CHASSIS DYNAMOMETER, CONTROL METHOD FOR THE SAME, AND CHASSIS DYNAMOMETER PROGRAM
FIG1 is a diagram schematically illustrating the configuration of a chassis dynamometer of the present embodiment 
The chassis dynamometer 100 of the present embodiment is one that simulates an on-road run of a two-wheel drive vehicle 10 to test the vehicle 10, and as illustrated in FIG1, includes: a driving wheel side roller 2 on which the driving wheels 11 of the vehicle 10 are placed; a driven wheel side roller 3 on which the driven wheels 12 of the vehicle 10 are placed; a driving wheel side power absorbing part 4 connected to the driving wheel side roller 2; a driven wheel side power absorbing part 5 connected to the driven wheel side roller 3; and a control part 6 that controls the driving wheel side power absorbing part 4 and the driven wheel side power absorbing part 5. Note that FIG1 illustrates the case where the rear wheels are the driving wheels 11 and the front wheels are the driven wheels 12, but their relationship may be reversed.
diagram
8
braking force measuring part
5
side power absorbing part
12
driven wheels
11
driving wheels
2
driving wheel side roller
6
control part
10
vehicle
3
wheel side roller
['1. A chassis dynamometer that tests a two-wheel drive vehicle, the chassis dynamometer comprising: a driving wheel side roller on which driving wheels of the vehicle are placed; a driven wheel side roller on which driven wheels of the vehicle are placed; a driving wheel side power absorbing part connected to the driving wheel side roller; a braking force measuring part that measures braking force exerted on the driven wheel side roller; and a control part that with use of the braking force measured by the braking force measuring part, sets a control target value of power absorbing force of the driving wheel side power absorbing part to control the driving wheel side power absorbing part.']