The bolts I ordered for the engine cradle
arrived after a week of waiting but I had ordered the wrong ones. I had ordered extra fine 1.0mm pitch thread
when I need fine 1.25mm pitch thread.
Turns out I cant use a vernier gauge properly!! I found a small fastenings supplier in
Leicester so headed over to pick up 2no. M10 x 80mm x 1.25 pitch socket cap
bolts.
I fixed the cradle to the engine with these
new bolts and the long M10 x 250mm bolts for the lower mounts. I needed to grind a chamfer on this bolt and
hammer it through as the cradle didn’t quite line up.
To get the engine in I needed an engine
crane, which I didn’t have and didn’t want to pay for so I made “hoist” by
fixing a ladder to the garage door rails and supporting the engine with
rope. This was a three man operation,
two to lift and one to support with the rope.
Once high enough the weight could easily be supported and the engine
lowered in a very controlled manner, down on to the chassis. The second lower mount was again hammered
into position and the cradle secured with M12 bolts.
Before fitting the engine I fitted the propshaft. I cut a couple of spacers from the 25
x 50mm aluminium block I had and drilled some M12.5 holes. The propshaft bracket was then bolted in
position.
Also before I put the engine in, I fitted
the propshaft adapter. I used a decent
amount of blue Loctite and tightened the nut to 115nm which took a bit of
effort! This is a 2man operation, one tightening and one holding the prop adapter in the stilsons.
Also I applied adhesive grip tape to the
brake and clutch pedals. This was a free
sample from a skateboard company on eBay.
Rope + copper pipe "pulley"
Ladder to support engine. It took my weight so will be fine for the engine!
Engine in!
Skateboard grip tape on the brake and clutch pedals
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