rsonedecker
Well-Known Member
- Joined
- Dec 12, 2018
- Messages
- 280
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ORP Front shocks and springs, topped with Readylift top-hat spacers (you can see them already installed)
ORP Rear shocks and springs
Readylift UCAs
Hellwig rear sway bar
My truck is measuring just below 2" of rake (probably somewhere between 1.75" and 2"), and the Readylift top-hat spacers really only produce about 1.6"-1.75" of lift*** so I'm hoping to gain 2.5"-2.75" lift in the front, and 1" in the rear, which will still leave me with some very slight rake which is what I am looking for.
*** The Readylift top-hat spacers are only 1.125" tall, and from evidence, I've seen that they don't actually produce 2" of lift. These are the same top-hat spacers that are in the 3.5" lift (had both at one time), and that kit also contains the preload spacers that actually DO produce 2" of lift, so it further makes sense that these top-hats would not also produce 2" of lift. As well, the Daystar and Motofab 2" spacers (that actually produce 2" of lift) are 1.375" and 1.4375" tall respectively, so just by that fact doing the math, a spacer that's only 1.125" tall should produce proportionately less lift (math says ~1.6"). We shall see, won't we?
ORP Rear shocks and springs
Readylift UCAs
Hellwig rear sway bar
My truck is measuring just below 2" of rake (probably somewhere between 1.75" and 2"), and the Readylift top-hat spacers really only produce about 1.6"-1.75" of lift*** so I'm hoping to gain 2.5"-2.75" lift in the front, and 1" in the rear, which will still leave me with some very slight rake which is what I am looking for.
*** The Readylift top-hat spacers are only 1.125" tall, and from evidence, I've seen that they don't actually produce 2" of lift. These are the same top-hat spacers that are in the 3.5" lift (had both at one time), and that kit also contains the preload spacers that actually DO produce 2" of lift, so it further makes sense that these top-hats would not also produce 2" of lift. As well, the Daystar and Motofab 2" spacers (that actually produce 2" of lift) are 1.375" and 1.4375" tall respectively, so just by that fact doing the math, a spacer that's only 1.125" tall should produce proportionately less lift (math says ~1.6"). We shall see, won't we?