I have just completed a 363 cubic inch Dart block 302 style motor. The engine is 4.125 bore by 3.400 inch stroke with 9:1 compression.

My goal is car that looks pure stock and be fully streetable. The problem with this is I let a local engine builder talk me into O-rings, and I could never seal the engine's water leaks. After a year or so of screwing around I had the O-rings milled out and used MLS gaskets. 

Dart 302 deck height bored and stroked to 363 cu in

This engine has all the good parts:

My goal is to make around 800 HP with normal street boost, although I built the engine to handle 1200 HP or more with high boost.


More parts added.



363 Ford stroker 302 engine block





























I measured the push rod length to center the rocker tips on the valves.

Rocker arms 363 Dart Ford


















Clutch is a dual disk McLeod. This clutch has a modest pedal pressure (more than stock but much less than Ford Motorsport plate).

The clutch operates smoothly on release, but grabs hard with excellent holding force.

McLeod clutch dual disk




























Trans is a modified TKO-600.

TKO-600 transmission












































I added an external fuel pump and modified fuel tank to supply more fuel. This is an Aeromotive fuel system kit from Summit Racing.

Aeromotive fuel system





















I'm using my Vortech V3si supercharger. With stock pulleys but modified air system it makes ten pounds of boost with the 363 cubic inch motor. With a 2.95 inch pulley it makes 14 pounds boost.

Vortech V3 Mustange supercharger
























Spray can painting my engine compartment. I had no issues with this, and the paint is holding up great.

The key to success was cleaning all the oil off, lightly sanding, and then using primer. I used Dupli-Color paint from O'Reilly Auto Parts.


spray paint engine compartment rattle can





















spray engine compartment




















Engine compartment painting


















Suspension Changes


I used a Team-Z K-member with Strange coil-over shocks on the front, and a four-link on the rear. The four link is tied into welded-in frame connectors.

I used large thick load spreading plates to distribute force into the floor pan over a wide area.

Pay attention to the way the spring adjustment tube fits. The person helping me did not, and I had to pull the aluminum height adjusters out and turn them over. This is the wrong way to install them!! The notch goes down, not up.


Strange coil over shocks Mustang





































The OEM Ford convertible-style motor mounts did not line up right with the Team-Z K-member. The engine sat too high and just slightly too far forward for the front slot of the K-member. I did not want to use hard mounts.

I made a wooden template or fixture, so I could re-weld the mounts back to original angles but 1/4 inch shorter with 0.1 inches rear offset. I cut 1/4 inch out of the Ford mounts and re-welded them while mounted in my wooden fixture. This is the result:


Team Z K-member motor mounts Ford mounts




























Motor mounts Team-Z convertible Ford


Final Job

Air, cruise, power steering, power brakes, and 14 pounds of boost on a 363 cu in engine. 


1989 Mustang LX 363 Dart 14 lbs boost



The V3si Vortech, with stock Mustang HO pulleys (3.3 inch on supercharger) adds nice power, but the car is still OK on the street. I also have a V2ti I can swap in.

I cleaned up all the port alignment issues and used a better, larger, air filter than the one Vortech supplies. Making these changes moved boost from around 8 pounds on my 302 with TFS heads and F cam, to over 15 pounds. I cleaned up the inlet system more when I installed the 363, and now it makes a solid 10 pounds of boost from 4000-6500 RPM. According to Vortech's calculator, my V3si Supercharger is spinning the impeller at 46,700 RPM. This is slower than the 52,000 RPM limit, so I downsized the supercharger pulley to 2.95 inches. This gave me 14 pounds of boost, which put the blower around the 52,000 RPM limit. This should be somewhere around 800 horsepower.

This is all a tight fit, but everything worked out OK. The biggest problem is the three-row radiator moved the fan shroud back toward the belts, fan, and engine. I handled this by modifying the fan shroud. Everything fits now, nothing rubs.    

Now deleted PS and AC and changed to glide: