Kit is going on a 13 pro 800 2000' elevation
Just so everyone is aware I have been installing parts in increments so I can see the results
0-200 miles, sled was all stock
200-475 miles ran my own variation of clutching, just minor weight and spring changes in the primary. (11-66s over 10-68s and 10 pounds heavier on both sides of the primary spring) Sled pulled better and held rpm better
475-600 miles - clutching as per Dustin at Slp. Can't remember the numbers but its the blue/pink primary and a different secondary, still running the 11-66 Polaris weights. A little higher engagement, feels like it could rip your arms off if the power was there. Back shift is smoother, almost seemless and I'm holding Rpm better while working the sled. With the previous 2 setups would only rev/pull 8150/7850. Now I am revving at 8300 pulling 8150. Spot on I believe to the dyno curve for this motor
Now as soon as the PCV and pipe get here I will install them and see what some more HP does. Results should be in Sunday
Just so everyone is aware I have been installing parts in increments so I can see the results
0-200 miles, sled was all stock
200-475 miles ran my own variation of clutching, just minor weight and spring changes in the primary. (11-66s over 10-68s and 10 pounds heavier on both sides of the primary spring) Sled pulled better and held rpm better
475-600 miles - clutching as per Dustin at Slp. Can't remember the numbers but its the blue/pink primary and a different secondary, still running the 11-66 Polaris weights. A little higher engagement, feels like it could rip your arms off if the power was there. Back shift is smoother, almost seemless and I'm holding Rpm better while working the sled. With the previous 2 setups would only rev/pull 8150/7850. Now I am revving at 8300 pulling 8150. Spot on I believe to the dyno curve for this motor
Now as soon as the PCV and pipe get here I will install them and see what some more HP does. Results should be in Sunday