These springs are custom wound specifically for the XT225. Stiffer than the .36 kg/mm stock springs, these will make your front perform significantly better. Combine them with the Cogent DDC's and you will be very happy with the results. Sold as pairs.
Suspension
Forks
These springs are custom wound specifically for the KLR250. Stiffer than the stock springs, these will make your front perform significantly better. Combine them with the Cogent DDC's and you will be very happy with the results.
Sold as a pair .42 kg/mm.
Progressive springs offer a soft initial spring rate for a plush ride. Progressively wound design provides increased resistance to bottoming as spring compresses. These springs are significantly stiffer than the wimpy stock springs.
They will make a big improvement in the front forks while still delivering a smooth ride. Sold in pairs.
These springs are custom wound specifically for the Kawasaki KLX's. Stiffer than the stock springs, these will make your front perform significantly better.
- 2006-2007 KLX 250s 0.44 Kg/mm for most riders 150 to 200 lbs
Tired of your mushy front suspension? ProCycle now offers heavy duty fork springs for the TW200!
Includes material for spacers.
Stock Spring Rate is .50 kg/mm. The .60 kg/mm springs are 20% stiffer than stock while the .70 kg/mm is 40% stiffer than stock.
Lightweight, for reduced unsprung mass. Straight rate springs will give better control in the rough stuff. Sold in pairs.
- Rider and Gear up to 145 lb. = 0.47 springs → 24% stiffer than stock
- Rider and Gear 145-185 lb. = 0.52 springs → 39% stiffer than stock
- Rider and Gear 185-235 lb. = 0.58 springs → 56% stiffer than stock
- Rider and Gear 235-285 lb. = 0.63 springs → 66% stiffer than stock
- Rider and Gear 290 lb.-UP = 0.70 springs → 84% stiffer than stock
These springs are custom wound specifically for the XT250. Stiffer than the stock springs, these will make your front perform significantly better. Combine them with the Cogent DDC's and you will be very happy with the results. Sold as pairs .42 kg/mm.