A
Anonymous
Guest
I was just wasting some company time here and ran the lobe center numbers for the stock cams on my 82 1100E. The raw specs are (from my factory manual):
Intake - opens 30deg BTDC, closes 70deg ABDC
Exhaust - opens 63deg BBDC, closes 25deg ATDC
These numbers give an intake lobe ceter of 110deg and an exhaust lobe center of 109deg. Since many people seem to like 108/108 or even 106/106 for more midrange power, it would seem Suzuki intended to tune for higher RPM power. Does anybody have any dyno charts or other info showing what to expect from my 1100 if I simply degree my cams accurately to the factory specs? I am running a single K&N filter with no back airbox and a Kerker 4-1 exhaust. The bike currently makes 102rwhp @ 8500rpm and 69ft-lb @ 6500rpm. There is a smallish hole in the torque curve between 3500-4500rpm, but even at that it makes over 60ft-lb from 3500-9000rpm. If the hole was filled in, it would make over 65ft-lb from 4000-8250rpm. Perhaps cams will help with a bit of this?
Mark
Intake - opens 30deg BTDC, closes 70deg ABDC
Exhaust - opens 63deg BBDC, closes 25deg ATDC
These numbers give an intake lobe ceter of 110deg and an exhaust lobe center of 109deg. Since many people seem to like 108/108 or even 106/106 for more midrange power, it would seem Suzuki intended to tune for higher RPM power. Does anybody have any dyno charts or other info showing what to expect from my 1100 if I simply degree my cams accurately to the factory specs? I am running a single K&N filter with no back airbox and a Kerker 4-1 exhaust. The bike currently makes 102rwhp @ 8500rpm and 69ft-lb @ 6500rpm. There is a smallish hole in the torque curve between 3500-4500rpm, but even at that it makes over 60ft-lb from 3500-9000rpm. If the hole was filled in, it would make over 65ft-lb from 4000-8250rpm. Perhaps cams will help with a bit of this?
Mark