Drill bits having tailored depth of cut control features and related methods

An earth-boring tool for drilling subterranean formations, comprising:

• a bit body having a central axis;
• a first depth of cut control (“DOCC”) feature mounted on the bit body, the first DOCC feature comprising a first rubbing surface having a first surface area for contacting a subterranean formation and distributing a load attributable to applied weight on bit at a first rate, the first rubbing surface comprising a longitudinal end and a portion of a peripheral sidewall extending inwardly toward the longitudinal end of the first DOCC feature, the peripheral sidewall of the first rubbing surface forming a first included angle over the longitudinal end, the first included angle formed by a line tangent a first surface of the peripheral sidewall and a line tangent a second surface of the peripheral sidewall converging toward the first surface of the peripheral sidewall and intersecting at a longitudinal axis of the first DOCC feature;
• and
• a second DOCC feature mounted on the bit body, the second DOCC feature comprising a second rubbing surface having a second surface area for contacting the subterranean formation and distributing the load attributable to the applied weight on bit at a second rate, the second rubbing surface comprising a longitudinal end and a portion of a peripheral sidewall extending inwardly toward the longitudinal end of the second DOCC feature, the peripheral sidewall of the second rubbing surface forms a second included angle over the longitudinal end, the second included angle formed by a line tangent a first surface of the peripheral sidewall and a line tangent a second surface of the peripheral sidewall converging toward the first surface of the peripheral side wail and intersecting at a longitudinal axis of the second DOCC feature, the second included angle different from the first included angle when each of the first included angle and the second included angle are measured at a given depth of cut, the second surface area different from the first surface area such that the second rate is different from the first rate.