S185 airborne high-speed imaging spectrometer-Fornitore globale

Room 639, Tangxing Digital Building, No. 6 Tangxing Road, High tech Zone, Xi'an City, Shaanxi Province

Technical Introduction:

S185 adopts revolutionary frame based hyperspectral imaging technology, which combines the accuracy of hyperspectral data with the speed of snapshot imaging, and can instantly obtain accurate hyperspectral images throughout the entire field of view. This spectrometer can easily obtain the entire hyperspectral cube data in 1/1000 seconds, with powerful measurement and data processing software, and can achieve unmanned aerial vehicle remote sensing measurement without the need for IMU; The S185 airborne hyperspectral imaging instrument can automatically measure along with the UAV according to the preset route, quickly obtaining large-area hyperspectral images, and can be automatically and quickly spliced through software!

Instrument features:

Instrument characteristics	Main applications
※Visible Near Infrared Format Imaging ※Dual CCD structure, high-speed transmission ※Synchronized measurement of each channel without artifacts ※Parameter WIFI remote control ※Real time preview function on the ground ※Suitable for multiple UAVs to carry ※Large area automatic splicing ※Software Open Source SDK ※Batch calculation of vegetation index	※UAVApplication※agricultural remote sensing ※Plant Science※archaeological investigation ※Environmental remote sensing※Precision agriculture ※Species classification※disease detection ※Surface model※Mobile spectrogram

S185 establishes a balance between time, space, and spectral resolution through its unique snapshot imaging technology. Unlike traditional push scan imaging methods, it adopts frame based synchronous imaging technology that does not require any moving parts, and can capture the entire hyperspectral image cube in 1/1000 seconds.
The synchronous imaging feature of all spectral channels in S185 is more suitable for airborne mobile measurement, and the data is true, reliable, and free of artifacts. Its overall structure is conducive to the integration of multiple UAVs, and by using sturdy lightweight materials, the weight of the spectrometer is reduced to only 500g, improving the UAV's endurance.

The S185 supporting software can perform functions such as batch spectral output, hyperspectral image classification, and vegetation index calculation; Open source programming interfaces and SDKs can be used for secondary application development.

Technical parameters:

spectral characteristic
spectral range	450~950nm
sampling interval	4nm
spectral resolution	8 nm @ 532nm
Number of channels	125

hardware features
detector	Area array Si CCD
Detector specifications	1 million pixels x 2
Time	< 100μs
communication interface	2×GigE
Hyperspectral imaging speed	5 Cubes/s
digital resolution	12 bit
spectral output	2500 Spectra / Cube

optical characteristics
focal length	10mm, 23mm, 35mm (optional)
interface type	C-mount
Ground Resolution	Mm~m (optional)

physical property
external environment	non-condensing
operate temperature	0 - 40 °C
weight	490 g
power supply	DC 12 V, 15 W