Looking at the boot, there are two buffers onto which the tailgate sits - black plastic posts that I think are height adjustable by screw thread.
I was thinking that some 2" diameter coil springs round these (with quite chunky gauge wire) might have sufficient pop to throw the boot open to the point when the gas struts can take over.
However, the boot is quite heavy to lift to the point where the struts take over. I think I need to use a fishing scale to measure how much force (N) is required to lift the boot gradually. Then find how much energy the springs would need to impart.
I suspect that to spring the boot up to the height where the struts take over it'll take quite a rapid acceleration. Could be 'interesting'.
My second thought is to fit thin coil springs over the top of the struts to improve their 'power' and thus lower the point at which they can take over.
I was thinking that some 2" diameter coil springs round these (with quite chunky gauge wire) might have sufficient pop to throw the boot open to the point when the gas struts can take over.
However, the boot is quite heavy to lift to the point where the struts take over. I think I need to use a fishing scale to measure how much force (N) is required to lift the boot gradually. Then find how much energy the springs would need to impart.
I suspect that to spring the boot up to the height where the struts take over it'll take quite a rapid acceleration. Could be 'interesting'.
My second thought is to fit thin coil springs over the top of the struts to improve their 'power' and thus lower the point at which they can take over.