Chip tuning car includes adjustments that enhance the execution, the care of, and presentation of a vehicle. Tuning is an approach to customize a car and is a side interest for some. The territories of adjustment incorporate sound, inside, motor, suspension, and body. Every one of these ranges makes an interminable number of particular auto adjustments and can incorporate expanding efficiency, enhancing taking care of, or changing the outside.

The ECU of your car is like its brain. For your car to deliver it’s best performance you have to keep it in a fit condition at all times. This is the only way to ensure that you get the best in both driving as well as handling. Modern day cars do not have manual controls. Nowadays sophisticated technology is being incorporated in the form of computerized controls that guide and ensure Engine performance.

Drakebox chip tuning advices? The days of fiddling around in the engine bay with a spanner to make the car go faster are numbered. Modern engine computers (ECU’s) have taken over many of the controls of all aspects of engine management from timing to fuelling and more. This actually means you get better power, a cleaner burn and more reliable engine but it does not mean the end of tuning as this program or map can be easily upgraded in most cars. See our article on remapping the ecu for more information about how the engine management maps work. Chip tuning is a term used very loosely to describe any process of remapping the cars engine. Find additional details at Chip Tuning Citroen.

Chip tuning: That is how it reduces fuel consumption ! Again, you must first understand how the manufacturers of engines plan and proceed: Legally defined driving cycles determine the fuel consumption. But the real fuel consumption depends on many factors – among other things, on the injection quantity stored in the map of the engine control unit. When a new engine is being designed, the manufacturers create the injection map on a roller chassis dynamometer, i.e. with a vehicle on the roller. In this process, quite unrealistic conditions are simulated, e.g. extremely small and thin tires, to keep the rolling resistance as low as possible. Unfortunately, these conditions have no basis in reality, and that is exactly where the potential for savings lies in the mapping at real conditions. On our MAHA roller dynamometer, we can simulate a very real environment and thus tune the engine optimally. We see exactly the operating mode in which the engine consumes more fuel than is actually necessary. In the medium term, this can even save cash! This type of tuning pays off for companies that have a sizable fleet, e.g. of company cars. With our optimization under real test conditions, costs can amortize within a short time. Money is saved, and it’s good for the environment as well!

Our Chip Tuning re-mapping process enhances and optimises the power of the engine within safe limits, not beyond them. Extra power will also result in fewer gear changes. Manufacturers have to build in a tolerance for the parts in the engine, to manage the effect of wear and tear, production variations, and to ensure their warranty claims during their warranty period normally 3 years, are kept to a minimum. Most race and rally engines are pushed for every last bhp, and thus they more common to fail, whilst normal car/van/lorry engines are limited back, well away from probability failures. Each individual engine and customer requirements are different as to how much performance tuning is needed in a remap, but a good remap from a quality tuner will never get close the limits of the engine. In fact, we guarantee it!

I bought mine DAMOS for 100€ with complete ECU documentation in German…so many switches, limiters and maps that are not taught or even mentioned in basic remap guides – I found basic maps by myself but it took ages of reverse engineering and I still didn’t know what exactly each map is…with this Kamikaze style I made my first ECU remap. And if you think all is finally over because you have found DAMOS for your ECU…it is almost impossible to find or buy compressor maps for turbochargers. Sure there is lots of maps around but each car, manufacturer, even engine has different turbo with different parameters such as trim and A/R . Skoda Octavia 2 vRS 2.0TDi PPD engine has got Garrett GT1749V, Golf too…yet each may have different turbo parameters. See extra info on Boitier Additionnel Nissan.