| How far does a car manufacturer go in giving you a | | | | of the fuel. The more is the oxygen in that volume the |
| high performance car? Surely they go quite far | | | | better will be the combustion of the fuel. Now cold air |
| because the performance of today's cars is quite | | | | contains more oxygen for the same volume than hot |
| amazing. And they keep going further so you can | | | | air. That is because cold air is more dense. Therefore |
| expect the cars that will be on the road in future will | | | | the combustion is better when the engine gets cold air |
| perform even better. But does your car manufacturer | | | | than when it gets hot air. Why would the engine get |
| go all the way in giving you a high performance car? | | | | hot air? Well in a stock car the air travels in the volume |
| Well not quite. And the reason is simple. Not everyone | | | | under the hood where it gets hot on its way to the |
| wants a car purely for its performance. But if you do | | | | engine. With a cold air intake the air goes directly to |
| like to take a stock car's performance higher you can | | | | the engine and does not get hot on the way. |
| do that with select car aftermarket products. For | | | | A cold air intake therefore improves the fuel efficiency |
| example you can install a cold air intake. | | | | of your car in an elegant manner since the combustion |
| Cold air intakes are products that as their name | | | | of the fuel is more complete. It also increases the |
| suggests carry cold air to the engine. An engine has a | | | | power since more fuel is burnt in every cycle. |
| fixed amount of volume to carry out the combustion | | | | |