WorldView-3

Maxar’s most sophisticated satellite with 30-cm resolution, 8-band imagery and 3.7-meter SWIR.

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Sample Imagery | Advantages | Overview, Specs and Pricing

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WorldView-3 Satellite Imagery Samples

WorldView-3 30-cm Natural Color - Hong Kong Island, China; October 4, 2018
WorldView-3 30-cm Natural Color - Lotte World Tower, Seoul, South Korea; February 4, 2019
WorldView-3 30-cm Natural Color - Toronto, Canada; July 11, 2015
WorldView-3 30-cm Natural Color - San Francisco, California, USA; April 10, 2019
WorldView-3 30-cm Natural Color - Petronas Towers, Kuala Lumpur, Malaysia; September 7, 2017
WorldView-3 30-cm Natural Color - Lima, Peru; April 13, 2017
WorldView-3 30-cm Natural Color - Seoul, South Korea; February 4, 2019
WorldView-3 30-cm Natural Color - Shenzhen, China; October 28, 2018
WorldView-3 30-cm Natural Color - Dubai, United Arab Emirates; September 18, 2014
WorldView-3 30-cm Natural Color - Hollywood Sign, Los Angeles, California, USA; November 22, 2016
WorldView-3 30-cm Natural Color - Lisbon, Portugal; April 13, 2015
WorldView-3 30-cm Natural Color - Pantheon, Rome, Italy; July 19, 2015
WorldView-3 30-cm Natural Color - M&T Bank Stadium, Baltimore, Maryland; June 8, 2015
WorldView-3 30-cm Natural Color - Hotel of Doom, Pyongyang, North Korea; May 24, 2015
WorldView-3 30-cm Natural Color - Guangzhou, China; October 25, 2017
WorldView-3 30-cm Natural Color - Moscow, Russia; August 21, 2015
WorldView-3 30-cm Natural Color - Davis-Monthan Air Force Base, Tucson, Arizona; December 28, 2014
WorldView-3 30-cm Natural Color - 2015 Dubai Air Show, United Arab Emirates; November 9, 2015
WorldView-3 30-cm Natural Color - Barcelona, Spain; October 23, 2015
WorldView-3 30-cm Natural Color - Pyongyang, North Korea; September 20, 2014
WorldView-3 30-cm Natural Color - Sousse, Tunisia; January 10, 2015
WorldView-3 30-cm Natural Color - Burj Khalifa, Dubai, United Arab Emirates; August 13, 2016
WorldView-3 30-cm Natural Color - Sousse, Tunisia; January 10, 2015
WorldView-3 30-cm Natural Color - Pyongyang, North Korea; September 20, 2014
WorldView-3 30-cm Natural Color - Adelaide, Australia; November 27, 2014
WorldView-3 30-cm Natural Color - Adelaide, Australia; November 27, 2014
WorldView-3 30-cm Natural Color - Adelaide, Australia; November 27, 2014
WorldView-3 30-cm Natural Color - Adelaide, Australia; November 27, 2014
WorldView-3 30-cm Natural Color - Adelaide, Australia; November 27, 2014
WorldView-3 30-cm Natural Color - Adelaide, Australia; November 27, 2014
WorldView-3 30-cm Natural Color - Washington Monument, Washington D.C.; September 28, 2014
WorldView-3 30-cm Natural Color - Santa Clara, California; October 31, 2015
WorldView-3 30-cm Natural Color - Northstar Ski Resort, California, USA; February 8, 2016
WorldView-3 30-cm Natural Color - Green Mountain National Forest, Vermont, USA; October 17, 2016
WorldView-3 30-cm Natural Color - 2017 California Super Bloom, Bitter Creek National Wildlife Refuge, California, USA; April 2, 2017
WorldView-3 30-cm Natural Color - Gigante de Atacama, Chile; July 31, 2016
WorldView-3 30-cm Natural Color - Coeur De Voh, New Caledonia; August 7, 2016
WorldView-3 30-cm Natural Color - Rainbow Mountains, China; October 5, 2015
WorldView-3 30-cm Natural Color - rural western Argentina; April 26, 2016
WorldView-3 30-cm Natural Color - Grand Prismatic Spring, Yellowstone National Park, Wyoming; April 28, 2015
WorldView-3 High Off-Nadir Natural Color - Gangneung, South Korea; February 12, 2018
WorldView-3 High Off-Nadir Natural Color - Moscow, Russia; May 9, 2016
WorldView-3 30-cm Natural Color - Olympic Gymnastics Arena, Seoul, South Korea; February 4, 2019

