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I did a SOA lift. I have the Rusty's RX300 reservoir shocks. The rear axle is a Chrysler 8.25 from an XJ, stripped of all of its mounts. So I need to weld new shock mounts. I'm debating on the changing the shock mounts, angle, and rotation. 1. Use original factory design. Weld shock mounts on axle same direction as the ones on the frame (parallel to axle) 2. Use factory top mounts, but weld new axle mount opposite direction of the factory top mounts. ( EX Top = __ and Bottom = | ) My reasoning is the shock will be able to tilt for flex, and tilt as the axle swings back as it goes up, due to the shackle. (obviously the bushing on the shock will allow that tilt, but limited) 3. make a new top shock mount and weld new mounts on axle, / \ something like that. I was also thinking of putting these on the factory top mounts to change the angle of the shock, http://lgcdn.jeep4x4center.com/media/catalog/product/cache/1/image/9df78eab33525d08d6e5fb8d27136e95/t/e/teraflex-shock-mounting-bracket-TF-1514700-bm_1511.jpg There are a few threads on rear shock installs, but not a lot of pictures. anyone want to share pictures of their install? Lastly, when I started my thought possess, I was thinking the shaft of the shock should be at ~50% when the truck is static. However, after putting more thought on it, I'm thinking its best to have only ~20% to 25% of the shock when truck is static. Allowing for greater droop / drop. As an axle is flexed (such as putting a tire 12" high, and the other tire 10" lower), as the axle is flexed up, the whole truck also lifts in Saved Content I did a SOA lift. I have the Rusty's RX300 reservoir shocks. The rear axle is a Chrysler 8.25 from an XJ, stripped of all of its mounts. So I need to weld new shock mounts. I'm debating on the changing the shock mounts, angle, and rotation. 1. Use original factory design. Weld shock mounts on axle same direction as the ones on the frame (parallel to axle) 2. Use factory top mounts, but weld new axle mount opposite direction of the factory top mounts. ( EX Top = __ and Bottom = | ) My reasoning is the shock will be able to tilt for flex, and tilt as the axle swings back as it goes up, due to the shackle. (obviously the bushing on the shock will allow that tilt, but limited) 3. make a new top shock mount and weld new mounts on axle, / \ something like that. I was also thinking of putting these on the factory top mounts to change the angle of the shock, http://lgcdn.jeep4x4...700-bm_1511.jpg There are a few threads on rear shock installs, but not a lot of pictures. anyone want to share pictures of their install? Lastly, when I started my thought possess, I was thinking the shaft of the shock should be at ~50% when the truck is static. However, after putting more thought on it, I'm thinking its best to have only ~20% to 25% of the shock when truck is static. Allowing for greater droop / drop. As an axle is flexed (such as putting a tire 12" high, and the other tire 10" lower), as the axle is flexed up, the whole truck also lifts in proportion to the articulation. So having equal length on the shaft may not be optimal. Is this what most of you have done?