A remote intelligent coordinated control system for tractors comprises a main console, two groups of sensors, two groups of controllers and two distributed control cabinets. The sensors are used for reading the running parameters of tractors. The controllers are used for controlling all tractor running parameters read by both of the two groups of sensors. The control cabinets are used for acquiring the signals of the two groups of sensors, and the signals are converted to required parameters after operation, and transmitted to the main console by a field bus. Meanwhile, control data sent by the main console is read by the field bus, and sent to the two groups of controllers after operated by an automatic control program. The control method makes the tractors have simultaneous traction capability, the revolution speed difference of engines is within 10 revolutions per minute, and the traction distance difference of two tractors is within one meter. Various tractor operations, such as starting, powering off, switching between single tractor and two tractors, controlling engine revolution speed, dragging, controlling wire laying (backing), etc are realized, remote intelligent control is realized, and the problem of two tractors and eight automatic control proposal that wires can not be simultaneously unfolded once for large ton is solved.