The dynamometer is an instrument used for torque, force and velocity measurements. In a two-wheeler dynamometer frame, that is the easiest thing to use. So, until now, the testing has been held in the same place, but doing something new is making the whole system portable and being able to carry it anywhere. Therefore, PLC should be used to measure the parameters for input purposes, as many types of PLC are available. The machine is then connected to SCADA for an additional point. In order to monitor the working of the two-wheeler chassis dynamometer, the sensor is also used in the device and can changed the parameters. The entire dynamometer will be controlled using PLC and HMI (human-machine interface). Like the Sensor Actuators, it can integrate the device with the hardware. I decided to go with Mitsubishi PLC for this research because it has all the specifications I need and the cost that makes this a cost-effective system is lower. The effects of all the parameters are displayed on the HMI panel. For the sensors of the test rig, the simulation was developed and 3 percent of errors were identified compared to the results of the simulation with the data sheet.