First things first, the driveshaft story.
The idea is to end up with driveshafts of just the right length, that don't touch the chassis legs at any point in the suspension travel with a renault outboard CV and a VW inboard CV
Separated out the renault shaft from the outboard CV
Also managed to separate out the VW inboard
For the smaller shaft I borrowed a lathe and turned down the VW shaft so that it'd fit inside the renault.
For the larger shaft, I used a bit of sheet to bulk out the renault shaft and slot it into the VW.
Using a lot of trial and error, turning the wheels lock to lock and jumping on the car to get an idea of the full travel the shafts had to cover I eventually decided on a length and put a weld tack on each shaft.
The mock up shafts then went up to GB Engineering in Nantwich. The total cost of them in the end was a little over £300, this was reduced from about £380 because I had to wait for them so long. If i'd of known, i'd of used reco-prop in luton.
Heres the mock-ups and the finished shafts. I'm pretty pleased with them.
Just waiting to find another valver outboard CV (PM me if you have for cheap) before I put them on the car. The hub-nut threads are fubared on one of my originals.
Finally managed to source a G60 flywheel from winston (cheers mate
)
Using a G60 fly ditches the standard dual mass flywheel. I didn't know what these were until I had a play. It replaces the springs in the clutch. The clutch surface of the flywheel is allowed to rotate inside the flywheel itself on dampers.
G60 left, Dual Mass right.
It's common practice to use G60 flywheels with VR6 clutches to give a peak torque capability around 380-390lbft
Brand new VR6 clutch
Clutch release bearing replaced
And refitted the gearbox
With the gearbox on I had the timing marks to do the cambelt. Auto-tensioners are bliss
Trying to work out how long my Aux belt needs to be. I'm ditching the power steering pump and the water pump is on the cambelt, so it's literally just for the altenator. I've measured it at around 906mm
Tried refitting the engine. The bracket that holds the PAS pump fowled on the subframe, so that had to go.
Grinding off cast ally is quite tough. I killed my beloved grinder.
Bought a new grinder and finished the job
Engine went back in without a glitch
And a big moment i've been waiting for - Had a cheeky trial fit of turbo and manifold.
Clearance.
It does clear. And there is enough room for engine movement (i intend to buy stiffer mounts anyway). The main worry is that the turbine is too close to the plastic vent in the bonnet :S
My current plan is to remove the vent and do a weld and smooth job on the bonnet. So the bulge will remain, but there won't be an indent or a vent. Initially however, I'm just going to move the bonnet catch up and have it sitting up (lovin it judd?)
Subframe
I've been sh1tting myself about this for ages. This is properly safety critical. If it's not strong enough, when I jump on the brakes, the wishbone will break loose. So i had to get it right. Its was never going to look nice, and in an ideal world i'd of designed and made a whole new subframe for the car.
This is what I've ended up with. It's similar to what flan has done with his 2. I've used a plate inside the subframe that extends the full length of the cutout. Then 2 more bits of plate bent round to cover the cut-out. Theres a further brace at the front where I was able to miss the sump. After that was done, I welded a 3mm wall thickness f*kin Girder on the bottom to make sure. I'm glad I left this till now, as my welding has really improved and i was pleased with the outcome. The box section will be closed to finish.
C+C welcome. I'm looking for a mongoose exhaust now as the downpipe needs to be started shortly (another job for Jon Deeley who did the manifold)
Work still to do:
Subframe finish/paint/powder-coat
Downpipe
Boost piping
Oil Circuit
Water Circuit
ECU and loom