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Improving weather and climate observations through a constellation of small satellites.
Many techniques exist for hyperspectral imaging, including dispersive gratings, prisms, spatial heterodyne spectrometer, linear variable filters, and scanning Michaelson, to name a few.
Hyperspectral Imaging is a class of instruments which measures the wavelength spectrum of reflective or emitted light over a large spatial area, such as a coastline or forest. Applications include precision agriculture, coastal management, water resource management, and defense. Commercial applications focus on measuring ecological features such as vegetation stress, constituents of mineral outcrops, or amounts of chlorophyll. Defense applications are typically interest in target detection, trafficability, or chemical plume constituents.
As an optical solutions provider, Brandywine Photonics has built Offner and Dyson Spectrometer diffraction grating hyperspectral imagers as well as subsystems for Spatial Heterodyne, Linear Variable Filter, and Scanning Michaelson. Our imaging spectrometers have covered the range from the Ultraviolet, through the Visible range, to the Longwave Infrared.
Email us at: engineering@bphotonics.com for more information on our hyperspectral payload solutions.
We’re looking for new team members interested in building the next generation of small weather satellites, and other Earth and Planetary payloads. If you’d like to work with a small team of experienced engineers serving customers such as NASA, NOAA, Space Force and Air Force, check out the open positions below.
Jumpstart your next mission concept with the energy and experience of our highly trained design and engineering professionals.
