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Looking at these pictures of the cutaway display of the Y-Block Ford engine, some of the attributes that make this particular engine family unique are prominently displayed. These include the over and under stacked intake ports, shaft mounted rocker arms, fully counter-weighted crankshafts, and priority main bearing oiling. By knowing just a little about the manufacturing variances that occurred during the years this engine was in production (1954-1964), it becomes evident that the displayed engine is not a specific engine that’s been cut apart, but an assorted collection of Y parts from different years in which to make the display possible. Here’s how I came to that conclusion...

Back in 1965, Ford's official line on the development of this engine was that they wanted to combine the technology of their proven cylinder heads from the 255 cid, dual overhead cam, Windsor-derived "Indy" engine, with the bullet-proof short block and cubic-inches of the 7000 rpm 427 "high riser" FE. An exercise in engineering to show what Ford could do with conventional and future engine technologies.

The real bottom line: Ford was getting beat up at the race track; both drag and NASCAR, by the newly introduced Chrysler 426 "Hemi". The boys over in Highland Park had done their homework developing and building the "Hemi" into a production/race engine, and were decimating the ranks of the Ford powered racers by winning almost everything they set their sights on. And in the age of "Total Performance" declared by Henry the Second in 1963, this had to be stopped. It was proclaimed that Ford Motor Company would build the stoutest of the stout, the baddest of the bad, engine anyone had ever laid eyes on

A disc brake upgrade and dual master cylinder upgrade are some of the most common discussions amongst Ford owners. The most misunderstood ingredient of these swaps is distributing the brake fluid out to each wheel. When upgrading the brake system, it can be extremely dangerous to distribute brake fluid incorrectly. Correctly matching the master cylinder and distribution block to the braking system is very important.

When upgrading the brakes on a classic Ford, be sure to study how the system should be installed correctly. When buying new components, be sure they come from a reputable supplier and purchase a complete system, not just components. If upgrading by using later model Ford components, get the whole system from the donor vehicle.

f you happen to break or lose a plastic retainer during installation, try using 3M weather strip adhesive in its place. The glue is super tacky and forms a lasting, watertight seal.

Check out our line of weather strip products, click here.

While many folks are content with slapping on a new set of front discs, very few people take the time to do it right and upgrade the rear as well. There’s a host of reasons to pitch out those old shoes and slap on a set of rotors, the obvious one being vastly superior braking advantages. Control is another one. Most older cars are nose heavy to say the least. Traveling 60 mph in a 4000 lb. vehicle and dropping the anchor on a car that’s front-only disc brake equipped can bring about some scary end swapping. A quality set of rear discs can keep the rear end at bay and greatly reduce stopping distances. Add not having the hassle of replacing worn shoes, and the conversion route is starting to look pretty worthwhile.

When installing a new water pump, or after flushing out your system, never reuse old coolant. Over time it can chemically break down and actually harm and attack the internals of your cooling system.

Also – Old gasket removal is critical to obtaining a good, leak-free seal. Using a putty knife, lightly scrape the water pump mounting surface until the bare metal of the block is clean.

Conscientious detailers worry about scratching or chipping chrome off nice lug nuts when removing the wheels. To protect their finish, place a piece of plastic over them before using the lug wrench.