I can now finish up all 8 bolt holes in the VW Bug saddle blocks by using a larger drill bit. These holes are to mount the blocks to the main frame plates in order to attach the MR2 cross-member.
I now need to drill out the bolt holes for the VW frame saddle blocks. These blocks will be used to bolt the main frame units to the MR2 lower cross-member.
I need to attach the VW Bug’s rear plate frame members to the Toyota MR2’s rear cross member. I plan on doing this by adding steel blocks at the mount points and drilling vertically through both the frame plates as well as the new steel blocks.
The secondary VW Bug framing units have now been bolted onto the main rails. The two plates on both sides of the Toyota MR2 3SGTE motor will now be welded together.
The nuts for both back up plates on the VW’s outside frame plates have now been welded on and the frame is ready to be reassembled. The dual frame plates are needed to contain the power of the Toyota 3SGTE motor.
The VW Bug’s outside frame plate is also through-bolted to the main frame rails. This will require another backup plate to be inserted into the frame tubes themselves. I am welding grade 8 nuts to the backer plates.
The secondary VW Bug plate frame is thicker than the primary plate, this makes it a bit harder to cut with the plasma cutter. I will use my hand grinder to clean up the edges. My camera messed up during filming so I did not get it all.
After cutting out the secondary VW Bug plate frame members with the plasma cutter, I have clamped them in place to check for fitment.
After creating the VW bug foam template for the secondary plate frame unit, I then traced the pattern on to a piece or masonite board. I again applied foil tape to the edges to protect the board from the plasma cutter.
With the initial VW Bug plate frames in place, I am now creating the secondary frame member to increase the strength of the 3SGTE’s rear engine cradle.