Click on the expand button for a larger view of each image. You can also right-click and save any of the examples to your computer for a full resolution view.

The WorldView-3 Advantage

Highest Resolution Ever
Delivering 31-cm resolution, WorldView-3 offers a level of clarity and detail never seen from a satellite before.

The Most Spectral Bands
WorldView-3’s 29 spectral bands make this satellite the industry’s choice for spectral analysis. And with 14-bit, 8-band short-wave infrared, your mineral and hydrocarbon exploration has never been more accurate and targeted.

Huge Collection Capacity
Collecting an area larger than Afghanistan every day, the WorldView-3 archive grows by more than 240 million sq km each year.

Best Positional Accuracy
For projects requiring the best possible precision, there is no other choice than WorldView-3 with better than 3.5-m accuracy (CE90%; terrain dependent) even without ground control.
Overview & HistoryWorldView-3 SpecificationsPricing
WorldView-3 is the younger, more sophisticated ‘satellite sister’ of Maxar Technologies’ WorldView-2. Launched into orbit from Vandenberg Air Force Base, California on August 13, 2014, WorldView-3 is now the world’s most technologically advanced high-resolution satellite. WorldView-3 collects 31-centimeter (cm) panchromatic, 1.24-meter (m) multispectral, 3.7-m shortwave infrared (SWIR) and 30-m CAVIS imagery. At a maximum 31-cm resolution, this imagery will rival the clarity of 20 to 25-cm aerial data given its superior optical and production systems.

Not only is WorldView-3 the highest resolution satellite ever launched, it features 29 spectral bands of remotely sensed data which is nearly 6 times more than any sensor – other than WorldView-2’s 9 bands that is. Boldly going where no satellite has gone before, WorldView-3 offers a high resolution panchromatic band and 8 multispectral bands which are ideal for visual analysis, bathymetric studies and plant health assessments; 8 short-wave infrared bands which are ideal for mineral and hydrocarbon exploration; and 12 CAVIS bands which are ideal for improved atmospheric corrections.

If your project demands the highest resolution imagery available and/or requires spectral analysis, then WorldView-3 should be your first choice. And with an archive that grows by nearly 680,000 square kilometers (sq km) per day, we are sure to have the imagery you need!

