Think about what way your birdcage rotates on the LR corner during hike up. The back of the cage goes up towards the frame. Try a straight 4 or 35 shock on the back and a 62 or 82 shock in front. You are slowing hike with the shock being stiff on compression with the rotation of the birdcage. Soft compression on the back and soft rebound on the front doesn't limit birdcage rotation.
I would also consider going to a 200# LR spring. It will hike up faster with a softer spring. With the steel motor, go to a 425-450# RF spring and a 35 shock.
I think Shaw bases their setup % on a 200# driver. Their setup is without the driver in the car. Since you are bigger than that, put 95# of lead in the car. Some in the seat (represents your torso) and some just in front on the floor pan (represents your legs). Set your ride heights this way also. Get your percentages corrent to their baseline numbers that way and then remove the lead and write them down without the lead and that's your new baseline to compensate for your size.
You should also try to get the angle in the j-bar to 5-7" range with the bar at center of pinion height. That's a crutch you shouldn't need if everything else is right.
SPark
I would also consider going to a 200# LR spring. It will hike up faster with a softer spring. With the steel motor, go to a 425-450# RF spring and a 35 shock.
I think Shaw bases their setup % on a 200# driver. Their setup is without the driver in the car. Since you are bigger than that, put 95# of lead in the car. Some in the seat (represents your torso) and some just in front on the floor pan (represents your legs). Set your ride heights this way also. Get your percentages corrent to their baseline numbers that way and then remove the lead and write them down without the lead and that's your new baseline to compensate for your size.
You should also try to get the angle in the j-bar to 5-7" range with the bar at center of pinion height. That's a crutch you shouldn't need if everything else is right.
SPark
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