A wheel loader comprising: a working implement including a boom, a bucket and a lift cylinder that raises the bucket by moving the boom; an engine; a first hydraulic pump driven by the engine; a traveling hydraulic motor driven by hydraulic fluid discharged from the first hydraulic pump; a second hydraulic pump driven by the engine to discharge hydraulic fluid that drives the lift cylinder; a working implement operating member for operating the working implement; a tractive force operating member for switching tractive force control for reducing maximum tractive force, between ON/OFF; a drive circuit pressure detection part for detecting the drive circuit pressure that is pressure of the hydraulic fluid for driving the traveling hydraulic motor; and a tractive force control part configured to reduce the maximum tractive force when the tractive force control is in the ON condition to be below the maximum tractive force when the tractive force control is in the OFF conditions; characterized by a work phase determination part for determining whether or not a work phase is excavation; a raising hydraulic stall determination part for determining whether or not the working implement is in a raising hydraulic stall condition, in which the bucket does not rise even though operated to rise from the working implement operating member; and a drive circuit pressure determination part for determining whether or not the drive circuit pressure is greater than or equal to a predetermined hydraulic pressure threshold; wherein the tractive force control part further reduces the maximum tractive force if the determination conditions including that the work phase is excavation, that the working implement is in the raising hydraulic stall condition and that the drive circuit pressure is greater than or equal to the predetermined hydraulic pressure threshold are satisfied during the tractive force control. a working implement including a boom, a bucket and a lift cylinder that raises the bucket by moving the boom; an engine; a first hydraulic pump driven by the engine; a traveling hydraulic motor driven by hydraulic fluid discharged from the first hydraulic pump; a second hydraulic pump driven by the engine to discharge hydraulic fluid that drives the lift cylinder; a working implement operating member for operating the working implement; a tractive force operating member for switching tractive force control for reducing maximum tractive force, between ON/OFF; a drive circuit pressure detection part for detecting the drive circuit pressure that is pressure of the hydraulic fluid for driving the traveling hydraulic motor; and a tractive force control part configured to reduce the maximum tractive force when the tractive force control is in the ON condition to be below the maximum tractive force when the tractive force control is in the OFF conditions; characterized by a work phase determination part for determining whether or not a work phase is excavation; a raising hydraulic stall determination part for determining whether or not the working implement is in a raising hydraulic stall condition, in which the bucket does not rise even though operated to rise from the working implement operating member; and a drive circuit pressure determination part for determining whether or not the drive circuit pressure is greater than or equal to a predetermined hydraulic pressure threshold; wherein the tractive force control part further reduces the maximum tractive force if the determination conditions including that the work phase is excavation, that the working implement is in the raising hydraulic stall condition and that the drive circuit pressure is greater than or equal to the predetermined hydraulic pressure threshold are satisfied during the tractive force control.