$97.67
Built to a heavy-duty rate for higher loads, this compression spring resists a load by pushing back as it is squeezed, returning a component to position and absorbing shock in the assembly it sits in. The thicker wire and stiffer rate let it carry more force and cycle under harder use without taking a set, holding tension on linkages or returning pedals and levers.
A compression spring resists a load by pushing back as it is squeezed, returning a component to position and absorbing shock in the assembly it sits in, and this one is built to a heavy-duty rate for higher loads. The heavy-duty construction is the distinguishing spec: a thicker wire and stiffer rate let it carry more force and cycle under harder use without taking a set.
Springs like this hold tension on linkages, return pedals and levers, or preload a mechanism so it seats reliably. Over many cycles a spring weakens, loses free length, or fatigues and breaks, and once it can no longer hold its rated force the component it controls stops returning or seating the way it should.
This replaces the worn or broken original. Match the free length, wire diameter, and coil dimensions of the spring coming off, since those govern both the fit and the load it will carry.
