These are going in: Koni sports+SAS bars+Abbott Springs. First off, I want to thank Abbott for shipping the springs so fast. It took 3 days. With the exchange rate, the springs were a great deal (thanks to the bad economy). The Koni's took 5 weeks to get as they had to be made.
My first mistake was trying to loosen the front strut nut while still in the car. I used an electric impact gun to spin it off a little bit. Well I managed to spin it all the way off. This made it much harder to remove as I had to compress the spring while still in the wheel well to take out. Overall, I've had no problems taking off any bolt on the car ( California car
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I was going to install the rear Koni's but I wasn't sure what rebound setting I should start with. Some guys say 1 turn from fully soft. Some say 1.5 turns back from fully hard. Well I wanted to be a little bit more scientific about it. So I took each shock, clamped it in a vice upside down, and measured the rebound time when each shock is set to fully soft and fully hard over the rod's 8" range. What I discovered is that the rebound times between the pair are vastly different. Here are the results:
Shock #, Fully Soft, Fully Hard
1, 4.3 sec, 8.3 sec
2, 6.8 sec, 14.2 sec
It was difficult to determine if the rebound rates were linear over the 8" of travel but that is an assumption I'm making. So what this is telling me is if I made 1 turn for both shocks from fully soft, the #1 will be softer relative to shock #2. Another observation is that from fully soft to fully hard, the rebound rate approximately doubles. So if I want to start with 2 shocks that at least have the same rebound time, based on these times, I'm limited to 6.8-8.3 seconds of adjustment. What I don't know is if the rebound will change over time with use. In other words will the rebound times between the two shocks drift to a new range of times that may or may not even overlap?
At this point, I'm thinking about setting the shock adjustment so I get 8.3 second rebound which overlaps both shocks and over time, if the shocks get softer, then it's still in the range of both shocks. So this means I need to set shock 1 to fully hard and shock 2 to maybe Âľ turn from fully soft. We'll see what happens.
A special thanks to my 5 year old for helping
My first mistake was trying to loosen the front strut nut while still in the car. I used an electric impact gun to spin it off a little bit. Well I managed to spin it all the way off. This made it much harder to remove as I had to compress the spring while still in the wheel well to take out. Overall, I've had no problems taking off any bolt on the car ( California car
I was going to install the rear Koni's but I wasn't sure what rebound setting I should start with. Some guys say 1 turn from fully soft. Some say 1.5 turns back from fully hard. Well I wanted to be a little bit more scientific about it. So I took each shock, clamped it in a vice upside down, and measured the rebound time when each shock is set to fully soft and fully hard over the rod's 8" range. What I discovered is that the rebound times between the pair are vastly different. Here are the results:
Shock #, Fully Soft, Fully Hard
1, 4.3 sec, 8.3 sec
2, 6.8 sec, 14.2 sec
It was difficult to determine if the rebound rates were linear over the 8" of travel but that is an assumption I'm making. So what this is telling me is if I made 1 turn for both shocks from fully soft, the #1 will be softer relative to shock #2. Another observation is that from fully soft to fully hard, the rebound rate approximately doubles. So if I want to start with 2 shocks that at least have the same rebound time, based on these times, I'm limited to 6.8-8.3 seconds of adjustment. What I don't know is if the rebound will change over time with use. In other words will the rebound times between the two shocks drift to a new range of times that may or may not even overlap?
At this point, I'm thinking about setting the shock adjustment so I get 8.3 second rebound which overlaps both shocks and over time, if the shocks get softer, then it's still in the range of both shocks. So this means I need to set shock 1 to fully hard and shock 2 to maybe Âľ turn from fully soft. We'll see what happens.
A special thanks to my 5 year old for helping