Get the facts from Weber with specs and had the 224 224 cam grinded to make sure its all good (it is a billet) and find out the lifters that were put in were hydrolic and cam requires solid and the springs are not the correct poundage.
Let us do as you say and "Get the facts from Weber."
The camshaft and lifters were both supplied by you. The camshaft lobes were tapered and we ground this taper out without making any radical changes to the cam. If you would be so kind, please post the grind number/specs here so others can view it. In the meantime, I will post the last two digits of the grind number and they are "HR." The HR in the part number notes that the cam is ground for a hydraulic roller. If you dispute this fact, please call the number on the cam card and speak directly with James. He will confirm that not only are the lobe ramps ground for hydraulic roller lifters on this cam, but that they would recommend using them.
The spring pressure certainly will dictate whether a solid roller lifter would be needed, which others have eluded to in this thread. Because this critical information to back up your claim has not been posted, I'll post it myself.
Installed 1.750
Spring @ 1.750 = 140lbs.
Spring @ 1.250 = 355lbs.
Coil Bind = 1.100
The spring pressures noted above are just fine with a hydraulic lifter.
Certainly a solid lifter will give you the opportunity to add more spring and produce a higher RPM range. But those are decisions that could have been made at the point of sale. As I recall, we were under instructions to reuse as many of your supplied components as possible to reduce the cost of this build for a street build (see below) - and we did.
At this point im so mad spending LOTS of money to have then build a motor with half the stuff wrong
Half this "wrong stuff" was supplied by you, and we were instructed to use the components. What you supplied included the following:
Cam
Lifters
Pushrods
Timing Set
Girdle
Rockers*
* I even recall sending you a picture of the rockers after they arrived because they were so poorly packaged that needle bearings were scattered throughout the box.
We have built hundreds of turbo Buick engines, including 109s and Stage/TA aluminum block builds, and nobody has reported having so many problems with their engine. Nobody. Why is it that there are so many problems with this specific build?
Reusing components can indeed save a lot of money if they check out ok. But when those components are not properly matched to performance expectations, that's where problems arise. What you have is a nice build for the street, and we certainly could have used different components to achieve specific performance targets. But in doing so the cost of the build would have risen, which is something I recall was out of the question.
Instead of throwing us under the bus because this build does not meet your desired RPM range target, get some solid lifters that can handle a lot more spring. We did not supply the lifters, but used them as per your instructions.
While I would like to comment on the other issues brought up in some of these posts, I don't really think there is any use in doing so. There is enough misinformation about this build posted in this thread that I am left with the impression that the goal was intended to cause our business harm. Other members of this community can come to their own conclusions, based on not fiction but factual information.