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Investment casting makes the cost prohibitive.
Let alone the secondary machining that needs to occur.
Slightly less expensive is wax loss casting. Though
a higher time for finish machining.
CNC fabrication, although more cost effective, would
require a high setup time, and hence cost.
One would require the volume to make it cost effective.
The only alternative is a CNC center, that looks like the factory wheel
or BBS variety.
As James indicated, welding to a hoop, or mounting to rim halves
has a noticeable exposure to defect errors.
And these wheels would have zero warranty.
The only pragmatic option is to find a CNC wheel fabricator
that would be willing to make them. That's going to be tough
as they will require enough production to make it worthwhile.
And probably sold as for racing use only, to avoid warranty.
It's an expensive proposition all around.
Let alone the secondary machining that needs to occur.
Slightly less expensive is wax loss casting. Though
a higher time for finish machining.
CNC fabrication, although more cost effective, would
require a high setup time, and hence cost.
One would require the volume to make it cost effective.
The only alternative is a CNC center, that looks like the factory wheel
or BBS variety.
As James indicated, welding to a hoop, or mounting to rim halves
has a noticeable exposure to defect errors.
And these wheels would have zero warranty.
The only pragmatic option is to find a CNC wheel fabricator
that would be willing to make them. That's going to be tough
as they will require enough production to make it worthwhile.
And probably sold as for racing use only, to avoid warranty.
It's an expensive proposition all around.