Hyperspectral Imagery

THE WORLD’S HIGHEST-RESOLUTION

hyperspectral IMAGERY

THE WORLD’S HIGHEST-RESOLUTION hyperspectral IMAGERY

Pixxel delivers high-quality hyperspectral data and transformative insights through its cutting-edge constellation of hyperspectral imaging satellites. Our advanced satellites detect, monitor, and predict threats with unprecedented detail and accuracy, paving the way for focused environmental monitoring and climate resilience.

THE NEXT BEST THING

hyperspectral IMAGing

Hyperspectral imaging captures and processes information across a broad and continuous range of narrow wavelength bandwidths on the electromagnetic spectrum, revealing detailed spectral signatures for every pixel in an image. This advanced technology allows precise identification and analysis of Earth’s surface materials and conditions, detecting subtle variations in both environmental and man-made features.

RGB VS MULTISPECTRAL VS

hyperspectral IMAGing

RGB Imaging

RGB imaging captures data across three broad bands corresponding to the visible spectrum: red, green, and blue. This combination enables the production of natural colour images that can be perceived by the naked eye, offering a general overview of the Earth’s surface. However, its analytical capabilities are limited, providing only a basic representation without the ability to discern specific features or materials present in the scene.

Multispectral Imaging

Multispectral imaging captures data across a limited number of discrete spectral bands (typically 3-12), including both visible and near-infrared (NIR) regions. This technology offers a more detailed view of the Earth’s surface and its spectral signatures compared to RGB imaging.

Hyperspectral Imaging

Hyperspectral imaging captures data across a wider and continuous range of very narrow wavelength bandwidths (typically 37+), offering a detailed and comprehensive view of the Earth’s surface. This high spectral resolution enables nuanced detection of surface materials, accurately identifying objects based on their spectral signatures.

PIXXEL’S ADVANCED

hyperspectral Small Sats

Pixxel is building the world’s most advanced constellation of hyperspectral Earth-imaging satellites, designed to provide daily global coverage at high spatial resolutions. Our hyperspectral sensors are designed and manufactured in-house using proprietary technology and provide unmatched data compared to existing satellites.

By integrating customer areas of interest with regular monitoring of the high-interest regions, Pixxel’s innovative, lightweight, and technologically advanced satellites deliver big performance in a small package. This reduces production and launch costs and expands the depth of information received, revolutionising how we understand and interact with Earth observation data.

Daily Global Access

24-hour revisit frequency
anywhere on the planet

High Spectral Resolution

5 metre spatial resolution, 250+
VNIR and SWIR bands

Unprecedented Detail

50X more information than
conventional satellites

WIDER COVERAGE

Maximise coverage with our
40Km swath width

REDEFINING EARTH OBSERVATION

ACROSS INDUSTRIES

Pixxel’s hyperspectral constellation acts as the planet’s diagnostic system and helps monitor and respond to some of the most pressing global challenges across agriculture, energy, mining, infrastructure, environment and more. The data generated by Pixxel empowers stakeholders across diverse sectors to make informed decisions, encouraging efficient resource use, improved environmental outcomes, and enhanced global well-being.

ORDER

OUR IMAGERY

Ordering high-quality satellite imagery tailored to your needs made simple with Pixxel’s solutions.

Identify your requirements

Determine the specific use case, AOI, and date range of the imagery.

Contact us

Get in touch with our sales team with your specifications.

Place an order

Select your AOI, resolution, and time range, review and customise options, then proceed to checkout and submit your payment.

Receive the hyperspectral imagery

Download the imagery, verify its quality, process it, and apply it to your project.