HYDRODYNAMIC
Rock Stacker
I have been researching autonomous ag equipment for a while now and figured others would be interested and have knowledge. Ag equipment is usually just low speed off road equipment but the military has funded high speed equipment and that is trickling into ag. After KOH 2025 the presence of data collection in the cars and uploading while racing is a clear indicator that the tech is near. It might not be what most think AI or autonomous looks like but with drivers not being able to follow routes and checkpoints we might be seeing AI helping them. Live valve is a clear example of AI giving an advantage in vehicle control.
World Ag Expo 2025 in Tulare CA had a lot of AI and RC robots, tractors, drones, UTVs, as well as data collection and software to interpret data.
Levels of autonomy are difficult to measure based on applications.
Some are simply RC unmanned, line of sight or camera to remote screen.
Some can follow a planned GPS route.
Some can use vision to verify location without GPS.
Some can use accelerometers to stay on track until being corrected by GPS.
Some can drive around obstacles while others will stop and notify they cannot continue.
Some can determine obstacle passing without a bypass route.
Processing power is a big part to the ability. Ranging from a 30K small electric robot to 500K high speed UTV.
Multiple cameras in multiple spectrums need to be processed quickly in order to generate a 3D world for the vehicle to determine where it’s at and where it is supposed to be and react quickly to stay on course.
Data can be processed on board or sent to the cloud for processing which greatly effects remote correction or instant driving action. It doesn’t take much data to outrun the radio to cellular to cloud and back bandwidth.
World Ag Expo 2025 in Tulare CA had a lot of AI and RC robots, tractors, drones, UTVs, as well as data collection and software to interpret data.
Levels of autonomy are difficult to measure based on applications.
Some are simply RC unmanned, line of sight or camera to remote screen.
Some can follow a planned GPS route.
Some can use vision to verify location without GPS.
Some can use accelerometers to stay on track until being corrected by GPS.
Some can drive around obstacles while others will stop and notify they cannot continue.
Some can determine obstacle passing without a bypass route.
Processing power is a big part to the ability. Ranging from a 30K small electric robot to 500K high speed UTV.
Multiple cameras in multiple spectrums need to be processed quickly in order to generate a 3D world for the vehicle to determine where it’s at and where it is supposed to be and react quickly to stay on course.
Data can be processed on board or sent to the cloud for processing which greatly effects remote correction or instant driving action. It doesn’t take much data to outrun the radio to cellular to cloud and back bandwidth.
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