rixthetrick,
Thanks. The springs are for my TT, mostly as an experiment :)
Hoping the spring retailer will help me figure out a spring rate that makes sense. And yeah, height/diameter is important. Don’t want stuff swaying :) And I’m thinking to start with spring rates such that there is an equal force required lifting up or pushing down to have it move the same distance. As close to floating as possible.
And agree, the math behind K Minus is above my pay grade. 1/2hz and 1hz, crazy low they go.
It’s fun to play with this stuff. Especially when cost is low. Added bonus of course, when it works.
Thanks. The springs are for my TT, mostly as an experiment :)
Hoping the spring retailer will help me figure out a spring rate that makes sense. And yeah, height/diameter is important. Don’t want stuff swaying :) And I’m thinking to start with spring rates such that there is an equal force required lifting up or pushing down to have it move the same distance. As close to floating as possible.
And agree, the math behind K Minus is above my pay grade. 1/2hz and 1hz, crazy low they go.
It’s fun to play with this stuff. Especially when cost is low. Added bonus of course, when it works.