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VNIR all-in-one camera

AFX10 from SPECIM

Specim AFX series is the leading airborne spectral imaging solution based on Specim‘s successful FX series. It is a compact all-in-one device with an HSI camera, powerful computer, and a high-end GNSS/IMU unit. Weighing just over 2 kg, Specim AFX can be used on multiple drone types – multirotor or fixed-wing, with or without a gimbal. AFX series capabilities range from full hyperspectral to flexible application-specific multispectral.

Features

Spectral range: 400 - 1000 nm in 224 bands
Spatial resolution: 1024 Pixel
High speed: Full frame rate 330 Hz
Fast optics f/1,7
Multiple window of interest functionability with up to 9900 Hz
Signal/noise-factor: 400:1
All-in-one for fast and repeatable mounting
including GNSS/IMU unit

Further information

Specim AFX10 is an all-in-one VNIR hyperspectral imaging solution for spectral ranges from 400 to 1000 nm with a HSI camera, a small and powerful computer and a high-end GNSS/IMU unit in one compact enclosure. The compact unit can easily be exchanged from drone to lab without cabling and the need to dismantle different units.

It is a state-of-the-art solution weighing only 2.1 kg that can be used on multiple drone types – multirotor or fixed-wing, with or without a gimbal. Data is acquired automatically following the waypoints on a flight plan, making the Specim AFX10 easy to operate.

The multiple spectral ROI feature allows to combine and limit the number of spectral ranges in order to change between hyperspectral and application-specific multispectral configurations. This feature may be used to limit data flow or increase frame speed. Fore lens aberrations are fully characterized and increase data accuracy and repeatability. The Specim designed lens guarantees significantly less smile and keystone. AFX10 benefits of a fast optics with f/number 1.7 enabling the camera to collect more light and faster flights. The high-end GNSS/IMU unit provides a full real-time and post-mission position and orientation solution for direct georeferencing.