Back it up.
this goes for the other guys (jim, gary kardum) mentioned too...again im not arguing im just wondering what you can show to back up your claims.
OK, one more time:
OE ring quality: chrome/iron
TLC Ring quality: moly/chrome (from Hastings, the supplier of rings for the secret warranty for premature ring failure on 75-77 2F)
OE balance spec: Within a few ounces on the crank, within a few ounces on a set of rods
TLC balance specs: within a few grams on crank, flywheel, rod set, pistons
OE pistons: ART japan
TLC Pistons: ART japan
OE cam: non-existant surface hardening, early cams are pressed dissy gear
TLC cam: USA billet, phosphate/moly breakin coating, deeper hardening, machined dissy gear
OE bearings: clevite japan
TLC bearings: clevite japan
OE manifold gasket: foil
TLC manifold gasket: fel-pro graphlex
OE head gasket: updated to Felpro graphlex w/ steel leaf spring inserts between cylinders
TLC head gasket: Felpro graphlex w/ steel leaf spring inserts between cylinders
OE valves: cast iron
TLC valves: swirl polished stainless
OE stem seals: rubber
TLC stem seals: silicon
OE cam gear: rubber insert
TLC cam gear: all steel from japan OEM
etc....
The idea is to keep the goodness of the Cruiser engine, while addressing the (now well known) weaknesses of the OEM version.
I'm not challenging your workmanship nor knowledge nor your manliness or anything of the sort here, would just like to hear some testimonials to what you say.
I would like that also, but it takes a loooong time to put 250K on a Cruiser.
I'll let you know how long it lasts when the first one dies.
