By Paul H. Peters/Special to CNN Newsroom How to get a better performance out of the Ferrari 458.
I have to admit, I was a bit surprised when I saw how much the new 458 Itala had changed over the years.
I would never have guessed it would be a mid-life update.
For one, it is more powerful and has an entirely new body style and interior.
It also has a new engine, and a lot of it has been updated.
But the biggest improvement has to be the performance.
The 458 Italias original performance was fantastic, but it was all too limited compared to the new.
It was not until I looked back on the previous models that I realized how much I had lost.
The new 458 has the performance to get you from A to B on a straight line in a fraction of the time.
It also has much more power.
The 488 has been up to 1,600 hp, while the 458 Italias current power output is just over 600 hp.
The extra horsepower gives the 458 a far better handling feel than before.
The new Ferrari 458Italia is powered by a 1.8-liter four-cylinder, and is rated at a top speed of 200 mph, which is a whopping 17 mph quicker than the previous 458.
The Ferrari 458 has much better traction than the 458 that debuted in 2007, but the 458Italias handling is still not as good as the 458, or the 458 Spider, which was one of the most powerful cars ever built.
But what about the interior?
The new Ferrari is also much more spacious than the prior 458, with a spacious 5,500-square-foot cabin.
I love the fact that the 458 italia is now more spacious, but at the same time, it does not feel like a new Ferrari.
I guess it will take some time to adjust to the larger size.
So how did the new Ferrari change the sporty, fast 458 Italian?
Let’s take a look.
The engine, which makes up most of the power, is now a 2.0-liter flat-six.
It has been upgraded to a six-speed manual transmission.
It now uses a six cylinder, a turbocharged unit.
A big part of the new car is the all-new chassis.
The front end has been redesigned, with much better aerodynamics.
It includes new tires, new bodywork, and an all-carbon fiber rear wing.
The bodywork and body structure also include new front wheels, as well as a new rear wing, and revised front brakes.
There is also a new winglet system.
Now that I am reviewing the 458 I will tell you about the new brake system, and how it works.
The new brake is actually a new one.
The first brake in the Ferrari line was a conventional brake, which used a rubber disk that was connected to a rubber ring that was then attached to the valve.
The car was a lot more powerful in its day, but its power was not enough to overcome the harshness of the racing conditions.
A new brake was developed to handle the high temperatures of the extreme-high-speed track.
The design of the brake was revolutionary.
The friction that was needed to make the brake move was made of rubber, not steel.
It had a friction ratio of more than 1.0, which means that it could move a tire with the force of the tire.
This new brake used a ceramic disk, which made it extremely strong.
The ceramic disc also had a lower friction ratio than steel.
Because of this, the new ceramic brake had a much higher stopping power than its predecessor.
When the brake pads hit the pavement, the brakes worked much harder.
The brake also required much less energy to brake than before, and could be used for longer races.
As you might expect, the front brake is the most important part of this new brake.
It uses the same friction ratio as before, but now it uses a new material that is more aerodynamic.
It is made of carbon fiber, which increases the stopping power and helps keep the brakes from sliding.
Finally, the brake rotors on the front and rear are completely redesigned.
The rotor blades are much longer, with longer diameter rotors.
The diameter of the rotors was also significantly increased, and the blades are now longer than the original rotors were.
The brakes now have much more lateral travel, which helps the braking system stay stable under the most intense racing conditions, such as the high-speed cornering.
The brakes are now also very sensitive to road surface changes.
They use electronic brake assist (EBA), which makes the brake more responsive when the car is accelerating, but not when it is slowing down.
The electronic brake system helps to increase the braking force and keep the car from spinning out of control, while