Agricultura de precisão Precision agriculture ISO BUS

Agricultura de precisão Precision agriculture ISO BUS ISOBUS CONTROL It is a compatible application control that allows software, vehicles and implements, regardless of their brand, to “talk” to each other. Real-time status is provided, such as seed storage in equipment, giving you a greater control of inputs for making better investment decisions! GIS Data Import/Export Field information can be edited and imported into FJD devices, and the historical operation data from other devices can be imported using the data transfer function. Terrain Compensation Terrain compensation calculates the difference between the GPS antenna’s location and the actual desired position of the vehicle’s center point on the ground, no matter what slope the vehicle is on. Autosteering Kit uses an IMU sensor to calculate the actual position of the vehicle to help minimize skips and overlaps in areas with rolling terrain, slopes, and rough ground. U-turn Auto-driving Under low speed U-turn auto-driving mode, the operator only needs to step on the brake when reaching a turning point, then the vehicle is able to automatically turn around without any manual operation. AI Vision-based Precision Farming Vehicle guidance uses vision-based deep learning for harvesters and sprayers to enable hands-free driving and column alignment. Crops and weeds could be differentiated by our technology to reduce the use of fertilizer and herbicide while maximizing yields. Remote Control & Unmanned Mode Long-distance remote control enables vehicles to be controlled remotely or to enter unmanned mode. Safety comes first, millimeter-wavelength radar is activated to identify obstacles and raise the alarm. Centimeter-level Positioning Sensor module ensures high precision and reliability, GNSS antennas with ultra-strong and stable signal, Accuracy up to 2.5cm at an average speed of 0.7-15 km/h, Straight line or curve mode selected.