geospatial data and image viewers.Discover more captivating satellite imagery in our other image galleries.
Prior to the release of the GeoEye sensor, QuickBird imagery was the best available option for both panchromatic and multispectral imagery. On 5 October 2017, Maxar Technologies completed its acquisition of DigitalGlobe.
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