Buy 10-m OHS Satellite Imagery - Apollo Mapping | The Image Hunters

OHS Satellite

Orbita Hyperspectral Satellite (OHS) leads the way with a constellation of medium-resolution, 32-band hyperspectral microsats.

Buy OHS Imagery
Sample Imagery | Advantages | Overview, Specs and Pricing

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OHS Satellite Imagery Samples

OHS 10-m Natural Color – Extremadura, Spain_OHS; July 15, 2018
OHS 10-m Natural Color – Extremadura, Spain_OHS; July 15, 2018
OHS 10-m Natural Color – Extremadura, Spain_OHS; July 15, 2018
OHS 10-m Natural Color – Extremadura, Spain_OHS; July 15, 2018

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 OHS Advantage

Hyperspectral Imaging
OHS offers greater insight into land use change with its 32 hyperspectral bands.

Extensive Archive Coverage
With eight satellites at 10-meter resolution, OHS collects and archives large swaths of the Earth’s surface daily.

Improved Image Classification
OHS’ thirty-two spectral bands will improve the fidelity and accuracy of your supervised and unsupervised image classifications.
Overview & HistoryOHS SpecificationsPricing

Zhuhay Orbita Aerospace Science and Technology, also known as Orbita, was founded in China in March of 2000. Orbita is committed to building a robust constellation of microsatellites, including hyperspectral, SAR, video and infrared satellites.

Their Orbita Hyperspectral Satellite (OHS) is actually a constellation of 10-meter (m) hyperspectral microsats launched regularly since April 2018. OHS fills a gap in the satellite market in terms of resolution and spectral capacity. Few satellites in orbit collect 10-m hyperspectral imagery, so OHS provides a unique regional perspective and greater coverage for the money with a 150-kilometer (km) swath width. These microsats are equipped with 32 spectral bands, offering better fidelity for spectral analysis.

Launch Details
  • Launch Dates: OHS-2A/B/C/D (4 microsats), April 26, 2018, 04:42 UTC; OHS-3A/B/C/D (4 microsats), September 19, 2019, 06:42 UTC
  • Vehicle: Long March 11
  • Site: Jiuquan Satellite Launch Center in Inner Mongolia, China
  • Expected Mission Life: 1 to 2 years per microsat

OHS Components
  • Dimensions: 67 kg
  • Power Systems: 3 deployable fixed solar arrays, 1.3 kW, 48 Saft VES 100 Li-ion cells, 104 Ah
  • Control Systems:
    • 3-axis stabilized
    • Actuators – gyros
    • Altitude determination – star trackers and GPSR
  • Onboard Storage Capacity: 512 gigabytes
  • Ground Communication Systems:
    • Imagery downlink – 300 Mb per second
  • Camera System: three overlapping, individual charge-coupled devices (CCDs) each 5,056 pixels wide

Orbit Characteristics
  • Altitude: 500 km
  • Period: 95 minutes
  • Inclination: 98.13°
  • Direction: sun-synchronous circular, north to south (across the lit side of Earth)
  • Equatorial Crossing Time: 11:30 local time (approximate; across lit side of Earth)
  • Revisit Frequency: daily

Imaging System
  • Spectral Bands:
    • 32-band hyperspectral from blue to near-infrared (NIR)
  • Sensor Resolution:
    • At nadir – 10-m
    • 20° off-nadir – 10.64-m
    • 30° off-nadir – 11.55-m
  • Spectral Band Wavelength Range: (minimum to maximum edge; in nm)
    • Approximate range – 460 to 940
    • Download detailed band information here
  • Dynamic Range: 10-bits

Collection Capabilities
  • Footprint Width:
    • At nadir – up to 150 km (3 overlapping individual scans, each about 50-km wide)
    • 20° off-nadir – up to 159.6-km
    • 30° off-nadir – up to 173.25-km
  • Daily Collection Capacity: 5,000,000 square km, per satellite
  • Georeferenced Horizontal Accuracy: 500-m CE90 (global average, dependent on terrain)

Below is the least expensive, OHS data offered. Prices increase for new collections and data processing. Note that volume discounts are available.

For an exact quote, please contact our Sales Team at sales@apollomapping.com.

Looking for detailed OHS spectral band wavelengths and/or advice for atmospheric corrections and/or radiance conversions?

Download Whitepaper