Titanium springs are essential for the high-performance snowmobile needs. You'll find springs which will help the performance of your respective clutch and improve your suspension performance. Moreover these springs save weight and resist set, to get a lighter, faster ride.

Consistent spring performance is totally imperative to maximizing your snowmobile's performance. Clutch springs are normally one of the most over-stressed a part of a snowmobile, and for good reason. The springs would be the brains behind the clutch. They control how efficiently a clutch will turn its chance to acceleration.

When horsepower increases and power bands become narrow, your snowmobile requires greater force to "shift" the transmission--this force comes from the springs. With lots of more high-powered sleds, the springs getting used are simply just not up to task.

The truth is, one of the most popular Polaris and Ski-Doo performance snowmobiles have clutch springs which might be stressed beyond 70% with the tensile strength with the wire. Meaning at these levels of stress the springs will lose length. Because of the heat generated during clutch use, this problem is simply made greater.



Titanium is the greatest material for highly stressed clutch springs, due to its mixture of greater flexibility as well as strength. This provides more force. Since they can be more volumetrically efficient, titanium springs might be manufactured to use at stress levels that will not result in spring set. Tests demonstrate that for comparable loads, titanium clutch springs take less permanent damages in larger shifts than steel clutch springs will exhibit in smaller shifts.

Remember, consistency is the most important thing. If clutching changes, performance will disappear.

RCS titanium springs have become more available through specialty dealers--companies who have markedly improved advanced snowmobile design.

Beyond the limits of conventional suspension, not able to snowmobile suspension performance is rolling out titanium snowmobile suspension springs. Titanium springs provides an opulent ride for that trail, but they are tough enough to be used for the track.

Though steel springs are made with higher stresses to help keep weight down, the performance suffers. Titanium's superior mix of properties rids us of the concerns through providing stable designs at reduced weights, allowing for systems with higher performance forces, better handling far better speeds.

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