jellyrug
Husqvarna
AA Class
My TE has 3,850 on the odo now, use AGIP10/W60 bike has not missed a beat. I do oil analysis though with each change and it does not look very good.
Last oil change at 3,826 miles, 1,238 miles on the oil.
Parts per million:
Iron = 55 (This is about 30 times more than what my Harley shows
)
Aluminum = 30 (Universal averages for a dual sport is 24 at 3,000 mile change interval)
Copper = 104 (Averages for dual sport bikes is around 26 at 3,000 miles on oil)
Silicon = 15 (Just did the TAT, a lot of dust riding with other folks. Average should be 9)
Fuel dilution = 1.5% not very good. All my other bikes will be below 0.5% for much higher mileage.
Viscosity cST@100C = 13.55, means the oil sheared down to a SAE 30 grade.
We don't know how much of the iron comes from the gearbox and the clutch spring inserts, most of the copper is probably the clutch bushings. I get close to 65 miles to a gallon, so the fuel dilution is hard to understand.
I don't think this motor will last very long, how many miles on your Husky's without a rebuild?
Last oil change at 3,826 miles, 1,238 miles on the oil.
Parts per million:
Iron = 55 (This is about 30 times more than what my Harley shows

Aluminum = 30 (Universal averages for a dual sport is 24 at 3,000 mile change interval)
Copper = 104 (Averages for dual sport bikes is around 26 at 3,000 miles on oil)
Silicon = 15 (Just did the TAT, a lot of dust riding with other folks. Average should be 9)
Fuel dilution = 1.5% not very good. All my other bikes will be below 0.5% for much higher mileage.
Viscosity cST@100C = 13.55, means the oil sheared down to a SAE 30 grade.
We don't know how much of the iron comes from the gearbox and the clutch spring inserts, most of the copper is probably the clutch bushings. I get close to 65 miles to a gallon, so the fuel dilution is hard to understand.
I don't think this motor will last very long, how many miles on your Husky's without a rebuild?