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Can I put Windsor heads on a Romeo block?

Can I put Windsor heads on a Romeo block?

You can use Windsor heads on a Romeo block, and Romeo Heads on a Windsor Block. You can also get windsor heads spark plug problem fixed.

Is my 4.6 a Windsor or Romeo?

About The Windsor Engine The Ford Windsor plant is located in Windsor, Ontario and produced the 4.6L motors for Mustangs from 1999-2001. The Windsor engine can be distinguished from Romeo blocks by looking for a “W” stamp on the block. Most Windsor engines feature an 8 bolt crankshaft and require 8 bolt flywheels.

How many valve cover bolts does a Windsor have?

8 bolts
The most obvious external difference is the engine valve covers. The 351W (Windsor) valve covers are attached with 6 bolts, straight front to rear, and narrow in width (similar to the 302 c.i. engine.) * The 351C (Cleveland) valve covers are attached with 8 bolts, flat with 2 different planes, and wider in width.

Is the Ford 4.6 a good engine?

Ford 4.6 V8 Reliability Yes, we believe this engine earns above average remarks for reliability. There is a reason Ford stuck with the 4.6 V8 in so many flagship cars like the Mustang GT, F-150, Police Interceptor, etc. The Ford 4.6 engine offers a great balance of performance and reliability.

How many bolts are in a valve cover?

The valve covers are not straight – the front is flat and parallel to the ground, but a curve twists the rear parallel to the head. They are attached by 8-bolts and when removed, there is a 4 cast into the corner of the 4V and a 2 cast into the corner of the 2V (at least in 1970).

How many miles will a 4.6 Ford engine last?

Registered. Around 90-100k the valve seals and rings start to show their age by puffs of smoke on take off and comsumption. But they will last past 250k easy, as long as the oil is changed regularly. The oil usage is common for all the 4.6s though.

How much horsepower does a 4.6 liter Ford engine have?

Ford 4.6L Modular V-8 Specs

Engine: 4.6L 16v SOHC, 24v SOHC, 32v DOHC
Ignition: Individual coil-on-plug ignition system
Fuel System: Sequential multi-port fuel injection
Engine Oil Capacity: 6 quarts w/ filter
Peak Horsepower: 210 hp @ 4,400 rpm (F-150 2v, 1997) 292 hp @ 5,700 rpm (F-150 3v, 2010)

Are 302 and 351 valve covers the same?

351w heads will fit on a 289/302. The only difference in the two blocks is the 351 is taller by an inch, but both blocks have a 4″ bore. You can also use a 351w cam in a 289/302 block and visa versa. The only difference is the firing order.

Is a 4.6 Triton a good engine?

Is the Ford 4.6L V8 engine reliable? Yes, we believe this engine earns above average remarks for reliability. There is a reason Ford stuck with the 4.6 V8 in so many flagship cars like the Mustang GT, F-150, Police Interceptor, etc. The Ford 4.6 engine offers a great balance of performance and reliability.

How can you tell a Windsor engine from a Romeo engine?

The Romeo engine can be distinguished from Windsor blocks by looking for a “R” stamp on the block. Most Romeo engines feature a 6 bolt crankshaft and require 6 bolt flywheels. Romeo heads can be distinguished by a 11 bolt valve cover bolt pattern.

How can you tell the difference between Windsor and Romeo blocks?

Windsor blocks can easily be identified by the “W” in two locations: on the driver-side block skirt and at the front of the block. Although Windsor and Romeo blocks are architecturally the same in terms of strength, you should be aware of their differences.

Where are the jackscrews on a Romeo Block?

Romeo blocks have main cap jackscrews and cross bolts. Jackscrews are for adjustment (specific torque) during installation. Cross bolts secure jackscrews and main caps. Windsor blocks can easily be identified by the “W” in two locations: on the driver-side block skirt and at the front of the block.

When did Romeo stop making SOHC engine blocks?

SOHC block identification from 1991 to 1995 is simple because Romeo was the only engine plant. These are marked “R,” but not all block castings are so marked, which is why you must also be attentive to casting and part numbers, as well as physical differences.