rcmatt007 wrote:o, I only did the EML with a sidecar.... then there was the time with "leading link" without a sidecar.... thankfully I am still alive
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rcmatt007 wrote:o, I only did the EML with a sidecar.... then there was the time with "leading link" without a sidecar.... thankfully I am still alive
my lawyer says the proper response is, "it depends"UK_Andy wrote:I really like the idea of leading link on a solo.
So, if for instance the rake and trail were the same as standard and the brake was fitted in such a way to avoid the lifting associated with leading link..which front end handles better...leading link or telescopic?
"better" is a pretty unspecific word.UK_Andy wrote:I really like the idea of leading link on a solo.
So, if for instance the rake and trail were the same as standard and the brake was fitted in such a way to avoid the lifting associated with leading link..which front end handles better...leading link or telescopic?
lol. that wasnt my post. My goal is for it to lay frame when parked (kick stands already cut off) But I am still curious as to the ride as it will be ridden and not just for showsfish wrote:"better" is a pretty unspecific word.UK_Andy wrote:I really like the idea of leading link on a solo.
So, if for instance the rake and trail were the same as standard and the brake was fitted in such a way to avoid the lifting associated with leading link..which front end handles better...leading link or telescopic?
let me suggest "consistent" is preferable.
any suspension system that produces geometry changes during suspension travel is undesirable due to inconsistent response to rider and/or roadforce inputs.
Both systems you mention have geometry changes during travel.
Either system can have subsystems added to reduce the problem.
Let me remind you ,,your initial design goal was the ability to "lay frame" when parked at shows.