Launch Details
  • Launch Date: August 13, 2014, 18:30:30 UTC
  • Vehicle: Atlas-V 401
  • Site: Vandenberg Air Force Base, California
  • Expected Mission Life: 7.25 years with estimated 10 to 12 year life span
WorldView-3 Components
  • Dimensions: 5.7-m tall x 2.5-m across (7.1-m across with deployed solar arrays); 2,800 kg
  • Power Systems: 3.1 kW 2-panel solar array; 100 Ahr battery
  • Control Systems:
    • 3-axis stabilized
    • Actuators – control movement gyros (CMGs)
    • Altitude determination – star trackers, precision inertial reference unit (IRU) and GPS
  • Onboard Storage Capacity: 2199 Gb solid state drive with EDAC
  • Ground Communication Systems:
    • Imagery & metadata downlink – 800 and 1,200 Mbps X-band
    • Maintenance – 4, 16, 32 or 64 kbps real time (524 kbps stored) X-band
    • Commands – 2 or 64 kbps S-band
  • Focal Plane:
    • 60 staggered panchromatic detector sub-arrays (DSAs) – 42,500 pixels
    • 12 staggered multispectral DSAs – 10,651 pixels / band; either side of panchromatic array (MS1 array: blue, green, red and NIR-1; MS2 array: coastal, yellow, red edge, NIR-2)
  • Optical Sensor Assembly: 16.0-m focal length, 1.1-m aperture, 1.1-m diameter primary mirror
Orbit Characteristics
  • Altitude: 617 km
  • Period: 97 minutes
  • Inclination: 98°
  • Direction: sun-synchronous circular, north to south (across the lit side of Earth)
  • Equatorial Crossing Time: 10:30 AM local time (approximate; across lit side of Earth)
  • Revisit Frequency: (at 40° lat)
    • < 1 days (1-m GSD)
    • 4.5 days (< 20° off-nadir)
Imaging System
  • Spectral Bands:
    • Panchromatic
    • 8-band multispectral (coastal, blue, green, yellow, red, red edge, NIR-1 and NIR-2)
    • 8-band shortwave infrared (SWIR)
    • 12-band CAVIS (corrects for Clouds, Aerosols, Vapors, Ice and Snow)
  • Sensor Resolution:
    • At nadir – 31-cm panchromatic, 1.24-m multispectral, 3.7-m SWIR and 30.0-m CAVIS
    • 20° off-nadir – 34-cm panchromatic, 1.38-m multispectral, 4.1-m SWIR and ~33-m CAVIS
  • Panchromatic and Multispectral Bands Wavelength Range: (in nm)
    • Panchromatic – 450 to 800
    • Coastal – 400 to 450
    • Blue – 450 to 510
    • Green – 510 to 580
    • Yellow – 585 to 625
    • Red – 630 to 690
    • Red edge – 705 to 745
    • NIR-1 – 770 to 895
    • NIR-2 – 860 to 1040
  • SWIR Bands Wavelength Range: (in nm)
    • SWIR-1 – 1195 to 1225
    • SWIR-2 – 1550 to 1590
    • SWIR-3 – 1640 to 1680
    • SWIR-4 – 1710 to 1750
    • SWIR-5 – 2145 to 2185
    • SWIR-6 – 2185 to 2225
    • SWIR-7 – 2235 to 2285
    • SWIR-8 – 2295 to 2365
  • CAVIS Bands Wavelength Range: (in nm)
    • Desert clouds – 405 to 420
    • Aerosol-1 – 459 to 509
    • Green – 525 to 585
    • Aerosol-2 – 635 to 685
    • Water-1 – 845 to 885
    • Water-2 – 897 to 927
    • Water-3 – 930 to 965
    • NDVI-SWIR – 1220 to 1252
    • Cirrus – 1365 to 1405
    • Snow – 1620 to 1680
    • Aerosol-3 – 2105 to 2245
    • Aerosol-3 – 2105 to 2245 (Aerosol-3 bands have same wavelength but opposing parallax to estimate cloud heights)
  • Dynamic Range: 11-bits, panchromatic and multispectral); 14-bits, SWIR and CAVIS
Collection Capabilities
  • Footprint Width: 13.1 km (at nadir); 10 km (SWIR at nadir)
  • Single Pass Maximum Collection Geometry: (at 30° off-nadir)
    • Mono – 66.5 km x 112 km (5 strip wide)
    • Stereo – 26.6 km x 112 km (2 pairs wide)
  • Retargeting Ability: 12 sec (time to slew 200 km)
  • Daily Collection Capacity: 680,000 sq km
  • Georeferenced Horizontal Accuracy: < 3.5-m CE90 (global average, dependent on terrain)

Below is the least expensive WorldView-3 data offered. Prices increase for higher resolution, new collections, additional spectral bands and data processing. Note that academic and volume discounts are available.

  • Data Source: archive (greater than 90 days old)
  • Minimum Order Size: 25 sq km (per area & date)
  • Product Type: 30-cm georeferenced + natural color or 4-band (50-cm is offered at a discounted rate)
  • Price Per Sq Km: $22.50 (more detailed pricing can be found here)

For an exact quote, please contact our Sales Team at [email protected].

Completing an atmospheric correction and/or radiance conversion of WorldView-3 imagery?

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