A rotary hammer, comprising a final output shaft configured to removably hold a tool accessory and to be rotatable around a driving axis, a motor having a motor shaft extending in a direction intersecting the driving axis, a first intermediate shaft extending in parallel to the driving axis, a first driving mechanism configured to convert rotation of the first intermediate shaft into linear motion to perform a hammering operation of linearly driving the tool accessory along the driving axis, a second intermediate shaft extending in parallel to the driving axis, and a second driving mechanism configured to transmit rotation of the second intermediate shaft to the final output shaft to perform a drilling operation of rotationally driving the tool accessory around the driving axis, wherein the motor shaft is configured to rotate a first one of the first intermediate shaft and the second intermediate shaft via a pair of bevel gears (255, 414), and the first one of the first intermediate shaft and the second intermediate shaft is configured to rotate a second one of the first intermediate shaft and the second intermediate shaft via a pair of gears (415, 424), the motor shaft is configured to rotate the first intermediate shaft, the first intermediate shaft is configured to rotate the second intermediate shaft, and the first driving mechanism includes a motion-converting member disposed on the first intermediate shaft and configured to convert rotation of the first intermediate shaft into linear motion, characterised in that a first one of the bevel gears (255, 414) is disposed on the first intermediate shaft, adjacent to a bearing that rotatably supports one end portion of the first intermediate shaft, and a first one of the gears (415, 424) is disposed on the first intermediate shaft, between the first one of the bevel gears (255, 414) and the motion-converting member. a final output shaft configured to removably hold a tool accessory and to be rotatable around a driving axis, a motor having a motor shaft extending in a direction intersecting the driving axis, a first intermediate shaft extending in parallel to the driving axis, a first driving mechanism configured to convert rotation of the first intermediate shaft into linear motion to perform a hammering operation of linearly driving the tool accessory along the driving axis, a second intermediate shaft extending in parallel to the driving axis, and a second driving mechanism configured to transmit rotation of the second intermediate shaft to the final output shaft to perform a drilling operation of rotationally driving the tool accessory around the driving axis, wherein the motor shaft is configured to rotate a first one of the first intermediate shaft and the second intermediate shaft via a pair of bevel gears (255, 414), and the first one of the first intermediate shaft and the second intermediate shaft is configured to rotate a second one of the first intermediate shaft and the second intermediate shaft via a pair of gears (415, 424), the motor shaft is configured to rotate the first intermediate shaft, the first intermediate shaft is configured to rotate the second intermediate shaft, and the first driving mechanism includes a motion-converting member disposed on the first intermediate shaft and configured to convert rotation of the first intermediate shaft into linear motion, characterised in that a first one of the bevel gears (255, 414) is disposed on the first intermediate shaft, adjacent to a bearing that rotatably supports one end portion of the first intermediate shaft, and a first one of the gears (415, 424) is disposed on the first intermediate shaft, between the first one of the bevel gears (255, 414) and the motion-converting member.