Dyno was a success!
Epic!!!!!!
But one question, why did the motor/hp go flat at 5K?
Did you run out of ejector spray amount, pump pressure, or boost increasing pressure.
At your HP climb rate to 5K, it it did not go flat after that, should have been in the 800rwhp range at 6.2K instead.
Myself, it only 650rwhp in on the table, would have rather had the motor turned to produce that at red line instead with a clean climb (6.2K), which gives you a wider Rev range for useable HP for road/road course use instead.
Hence the higher that a motor will rev/ has in useable HP Rev range, the easier it is to drive the car.
Last edited by Dano523; Feb 5, 2015 at 07:14 PM.
Epic!!!!!!
But one question, why did the motor/hp go flat at 5K?
Did you run out of ejector spray amount, pump pressure, or boost increasing pressure.
At your HP climb rate to 5K, it it did not go flat after that, should have been in the 800rwhp range at 6.2K instead.
Myself, it only 650rwhp in on the table, would have rather had the motor turned to produce that at red line instead with a clean climb (6.2K), which gives you a wider Rev range for useable HP for road/road course use instead.
Hence the higher that a motor will rev/ has in useable HP Rev range, the easier it is to drive the car.
But one question, why did the motor/hp go flat at 5K?
Did you run out of ejector spray amount, pump pressure, or boost increasing pressure.
At your HP climb rate to 5K, it it did not go flat after that, should have been in the 800rwhp range at 6.2K instead.
Myself, it only 650rwhp in on the table, would have rather had the motor turned to produce that at red line instead with a clean climb (6.2K), which gives you a wider Rev range for useable HP for road/road course use instead.
Hence the higher that a motor will rev/ has in useable HP Rev range, the easier it is to drive the car.
belt slip on the first run as stated in the OP duty cycle was @ 52% WOT
Yeah sorry for not posting up my build lol...folks usually like to know what's making the power so here is my entire build..
-LY6 Iron Block
-Callies Compstar 4340 forged 4.0" stroke (stroked to 402)
-Cam Motion Custom Grind Cam - 227 241 .630 .630 115 +4
-Ported LS3 Heads
-Clevite MS 2199 H mains, Clevite CB 663 H rods, DuraBond CH-23 cam bearings
-Callies Compstar 4340 6.125" H beam connecting rods
-Manley 1 piece chromoly push rods
-Wiseco forged pistons
-Manley L92 stainless 1.600" exhaust valves
-Rollmaster double roller timing set w/ torrington bearing and nitrited gears
-Melling 10295 high pressure oil pump ported
-Procharger D1SC w/ DP Big Mouth Kit & 4" pulley
-TiAL q BOV
-IAT relocation kit
-AEM Meth kit
-OBX 1 7/8" headers & Magnaflow axelbacks
-Innovators West 10% OD Balancer
-McLeod RXT Clutch
-LY6 Iron Block
-Callies Compstar 4340 forged 4.0" stroke (stroked to 402)
-Cam Motion Custom Grind Cam - 227 241 .630 .630 115 +4
-Ported LS3 Heads
-Clevite MS 2199 H mains, Clevite CB 663 H rods, DuraBond CH-23 cam bearings
-Callies Compstar 4340 6.125" H beam connecting rods
-Manley 1 piece chromoly push rods
-Wiseco forged pistons
-Manley L92 stainless 1.600" exhaust valves
-Rollmaster double roller timing set w/ torrington bearing and nitrited gears
-Melling 10295 high pressure oil pump ported
-Procharger D1SC w/ DP Big Mouth Kit & 4" pulley
-TiAL q BOV
-IAT relocation kit
-AEM Meth kit
-OBX 1 7/8" headers & Magnaflow axelbacks
-Innovators West 10% OD Balancer
-McLeod RXT Clutch
Yeah I talked to Billy and he said it is perfect...he is overly pleased with it. Especially the Torque it made...the motor was built my Late Model Engines and Bryan at LME specced the cam based of the stroker motor and blower so it was all well put together.
Epic!!!!!!
But one question, why did the motor/hp go flat at 5K?
Did you run out of ejector spray amount, pump pressure, or boost increasing pressure.
At your HP climb rate to 5K, it it did not go flat after that, should have been in the 800rwhp range at 6.2K instead.
Myself, it only 650rwhp in on the table, would have rather had the motor turned to produce that at red line instead with a clean climb (6.2K), which gives you a wider Rev range for useable HP for road/road course use instead.
Hence the higher that a motor will rev/ has in useable HP Rev range, the easier it is to drive the car.
But one question, why did the motor/hp go flat at 5K?
Did you run out of ejector spray amount, pump pressure, or boost increasing pressure.
At your HP climb rate to 5K, it it did not go flat after that, should have been in the 800rwhp range at 6.2K instead.
Myself, it only 650rwhp in on the table, would have rather had the motor turned to produce that at red line instead with a clean climb (6.2K), which gives you a wider Rev range for useable HP for road/road course use instead.
Hence the higher that a motor will rev/ has in useable HP Rev range, the easier it is to drive the car.
This a 3.55" or 4" pulley? Going to try a Procharger race innercooler someday? Mine is making progress. Would be thrilled to just match these numbers. GJ man
The blue line does peak and hold from 5250-5750 then decline some. This isnt too far from the peaks of a lot of stock ls motored cars. Its more than likely the blower running out of steam. Even the smaller F series blowers do this on 400+ inch motors.
This a 3.55" or 4" pulley? Going to try a Procharger race innercooler someday? Mine is making progress. Would be thrilled to just match these numbers. GJ man
This a 3.55" or 4" pulley? Going to try a Procharger race innercooler someday? Mine is making progress. Would be thrilled to just match these numbers. GJ man
The procharger innercooler is good but a thicker "race" version came out about a month ago. White Lightning in the FI section had pretty good gains with it. Something like 100rwhp on a 1400RWHP F1X car.
An 8 or 10 rib flip drive will help. As would an A&A SC bracket. I'm hoping my 8 rib A&A will hold a 3.55" pulley.
An 8 or 10 rib flip drive will help. As would an A&A SC bracket. I'm hoping my 8 rib A&A will hold a 3.55" pulley.
The procharger innercooler is good but a thicker "race" version came out about a month ago. White Lightning in the FI section had pretty good gains with it. Something like 100rwhp on a 1400RWHP F1X car.
An 8 or 10 rib flip drive will help. As would an A&A SC bracket. I'm hoping my 8 rib A&A will hold a 3.55" pulley.
An 8 or 10 rib flip drive will help. As would an A&A SC bracket. I'm hoping my 8 rib A&A will hold a 3.55" pulley.

















