Flywheel arrived today! Below are the pictures of it being unboxed and expected. Just a couple of critiques which I will list at the bottom.
The picture above shows an indentation in the flywheel where a vise or some other odject must have been used to hold the flywheel in place during machining. Should not affect the flyhweel.
The picture above shows the opposite side of the flywheel with another indentation in the flywheel where a vise or some other odject must have been used to hold the flywheel in place during machining. This is opposite the first mark. Should not affect the flyhweel.
The above picture shows a knick in the contact surface at the inner diameter. The metal does protrude a bit here but since it is located on the very edge of where most clutches will make contact I doubt it will be an issue.
Further critiques than those mentioned above. The un-threaded and threaded holes alike have metal debris in them which will need to be blown out and chased out. The central eight (8) holes were still machined inwards, created oval-like holes. As long as this does not put the flywheel off center, it should be a non-issue.
I am no materials expert, nor have I looked at other flywheels, but are the outer ring of holes too close to the edge of the flywheel. In another words, could side and/or torsional loading ever create stress fractures at these locations? Just a thought and again I am no expert.
Even with the above observations and critiques, I am impressed with the product. It will need to be cleaned and degreased before installation (any recommendations?) and I look forward to running it in the Supra. For those wondering, the flywheel weighed in at 20lbs on my uncalibrated bathroom scale
The picture above shows an indentation in the flywheel where a vise or some other odject must have been used to hold the flywheel in place during machining. Should not affect the flyhweel.
The picture above shows the opposite side of the flywheel with another indentation in the flywheel where a vise or some other odject must have been used to hold the flywheel in place during machining. This is opposite the first mark. Should not affect the flyhweel.
The above picture shows a knick in the contact surface at the inner diameter. The metal does protrude a bit here but since it is located on the very edge of where most clutches will make contact I doubt it will be an issue.
Further critiques than those mentioned above. The un-threaded and threaded holes alike have metal debris in them which will need to be blown out and chased out. The central eight (8) holes were still machined inwards, created oval-like holes. As long as this does not put the flywheel off center, it should be a non-issue.
I am no materials expert, nor have I looked at other flywheels, but are the outer ring of holes too close to the edge of the flywheel. In another words, could side and/or torsional loading ever create stress fractures at these locations? Just a thought and again I am no expert.
Even with the above observations and critiques, I am impressed with the product. It will need to be cleaned and degreased before installation (any recommendations?) and I look forward to running it in the Supra. For those wondering, the flywheel weighed in at 20lbs on my uncalibrated bathroom scale