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He says the Cat rep told him that "since the crank is 4lbs lighter, it will not hold up to the HP of a turbo. Don't turbo them. Stick with the 2009 or older if you want to turbo. "
Hmmmmmmmmmm
He says the Cat rep told him that "since the crank is 4lbs lighter, it will not hold up to the HP of a turbo. Don't turbo them. Stick with the 2009 or older if you want to turbo. "
Hmmmmmmmmmm
Dealers are like bad hangovers....very few are worth it...
Hey Scott,
Rode with Jared from Boondockers this last weekend with a 2010 turbo cat ran miles and miles on it and it's a screamer with tons of torque and power with no issues.
I know the local cat rep very well and can guarantee that he didn't and wouldn't say that.
He says the Cat rep told him that "since the crank is 4lbs lighter, it will not hold up to the HP of a turbo. Don't turbo them. Stick with the 2009 or older if you want to turbo. "
Hmmmmmmmmmm
Over 600 miles on ours, all turbo miles, no issues, and there is no doubt it out performs the 2009s.
Think you all need to take a closer look at the new cranks. The weight loss has not changed the structural integrity of the crank. It just eliminated excess metals that weren't doing anything anyway (other than adding weight to the rotating mass).
i tend to agree...the cat bottom ends have been tough in the past...they probably have considerable room for trimming and still be just as tough...i can get punched in the nose buy someone with three fingers and still bleed like crazy..
if a guy realy wanted to find out how they hold up they should be asking Burandt or Rasmussen.
Think you all need to take a closer look at the new cranks. The weight loss has not changed the structural integrity of the crank. It just eliminated excess metals that weren't doing anything anyway (other than adding weight to the rotating mass).
Think you all need to take a closer look at the new cranks. The weight loss has not changed the structural integrity of the crank. It just eliminated excess metals that weren't doing anything anyway (other than adding weight to the rotating mass).