A driving force transmission control apparatus comprising: an outer rotary member having an inner peripheral surface in which a plurality of inner peripheral spline teeth is formed, the inner peripheral spline teeth extending in a direction of a rotation axis; an inner rotary member supported inside the outer rotary member so as to be coaxially rotatable relative to the outer rotary member, and having an outer peripheral surface in which a plurality of outer peripheral spline teeth is formed, the outer peripheral spline teeth extending in the direction of the rotation axis; a multiple disc clutch including a plurality of outer clutch plates engaged with the inner peripheral spline teeth so as to be axially movable, and a plurality of inner clutch plates engaged with the outer peripheral spline teeth so as to be axially movable, the outer clutch plates and the inner clutch plates being alternately arranged in the direction of the rotation axis; a pressing mechanism that presses the multiple disc clutch in the direction of the rotation axis; and a control portion that controls the pressing mechanism, wherein the control portion makes a determination as to whether the multiple disc clutch is in a first operating condition in which the multiple disc clutch is pressed with a relative rotation speed between the outer rotary member and the inner rotary member being equal to or higher than a predetermined value, or in a second operating condition in which the multiple disc clutch is pressed with the relative rotation speed being lower than the predetermined value, and the control portion controls the pressing mechanism based on a result of the determination, wherein the control portion controls the pressing mechanism by selectively referring to a first characteristic torque map and a second characteristic torque map according to whether the multiple disc clutch is in the first operating condition or the second operating condition, the driving force transmission control apparatus being characterized in that each of the first characteristic torque map and the second characteristic torque map defines a relationship between a command value of a driving force to be transmitted between the outer rotary member and the inner rotary member, and a control target value relating to a pressing force to be generated by the pressing mechanism, and in that in the second characteristic torque map referred to by the control portion in a case where the multiple disc clutch is in the second operating condition, the control target value is set so that the pressing force is smaller than the pressing force in the first characteristic torque map referred to by the control portion in a case where the multiple disc clutch is in the first operating condition. an outer rotary member having an inner peripheral surface in which a plurality of inner peripheral spline teeth is formed, the inner peripheral spline teeth extending in a direction of a rotation axis; an inner rotary member supported inside the outer rotary member so as to be coaxially rotatable relative to the outer rotary member, and having an outer peripheral surface in which a plurality of outer peripheral spline teeth is formed, the outer peripheral spline teeth extending in the direction of the rotation axis; a multiple disc clutch including a plurality of outer clutch plates engaged with the inner peripheral spline teeth so as to be axially movable, and a plurality of inner clutch plates engaged with the outer peripheral spline teeth so as to be axially movable, the outer clutch plates and the inner clutch plates being alternately arranged in the direction of the rotation axis; a pressing mechanism that presses the multiple disc clutch in the direction of the rotation axis; and a control portion that controls the pressing mechanism, wherein the control portion makes a determination as to whether the multiple disc clutch is in a first operating condition in which the multiple disc clutch is pressed with a relative rotation speed between the outer rotary member and the inner rotary member being equal to or higher than a predetermined value, or in a second operating condition in which the multiple disc clutch is pressed with the relative rotation speed being lower than the predetermined value, and the control portion controls the pressing mechanism based on a result of the determination, wherein the control portion controls the pressing mechanism by selectively referring to a first characteristic torque map and a second characteristic torque map according to whether the multiple disc clutch is in the first operating condition or the second operating condition, the driving force transmission control apparatus being characterized in that each of the first characteristic torque map and the second characteristic torque map defines a relationship between a command value of a driving force to be transmitted between the outer rotary member and the inner rotary member, and a control target value relating to a pressing force to be generated by the pressing mechanism, and in that in the second characteristic torque map referred to by the control portion in a case where the multiple disc clutch is in the second operating condition, the control target value is set so that the pressing force is smaller than the pressing force in the first characteristic torque map referred to by the control portion in a case where the multiple disc clutch is in the first operating condition.