More proof of unmanned vehicles’ fit in agriculture
“This is not specifically an agricultural UAV (unmanned aerial vehicle) but it has a lot of potential. I think it’s representative of the class of UAVs that people who may come to this conference wouldn’t have known about,” said David Price, a senior research technologist with Georgia Tech. Price operated the Aerobot 100 with a remote control that also displayed video of what was being filmed.
More and more universities around the country are studying unmanned aerial vehicle technology in agriculture. Highlighted by AUVSI, Virginia Tech uses unmanned aerial vehicles to locate microbes in the atmosphere that could lead to plant diseases. The research conducted will be used to create an early warning system for pathogens.
As fewer people work on the farm, adopting these new technologies could play a key role in the success of farms everywhere.
“It makes our farms more efficient. It makes them more sustainable and environmentally friendly,” West said. “Change is difficult. Adopting new technologies is difficult, especially if you’re older and haven’t been exposed to technology as much …
“Adoption is more difficult. However, there’s one thing that makes adoption easy, and that’s if it makes money.”
Self-contained hydraulic system with power cables (hydraulic). Tandem Henschen axles (hydraulic). Hydraulic fenders. Manual or hydraulic tilt. 6,500-gallon tank.
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Declining Weigh Blend System
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