How does a performance chip work

This sudden responsiveness can be overwhelming at first, but once you are used to it, you will be able to notice improvements in your driving experience. This happens as the chips also control ignition, transmission, and stabilisation systems of the car.

This is one of the main downsides of applying a performance chip as, if your car is new or represented a major investment for you, you might be in danger of losing your capital. Moreover, a car that can now go faster, that has more power and acceleration will require a higher insurance premium. This is something that any driver should be taken into consideration, especially in regard to a new car. Insurance can already be representing a high cost, which can be increased by the new chip and add up to the cost of the car and the chip itself.

This can represent a high investment for anybody that is using his car continuously or to commute. While some of the most modern chips claim to be able to increase fuel performance, this will show limitations on the power. While some users have found that it does, in fact, lowers mileage, the car is reported to feel unstable and unbalanced.

This can damage your driving experience. The damage created by cars over the past years has been carrying on, and it has developed today into a global emergency. By applying a performance chip to your car, you will not be able to control the CO2 emissions created by your vehicle.

While this is potentially the most dangerous downside of applying a performance chip, you could also be denied access in a number of areas. An increasing number of city centres and restricted areas only allow low- emission vehicles to enter. If you are away from such areas and not planning to enter any main city in your car, it should not be a problem. However, this is something that any driver willing to modify their car should keep in mind.

Aside from creating a completely different driving experience that you were used to, chips might be damaging your car if not inserted properly. While if installed correctly, they could yield incredible performances, this is something to keep in mind when applying a Superchip. Moreover, the car could feel highly unbalanced with time, as the new chip might not be calibrated specifically for that model. Oppositely, if you are just tuning your old car, this could be a fun way to see it going faster than ever!

Applying a super-chip to your car is an important decision, and any driver should research in depth the benefits and damages of applying one. Moreover, while the chip itself can be fairly cheap, there are a number of associated costs that you should be aware of before committing. Additionally, if the new chip is not programmed properly, you could experience reduced engine life. However, the upsides are often significantly increased power and torque and increased engine response.

Tony Breedlove is a freelance writer for numerous online publications. He has written many articles, reviews and training courses.

He has extensive experience in the computer engineering, technology, home and business security systems, CCTV systems and holds multiple professional certifications. He is also an avid student of philosophy, spirituality and political science. How Does a Performance Chip Work? Purpose of the Performance Chip Performance chips, sometimes called superchips, are aftermarket chips that adjust these parameters, often increasing engine power and torque.

How Performance Chips Operate The factory chip in an automobile contains something referred to a "lookup table. Installation and Cost Performance chips, or superchips, are very easy to install; usually you remove a cover under the dashboard and simply pull the factory chip out and replace it with the performance chip.

When a "Chip" Isn't These days, most vehicles don't use removable "chips," as they did back in the s and s. Things to Consider While performance chips can increase performance, there are downsides. In July of , Jack Kilby developed an idea that would eventually redefine the whole concept of performance tuning. Jack put together the first integrated circuit on a speck of silicone; a feat that would earn him a Nobel Prize in Superchips TrailDash2 Jeep Tuner.

What do Performance Chips Do? Performance chips can do that. In fact, the most common reasons gearheads opt to use performance chip systems are: Increased horsepower and torque. A chip can get past factory-set limitations on revs and speed limiters. Performance chips can overlay new signals on your ECU resulting in dramatic increases in horsepower and torque turning your ride into a racing machine.

And that is a problem for the chip manufacturer. As a result, some power levels can only be attained after you sign a waiver stating that you will not use those power levels on any public streets or highways. The engine can be optimized to ensure the extra stress of towing does not have adverse effects on other components. You can change shift-points on the transmission allowing you to stay in higher gears longer and eliminate hunting for lower gears.