aries
Enthusiast
As some of you guys know, I genaded my supercharged motor in my 2006 SRT10 Coupe. I was contemplating having it rebuilt with all the goodies, ie pistons, rods, ect, ect. Then I came across this motor on Ebay. Evidently the guy had it built and then went bankrupt and lost this engine and both of his Ligenfelter Corvettes. So I bid on it and won!!!
Here are the specs:
Dodge Viper aluminum V10 block - blueprinted
Moldex 4340 billet steel crankshaft - 4.250" stroke
Oliver 4340 billet steel connecting rods 6.250"
Lingenfelter billet steel main caps / ARP main studs
Mahle forged aluminum pistons 4.030" diameter
Total Seal file fit piston rings
Lingenfelter CNC ported Viper cylinder heads
2.02 Stainless steel one piece intake valves
1.60 Inconnel one piece exhaust valves
Competition Cams custom roller camshaft for turbo application
Competition Cams dual valve springs, titanium retainers, 10 degree valve retainer locks
Competition Cams HD .080" wall pushrods
T&D aluminum shaft mount roller rocker arms - 1.7 ratio
8.2: 1 compression
Machine Work
Crankshaft journals are align honed
Cylinders are bored on a Rottler F65 3 axis CNC
Cylinders are honed on a Rottler HP6 with torque plates
Block deck surfaces machined on a Rottle F65 3 axis CNC
Blocks are hand de-burred, bolt holes are checked & re-tapped
Lingenfelter CNC ported cylinder heads
Precision multi angle valve job
CC checking chamber size for correct compression
Surfacing to insure deck flatness
Set spring height, retainer to guide clearance & assembly
All internal parts are de-burred, hand washed and inspected Pistons, pins and connecting rods are pin fit to specification Crankshafts are computer balanced to within .5 grams or less, oil holes chamfered, bearing surfaces micro polished
Lingenfelter blueprint and assembly
Includes verification of LPE specifications of: cylinder bore diameter, cylinder wall taper, piston diameter, deck height of block, bearing clearances, crankshaft end play, piston to valve clearance, bolt torque specifications, lifter bore diameter, piston skirt taper, piston to wall clearance, piston ring end gap, rod side clearance, valve adjustment, degreeing the camshaft, correct oil pressure during priming
Here are the specs:
Dodge Viper aluminum V10 block - blueprinted
Moldex 4340 billet steel crankshaft - 4.250" stroke
Oliver 4340 billet steel connecting rods 6.250"
Lingenfelter billet steel main caps / ARP main studs
Mahle forged aluminum pistons 4.030" diameter
Total Seal file fit piston rings
Lingenfelter CNC ported Viper cylinder heads
2.02 Stainless steel one piece intake valves
1.60 Inconnel one piece exhaust valves
Competition Cams custom roller camshaft for turbo application
Competition Cams dual valve springs, titanium retainers, 10 degree valve retainer locks
Competition Cams HD .080" wall pushrods
T&D aluminum shaft mount roller rocker arms - 1.7 ratio
8.2: 1 compression
Machine Work
Crankshaft journals are align honed
Cylinders are bored on a Rottler F65 3 axis CNC
Cylinders are honed on a Rottler HP6 with torque plates
Block deck surfaces machined on a Rottle F65 3 axis CNC
Blocks are hand de-burred, bolt holes are checked & re-tapped
Lingenfelter CNC ported cylinder heads
Precision multi angle valve job
CC checking chamber size for correct compression
Surfacing to insure deck flatness
Set spring height, retainer to guide clearance & assembly
All internal parts are de-burred, hand washed and inspected Pistons, pins and connecting rods are pin fit to specification Crankshafts are computer balanced to within .5 grams or less, oil holes chamfered, bearing surfaces micro polished
Lingenfelter blueprint and assembly
Includes verification of LPE specifications of: cylinder bore diameter, cylinder wall taper, piston diameter, deck height of block, bearing clearances, crankshaft end play, piston to valve clearance, bolt torque specifications, lifter bore diameter, piston skirt taper, piston to wall clearance, piston ring end gap, rod side clearance, valve adjustment, degreeing the camshaft, correct oil pressure during priming