Ultris X20 Plus

The Highest Resolution

1886 x 1886 pixels panchromatic 350-1000 nm 164 bands

Max resolution
1886 x 1886 pixels
Sensors
20 MP & 5MP
Wavelength range
350 – 1000 nm
Total spectra / Image
168 000 3,5 million (pansharpened)
Number of bands
164
Total data points (Cube)
27 million
Spectral sampling
4 nm
Field of view (FOV)
35°
FWHM:
Constant 10 nm
Readout
Global shutter
Data depths
12 bit
Max frame rate
4 Hz
Technology
Light field
Integration time
0,1 – 1000 ms
Power consumption
8W
Data link
2-3 gigE
Dimensions
86 x 121 x 105mm
Weight
630g

MORE DATA – MORE DETAIL

The ULTRIS X20 Plus is equipped with a second camera sensor: panchromatic – just one band, but high resolution. This additional data boosts the spatial resolution of the spectral camera to an impressive 1880 x 1880 pixels, providing incredibly detailed images.

Use cases

Extra Sharp

The extra data from the second sensor in the ULTRIS X20 Plus allows us to use a technique called pansharpening or image fusion – a version developed in-house – to further enhance the images. This enables analysis at the leaf level of vegetation, even from a UAV, helping detect diseases and other issues that require early intervention. Each ULTRIS X20 Plus comes with a high-standard 95% white reference target, a distance target, and all the accessories needed to begin measurements immediately.

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Eine Person arbeitet an der Entwicklung einer Hyperspektralkamera im Labor von Cubert

Drohne mit Cubert Hyperspektralkamera auf weißem Hintergrund

DJI M300 RTK Compatible

The ULTRIS X20 Plus is compatible with any drone. For data recording, the camera can operate in time-lapse mode or be triggered directly from the UAV. The image shows the camera mounted on a DJI Matrice M300 RTK. It is attached to a gimbal that contains a Windows-based mini-computer running Cubert’s CUVIS software, which records the data. The gimbal is connected to the UAV via DJI-Skyport, allowing the UAV to automatically trigger the camera during flight and provide the RTK GPS signal for each data file.

Comprehensive

The powerful Cubert Utils software processes raw data, reflectance, and even radiance, enabling hyperspectral videos at up to 8 Hz. It supports initial analysis on recorded image cubes, as well as direct processing of the live data stream. Spectral indices such as hyperspectral NDVI or Chlorophyll Absorption Integral (CAI), custom plug-ins, and classification solutions can be applied in real-time. The dedicated server enables autonomous operation during drone flights. While maintaining minimal raw data consumption, exported data, available in ENVI, TIFF, or Multi-TIFF, seamlessly integrates with common GIS and mapping software, including pansharpening.

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Hyperspektralkamera Analyse Einer Landwirtschaftlichen Flaeche

The X20 Plus is designed for aerial mapping, capturing high-resolution hyperspectral images. Even though the X20 Plus integrates two camera sensors, it remains lightweight (less than 690 g). Together with a mini-computer and GPS, the total payload is under 1.5 kg, making it suitable for a wide range of drones.

The X20 Plus can also be used on the ground, whether in the field or in the lab. The non-scanning snapshot technology allows you to capture the complete data cube within a few milliseconds. The X20 Plus is the perfect choice for those who need both high resolution and ease of use.

Fully Compatible with perClass Mira

The machine learning-based analysis tool perClass Mira allows you to quickly develop classification solutions for your aerial data. Mira’s regression tool provides both quantitative and qualitative insights into areas of interest, such as a vitality map of crops in a field, for example.