Look-ahead functionality tuning for independent sections

An agricultural product delivery system, comprising:

• a first metering assembly comprising:
• a first metering section comprising:
• a first opener disposed at a first location on an agricultural implement;
• and
• a first distribution hose coupled to the first opener;
• a first motor configured to control a first flow of a first agricultural product into a first primary line coupled to the first distribution hose, wherein the first metering assembly comprises a first path length through the first primary line and the first distribution hose;
• and
• a second metering assembly comprising:
• a second metering section comprising:
• a second opener disposed at a second location on the agricultural implement;
• and
• a second distribution hose coupled to the second opener;
• a second motor configured to control a second flow of a second agricultural product into a second primary line coupled to the second distribution hose, wherein the second metering assembly comprises a second path length through the second primary line and the second distribution hose;
• and
• a controller coupled to the first motor and the second motor, wherein the controller is configured to control the first motor based at least in part on the first path length, to control the second motor based at least in part on the second path length, and to independently control the first motor and the second motor.

A method of controlling delivery of an agricultural product to a field from a plurality of metering sections of an agricultural implement, comprising:

• determining a first delivery delay for a first metering assembly based at least in part on first flow feedback from a first flow sensor of the first metering assembly and first state change of a first motor of the first metering assembly;
• controlling the first motor of the first metering assembly to deliver the agricultural product to the field via a first metering section of the first metering assembly based at least in part on the first delivery delay;
• determining a second delivery delay for a second metering assembly based at least in part on second flow feedback from a second flow sensor of the second metering assembly and a second state change of a second motor of the second metering assembly;
• and
• controlling the second motor of the second metering assembly to deliver the agricultural product to the field via a second metering section of the second metering assembly based at least in part on the second delivery delay and independent of the first delivery delay.