Where was the Ford 460 big block engine made?
These two engines proved to be the last of Ford’s V8 big block engines but are still quite popular today among engine enthusiasts. Beginning in 1968, the Ford 460 was manufactured at Ford’s plant in Lima, Ohio.
Can a Ford 460 be a 472 engine?
If you are looking to over-bore a 460 then it can easily handle a 0.060 increase which would make it a 472. The OEM heads on a 460 are a bit of a mixed bag when it comes to performance. The intake side of the head provides a cross-sectional oval port which helped give the engine the high torque ratings that it was known for.
What kind of head does a Ford 460 have?
The OEM heads on a 460 are a bit of a mixed bag when it comes to performance. The intake side of the head provides a cross-sectional oval port which helped give the engine the high torque ratings that it was known for.
What was the firing order for the Ford 460?
Firing Order: 15426378 1973-1996 Ford 460 with 4 Barrel Carb Max Brake Horsepower: Both horsepower and torque for the 460 from 1973 until 1996 changed many times depending on emission controls, various fuel injection and carburetor setups as well as what the engine was used in.
These two engines proved to be the last of Ford’s V8 big block engines but are still quite popular today among engine enthusiasts. Beginning in 1968, the Ford 460 was manufactured at Ford’s plant in Lima, Ohio.
If you are looking to over-bore a 460 then it can easily handle a 0.060 increase which would make it a 472. The OEM heads on a 460 are a bit of a mixed bag when it comes to performance. The intake side of the head provides a cross-sectional oval port which helped give the engine the high torque ratings that it was known for.
The OEM heads on a 460 are a bit of a mixed bag when it comes to performance. The intake side of the head provides a cross-sectional oval port which helped give the engine the high torque ratings that it was known for.
What’s the bad side of a Ford 460?
On the bad side, however, the 460 head exhaust ports are extremely narrow and do not let the engine “exhale” to its full potential. The flow on the exhaust ports is so bad that adding a larger cam will completely choke out the engine and provide very poor performance at any RPM range.