Tag: CRANKSHAFT

DART 427W PART 5

DART 427W PART 5

Our build is done. See the end of this article for several tasty photos of the finished engine, followed by a complete list of the participating manufacturers. FINAL ASSEMBLY OF OUR NASTY LITTLE DART 427W   OUR ONE TRICK PONY IS DONE. WE’RE READY FOR THE DYNO RUN.   Engine build, text and photos by Mike [...]

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DART 427W PROJECT, PART 3

DART 427W PROJECT, PART 3

by Mike Mavrigian Build/assembly and all photos by author     Our Lunati roller cam features 0.544″ valve lift at intake and 0.560″ at exhaust, with duration of 232 intake and 242 exhaust. Centerline is 108 intake and 116 exhaust. CAMSHAFT AND TIMING Dart thoughtfully provided anti-friction-coated cam bearings with their block. Each bearing is [...]

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PROJECT DART 427W, PART 2

PROJECT DART 427W, PART 2

We machine the block, balance the crank and check clearances.    The Dart Iron Eagle 351W block is a precision-cast and raw-machined product of unparalleled quality. Dart provides a bit of extra deck height and minimal bore diameter, allowing the builder to precisely achieve desired dimensions.   By Mike Mavrigian  all photos by author   [...]

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DART 427W, PART 1

DART 427W, PART 1

STROKIN’ THE DART WINDSOR Our current engine project begins with a 351W block and increasing displacement to a whopping 427 CID.   Text & photos by Mike Mavrigian   The Dart 351W iron-alloy block is available in either a 9.200” (standard Cleveland) or 9.500” deck height. We opted for the 9.5” deck.    This project [...]

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LS LONG STROKE CRANKS

LS LONG STROKE CRANKS

        LS LONG STROKE CRANKS Much like the traditional Small Block Chevy, GM’s LS platform has amassed an impressive following of performance enthusiasts who are drawn to its outstanding power potential and durability. With the support of aftermarket parts manufacturers, enthusiasts have been able to constantly raise the bar on what was [...]

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PROJECT FORD FE, PART 2

PROJECT FORD FE, PART 2

WE BALANCE AND BEGIN ASSEMBLY   text, photos and assembly by Mike Mavrigian   Crankshaft balancing was next on the agenda. Since the Diamond pistons are already weight-matched by Diamond, and the Scat connecting rods are weight-matched at both small and big ends, we didn’t need to perform any weight corrections to those components (I [...]

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PROJECT FORD FE, PART 1

PROJECT FORD FE, PART 1

BUILDING A STROKER 427 FE After salvaging an original, well-worn 1966 Ford 427 side-oiler block, we begin to build a 485-cube big-dog. Bigger bore and longer stroke…whoof whoof! by Mike Mavrigian all photos by author ENGINE HISTORY/GENERAL INFO The Ford 427 “side oiler” motor was produced from 1963 through 1967, and was used in a [...]

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PROJECT LS2, PART 3 (D)

PROJECT LS2, PART 3 (D)

I opted to install the crank gear at the zero timing mark, but this gear allows adjustment +/- 4 degrees. Our timing chain setup installed. With No. 1 rod pin at TDC, the timing dot on the cam gear is at 6 o’clock, and the ) mark on the crank gear is at 12 o’clock. [...]

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PROJECT LS2, PART 3 (C)

PROJECT LS2, PART 3 (C)

Goodson reluctor ring installer jig is an absolute must for installing LS crank timing wheels. The Goodson tool indexes the ring via the 8mm hole in the ring face. The 8mm dowel is pictured here. It’s attached to a tang on the outside of the tool. An internal dowel in the tool engages into the [...]

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PROJECT LS2, PART 3 (A)

PROJECT LS2, PART 3 (A)

PROJECT LS2, PART 3 Assembly of the short block and cylinder head installation by Mike Mavrigian All photos by author INSTALLING THE RELUCTOR WHEEL The reluctor wheel features a series of teeth that provide crankshaft position signals via a sensor to the ECM. The wheel press fits to the rear of the crank, immediately forward [...]

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