Rain
unfortunately, if it's not written in the owner's manual or on the sticker located under the hood, you might have to do what i did. the radio had to be pulled, and the serial number called into porsche. they are the only ones who can give you the code :0(
No. Porsche and Volkswagen have shared some engineering, as was most recognized by the Porsche 914. The Porsche 914 was started by Porsche, but with certain controls under Volkswagen - the car was produced using the Volkswagen 4 cylinder engine. Today, Porsche has controlling interest in Volkswagen, at slightly more than 50%, gained in 2011. So, it can be said that Porsche owns Volkswagen today, and that future Volkswagens are made under the control of Porsche.
Unless the dry ice is under pressure, it will "sublime" and change from a solid to a gas. Therefore, there will be no "puddle".
RUF borrows technology and engineering concepts from Porsche under license
I know I used to have this Problem in a ford also... it was caused by water flying up under car and hitting spark plugs believe it or not..after it dried out it was ok again..when i couldn't avoid puddle just drive super slow through it! Hope this helps..
Stick your hand under the hoodnext to the porsche emblem & feel for a lach then psh it to the side
In a Porsche Boxster, the fuse for the heater typically can be found in the fuse box located under the dashboard or in the trunk, depending on the model year. The specific fuse number may vary, so it's important to consult the owner's manual for the exact location and amperage rating for your model. Generally, the fuse related to the heating system is labeled accordingly, such as "Heater" or "HVAC." Always ensure to replace a blown fuse with one of the same amperage to avoid electrical issues.
yes, condensation drip in normal
Under the driver seat
In the trunk under a plastic cover
Yes, there is a porsche hybrid. It is the porsche caynne s hybrid. Under the right situations the car can get up to 24 mpg. The cayenne s start at $69,000.
The puddle under an ice cube is as cold as the ice cube because the ice cube is melting and releasing its cold temperature into the water, keeping the surrounding water at a low temperature. Heat transfer occurs from the ice cube to the water until thermal equilibrium is reached, resulting in a cold puddle.