If you are interested in ECO-optimization, here you can find more details. Since at average operating mode the vehicle moves 90% in the range of partial loads, this means to you the appropriate fuel savings through the use of mcchip-dkr power. In the range of maximum loads fuel consumption is increases by up to 10%. How does this affect fuel consumption?ĭue to higher torque fuel consumption in the range of partial loads for cars is reduced up to 10%.
It means more pleasure from driving and more safety buffer for you. In the upper speed range the motor rotates more dynamically and powerfully, the finite speed is increased. How does this affect dynamic qualities of your vehicle?Īt low rotating speeds, the vehicle accelerates better and it has better pulling power. More pleasure from driving thanks to increased power and torque! When using mcchip-dkr power the foremost thing is, of course, increased power!ĭue to the optimization of the characteristic map stored in the engines control unit we achieve an increase of engine torque, as well as increased power up to 30% within the tolerances of the manufacturer.
#SUPER CHIP TUNING SOFTWARE#
In addition, the default property of your vehicle on the optimization software is fully preserved. Therefore we use only self-developed software, when we are sure that you do not overload the engine. We place great value on a long life of your vehicle. The data of the engine control unit are connected to our Eco chip described tuning software. Also fuel savings of up to 10 % in the part-load range, can be achieved by a software optimization. Each software is individually adapted to the specific vehicle. When optimizing the software by means of chip tuning this data, depending on the control unit via the OBD socket or by using special equipment and read by our experienced software engineers as efficiently changed so that depending on the type of vehicle a performance and torque will increase by up to 30 %.Īccordingly, the acceleration, response, and top speed of the vehicle are improved. This includes, for example, fuel injection, the control of the ignition timing or amount of air.
All modern vehicles are equipped with an engine control unit, which takes control of the software, regulation and monitoring of all engine functions.