1948 hp :)
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I have TFS 235 cnc 6-bolt. Camshaft is a hydraulic 248/252 with 0.622 lift and 115 lobe.
LSX block with Callis compstar crank and rods. Wiseco shelf pistons. Regular ARP studs with our new cooperring gaskets.
LSX block with Callis compstar crank and rods. Wiseco shelf pistons. Regular ARP studs with our new cooperring gaskets.
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Wow. lol When you had the compstar rods listed above I had a feeling that would be your first weak link. You should do some custom pistons with thermal coating on all sides with the alum rods while you have it apart.
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You are close to the end of that dyno being able to read your engine. At 1600ft lbs the dyno will flatline torque as the load cell will be pinned. If you want to fix it: Move the load cell from 8 inches on center to 12 inches by building a 4 inch spacer for the lower mount. The upper mount that attaches to the brake will need to be extended also, I normally build V shaped extensions that weld on and re drill the mount point in a mill to hold your centerline difference. After that just hang your weights and re cal the computer. After this change I was able to read 2400ft lbs before the brake steamed, letting the engine go! Nice job, should make the car fly!
Kurt
Kurt
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