lol, I know well I will be having some extra bends put in to get the manifold away from the starter motor but that's a few weeks away now.
WELL time for a bit update....
Sorry for the delay in updating you what's going on guys. Basically i've moved house rather suddenly, i popped a picture up recently of the new garage, it's brilliant. 35 foot long, double garage and lighting/heating.
Makes life easier, i've got more done this last week than i have in 3 months of working at my parents house in the odd hour when i pop round :nana2:
So where to start, so i've stripped down and cleaned all the metal particles from the block, torqued up the crank, pistons and conrods. The windage tray is all beaten to shape and lock tighted on.
I've now fitted and torqued down the sump in place.
Timing the cam was the hardest part, I used the "inline centre method".
Each cam comes with a card where it says what the distance in degrees is between the TDC (top dead centre) of the piston and inlet valve on cylinder one.
Turn the crank till the piston is at the top of the cylinder using a clock gauge, then attach the degree wheel to the front, make a pointer from a piece of clothes hanger and point it to 0 degrees.
I used a cigar tube to rest on top of the cam, put the clock gauge on top and turned the crank, you see the clock gauge spin round as the lobe comes to its peak, as it stops, turn it 2 spins round on the gauge either way, mark the two degrees and divide by 2 to get the "intake centre line" in this case it should have been 106 degrees.
It wasn't, bloody american engineering :headvswal 102 degrees
Luckily i bought a 9 keyway sprocket set so off everythingcame, adjusted it to 2 degrees retarded to knock it down which then came up at 104 degs.
Nearly there, retarded it a further 2 degrees and i get 111 degs! :headvswal
Now the keyways are off as well, bloody things.
Went on desktop dyno and input all the different timing configurations.
The torque and power curves stretched further and peaked higher as i moved it to 111 degrees so that's how it's going to stay. In fact comp cams advance the timing by 4 degrees to 106 from 110 in the factory so in reality i've only retarded the cam by 1 degree.
Yes my head was spinning after all that maths too
The software reckons 420bhp and 480ftlb of torque at 4000rpm and 400ftlb at 2000rpm rising to 489ftlb at 4500 which is good enough for me.
So onto the rest of the build.
Timing cover went on, end float on the cam was adjusted and the flywheel went on, i shimmed the starter motor to fit and then last night started work polishing up the pulleys and fitting them.
Ordered the missing crank spiggot bearing to accept the ford gearbox and then the gearbox will go on friday night.
Engine WILL be going in this weekend! :hyper:
Now for some pics:
After 7 months the engine is finally ready to go in and has now been fitted! :nana2: