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