DAQ-M Frame - 45 Degrees


This 45 degree frame holder narrows the capture angle for the DAQ-M to 45 degrees. Simply pull the tab out and slide the DAQ-M fully in. A standard 1/4-20 tripod thread is included on the bottom for easy mounting.

This is the perfect accessory to use the DAQ-M as a field spectroradiometer, allowing you to easily scan objects to document their reflectance signature. 

Use as a reflectance measurement tool requires scanning the white reflectance calibration target from any of our T3 or T4 target packages. Once the reference target and object(s) are scanned the data can be processed in our MCC software.

DAQ-M Mounting Options:

The DAQ-M is modular by design, which allows it to be easily used in various configurations. We offer the below holders for the DAQ-M depending on how you plan to use it:

  DAQ-M Frame - 180 Degrees The 180 Degrees Frame is designed for recording changes in the ambient light spectrum, such as bright direct sunlight. The recorded irradiance measurements are used to correct Survey3 multispectral images for percent reflectance, similar to the DAQ-A-SD.
T4 Insert: DAQ-M Frame - 180 Degrees The T4 Insert 180 Degrees Frame is designed for recording changes in the ambient light spectrum, such as bright direct sunlight. The recorded irradiance measurements are used to correct Survey3 multispectral images for percent reflectance, similar to the DAQ-A-SD. The T4 insert attaches inside the T4-R50 calibration target package.
DAQ-M Frame - 15 Degrees The 15 and 45 Degree Frames are designed to measure reflected light. The recorded measurements can be calibrated for percent reflectance using a scan of our T3/T4/T4P White calibration targets. Once converted to percent reflectance the object spectral signatures can be compared.
DAQ-M Frame - 45 Degrees The 15 and 45 Degree Frames are designed to measure reflected light. The recorded measurements can be calibrated for percent reflectance using a scan of our T3/T4/T4P White calibration targets. Once converted to percent reflectance the object spectral signatures can be compared.