A larger negative spring should require slightly higher pressure and since the volume of the positive chamber is unchanged in the Debonair set up, higher pressure should yield more ramp up which can require less tokens.
Now, it's up to you to find if theory and practice concur!
A larger negative spring should require slightly higher pressure and since the volume of the positive chamber is unchanged in the Debonair set up, higher pressure should yield more ramp up which can require less tokens.
Now, it's up to you to find if theory and practice concur!
All true. I went about 20 psi higher and pulled all 3 tokens going to the new DB spring on Lyrik. Can run a lot of pressure without being too bad on small bump with the huge neg spring.
I'm wondering if this works actually. The negative air spacer has moved from the bearing to the piston, and the luftkappe doesn't have anything to compensate for it. I presume Steve is working on something though.
I'm wondering if this works actually. The negative air spacer has moved from the bearing to the piston, and the luftkappe doesn't have anything to compensate for it. I presume Steve is working on something though.
Since Steve recommends to remove the top out bumper, I don't think the spacer has a relevance anymore once you've installed the Luftkappe.
I have seen somebody removing the piston on a Debonair air shaft and then threading the shaft in order to be able to install a Luftkappe. Doing this you further increase the volume of the negative chamber.
Too much of a good thing can be a bad thing tho, the larger the negative chamber, the more pressure you need for a given sag which also yields more ramp up so that it might get difficult to use full travel if you're not a super fit and aggressive rider.
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