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Another advance pioneered by Sun Tour was in freewheel removal. Sun Tour still stuck with the traditional two-prong remover design, but provided much deeper notches and a matching tool with a considerably better fit. The result was a much lower incidence of damaging tools or freewheels. | Another advance pioneered by Sun Tour was in freewheel removal. Sun Tour still stuck with the traditional two-prong remover design, but provided much deeper notches and a matching tool with a considerably better fit. The result was a much lower incidence of damaging tools or freewheels. | ||
<gallery mode="packed"> | |||
Datei:Fr-freewheelcrop.jpeg|Französischer [[Schraubkranzfreilauf]] mit zu schwachen [[Freilaufabzieher]]kerben. | |||
Datei:Freewheel-suntour.jpg|SunTour Perfect Schraubkranzfreilauf mit kräftigen und verschleißarmen Freilaufabzieherkerben. | |||
</gallery> | |||
Sun Tour also popularized the use of splined sprockets. Previously, the vast majority of freewheels used all threaded sprockets. Typically, the two largest would have left-hand threads and screw on from the back side of the body, while the smaller sprockets would screw on from the right. A freewheel would typically have 3 different threadings for sprockets in the different positions. The largest sprockets were the most difficult to unscrew, because they would get screwed on the tightest during hill climbing. | Sun Tour also popularized the use of splined sprockets. Previously, the vast majority of freewheels used all threaded sprockets. Typically, the two largest would have left-hand threads and screw on from the back side of the body, while the smaller sprockets would screw on from the right. A freewheel would typically have 3 different threadings for sprockets in the different positions. The largest sprockets were the most difficult to unscrew, because they would get screwed on the tightest during hill climbing. |