A wheel loader comprising: an engine; a travel mechanism for causing a vehicle to travel by utilizing drive force from the engine; a working machine hydraulic pump driven by the engine to discharge hydraulic fluid; a working machine driven by the hydraulic fluid discharged from the working machine hydraulic pump; a working machine operating part for operating the working machine; a vehicle speed detection part for detecting vehicle speed; a tractive force detection part for detecting vehicle tractive force; a memory part that stores an output torque line that defines the relationship between engine rotation speed and upper value of engine output torque, and torque upper value information that defines the upper value of the engine output torque that changes in conformance with the vehicle speed and the tractive force; a travel condition determination part configured to determine whether or not a travel condition of the vehicle is forward travel; a work condition determination part configured to determine whether or not a work condition of the vehicle is laden condition; a raise operation determination part configured to determine whether or not a raise operation is being performed from the working machine operating part in order to raise the working machine; an engine output torque control part configured to control the engine output torque based on the torque upper value information when conditions for determination that at the least include that the travel condition is forward travel, that the work condition is laden condition and that the raise operation is being performed are satisfied, and control the engine output torque based on predetermined torque characteristics obtained by multiplying by a predetermined ratio that is less than 100%, the upper value of the engine output torque from the engine output torque line, for at least part of the range of the engine rotation speed, when the conditions for determination are not satisfied. an engine; a travel mechanism for causing a vehicle to travel by utilizing drive force from the engine; a working machine hydraulic pump driven by the engine to discharge hydraulic fluid; a working machine driven by the hydraulic fluid discharged from the working machine hydraulic pump; a working machine operating part for operating the working machine; a vehicle speed detection part for detecting vehicle speed; a tractive force detection part for detecting vehicle tractive force; a memory part that stores an output torque line that defines the relationship between engine rotation speed and upper value of engine output torque, and torque upper value information that defines the upper value of the engine output torque that changes in conformance with the vehicle speed and the tractive force; a travel condition determination part configured to determine whether or not a travel condition of the vehicle is forward travel; a work condition determination part configured to determine whether or not a work condition of the vehicle is laden condition; a raise operation determination part configured to determine whether or not a raise operation is being performed from the working machine operating part in order to raise the working machine; an engine output torque control part configured to control the engine output torque based on the torque upper value information when conditions for determination that at the least include that the travel condition is forward travel, that the work condition is laden condition and that the raise operation is being performed are satisfied, and control the engine output torque based on predetermined torque characteristics obtained by multiplying by a predetermined ratio that is less than 100%, the upper value of the engine output torque from the engine output torque line, for at least part of the range of the engine rotation speed, when the conditions for determination are not satisfied.