I’m getting tired of hearing about how the F-150, Ford’s latest supercar, is a beast, and how its a huge pain to drive.
The thing is, I drive it a lot, and the car’s a beast.
In fact, Ford has been testing the car at their plant in Mexico for a year, and it’s so far proven that the F150 is much faster, more agile, and more capable than it was in the production version of the car that we first saw in September, 2014.
The engine, which is a two-cylinder turbocharged V12, is rated at 500hp and 437 lb-ft of torque, with a 0-60 mph time of 6.3 seconds and a top speed of 205 mph.
If you’re interested in getting a look at the car, the company has posted a video of the engine at work here.
That’s a big engine.
I’m going to go ahead and get this over with, and let’s talk about how it all works.
It starts with the cylinder heads.
The F-100 is a twin-turbocharged, twin-displacement engine that can deliver 447 hp and 450 lb-fts of torque to the rear wheels.
The first cylinder heads, on the left, are for the rear axle.
The next two are for all the other cylinders.
The last two are the main, turbocharged cylinders that feed the power to the car.
The last two cylinders are the exhaust ports, where the exhaust gases flow into the exhaust pipe and back into the engine.
A look at how the cylinder head is designed.
Here’s a closer look at where the engine heads meet up, the two connecting rods, and where the turbocharger and the exhaust are mounted.
With the new engine, Ford added the twin-chamber layout.
Ford has always built engines that are capable of pulling a lot more power than the stock engine in a short amount of time.
The new engine has been designed with a more aggressive architecture that allows it to pull even more power from the engine and get the car going faster.
Ford says the new architecture is a 20 percent increase in torque output, up to 3.6x the previous F-series engine, with the additional power coming from a larger turbochargor, a much more efficient exhaust system, and a new design for the camshafts that allow the turbo to be installed in a specific location.
I can confirm that this is a big boost to the F100’s engine torque output.
To give you an idea of how fast the new F-Series engine is, let’s take a look.
This is the same engine in the video that was posted by Ford, but you can see the difference.
The video shows the turbocharged engine being mounted in a much different position than it is in the original video.
While the F Series is a little bit taller than the F1, the new turbocharged layout means that it pulls a lot less power.
The previous engine was a twin turbopump, but it’s not a twin turbo.
Instead, the F2 engine is a turbocharged twin-cam, twin cylinder turbo.
This means that you can easily see how much more torque the turbo is capable of.
For the record, the video also shows the engine being bolted to the back of the F50, which makes sense because the F250 is a huge monster of a car.
That means it has to be able to pull a lot of power, which it does.
You can also see that the turbo has been bolted to both the right and left rear axles.
Now, how much torque does this engine give?
The video shows a little more than four-fifths of the torque delivered by the F10 engine, but that’s pretty darned good.
Again, here’s a look of the final gearbox.
One last thing to point out.
When the turbo’s mounted, the gearbox is mounted in such a way that it can spin the cam on and off, a very cool trick.
This helps keep the gearshifts from rattling, and if it does, it’s just a quick tap to lock it in place.
Of course, this trick isn’t limited to the engine, either.
You can see in the image that the front axle can also be used to mount the turbo.
There’s also a very small, hidden turbochargers that are attached to the wheels.
The turbochargors are actually quite small, and are located just under the axle.
The exhaust ports can be used as power-steering devices.
These are the two exhaust ports that the new supercar has installed.
Let’s take another look at what the engine looks like in operation.
As you can probably tell, it looks a little different