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- Ground Phenotyping rover designed by graduate students.
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- (cred: Randy Boman)
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- Dr. Thomasson collecting field data for UAV research.
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- Phenotyping Unmanned Ground Vehicle used for collecting phenotyping data for corn and sorghum.
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- Simulation: Harvest operation involving the cooperation between a grain cart and a combine
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- Construction of the Micro Gin at Hobgood
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- Ground based multispectral image collection in the nitrogen management cotton plants
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- From left to right: seed cotton from the field, cotton seed from the gin, cotton lint from the gin, and harmful plastic that has to be removed from the cotton for quality purposes.
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- Students in the field
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- Mass flow sensors located on a cotton stripper
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- Graduate student Pappu Yadav, collecting aerial data using DJI Matrice 100 quadcopter at the TAMU Farm
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- Cotton stripper used with a onboard weight-based calibration system
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- Cotton Weighing trailer, cotton module builder and cotton boll buggy ready by the cotton field. Lubbock, TX
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- Graduate Student, Hussein Gharakhani, 3D printing an End-Effector housing and comparing the printed dimensions with the actual amounts
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- Work station to hand sift through ginned cotton to determine how much plastic remains after ginning.
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- Newly installed Module Feeder system, which allows us to test plastic contamination at the feeder rollers.
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- Graduate students conducting Ground Control Points (GCPs) survey with post-processed kinematic (PPK) V-map Air Model GPS system
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- Energy cane imagery collection using DJI Matrice 100 platform with SlantRange 3p sensor
