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I am actually pretty pleased with the ride quality and road holding capabilities of the stock suspension on my 2019 DCT, particularly for slabbing, but also for a lot of rural stuff that I regularly ride. I routinely run twisty roads with dramatic elevation changes, but always without pillion. So far, up until today, I was pretty pleased. I have accepted that the Goldwing is not a sport bike, so the fact that I can run quite a bit faster through many segments on my ZX14R than I can on the Wing hasn't bothered me.
But today I ran a segment that I've run many times on other bikes, including big heavy bikes, and this segment has always been a challenge for the big heavy bikes, but I was a bit surprised at how much of a challenge it was on the Wing.
It is a series of fairly tight (sometimes more than 180 degree) arcs. The speed limit is 55 nominal, but 35 to 45 posted in some areas. The elevation change is a drop on the order of 5% or 6%, and then a similar rise, over the course of several miles.
On the ZX14R or on a Tiger Explorer, or on a Supermoto, it is not hard to stay above 55 mph.
On big heavy bikes, like Rocket III Touring, F6B, K16GTL, ST1300, etc, it is hard to press to the speed limit.
On the 2019 DCT, I was surprised at how much work it was to stay at 55. I felt like I was barely able to hold the arcs at 55 mph in several instances. I felt like I was really getting close to the pegs at 55 mph.
What I want to know is this: If the bike is sticking to the road, and is not bottoming out or pogo-sticking, can one expect a speed increase going through this segment by going to a fancy aftermarket shocks without getting rid of the gigantic tires? My sense is that the bike is wheelbase and tire size limited ... but what do I know?
If you think the shock change would help, what's the reasoning? Just curious.
But today I ran a segment that I've run many times on other bikes, including big heavy bikes, and this segment has always been a challenge for the big heavy bikes, but I was a bit surprised at how much of a challenge it was on the Wing.
It is a series of fairly tight (sometimes more than 180 degree) arcs. The speed limit is 55 nominal, but 35 to 45 posted in some areas. The elevation change is a drop on the order of 5% or 6%, and then a similar rise, over the course of several miles.
On the ZX14R or on a Tiger Explorer, or on a Supermoto, it is not hard to stay above 55 mph.
On big heavy bikes, like Rocket III Touring, F6B, K16GTL, ST1300, etc, it is hard to press to the speed limit.
On the 2019 DCT, I was surprised at how much work it was to stay at 55. I felt like I was barely able to hold the arcs at 55 mph in several instances. I felt like I was really getting close to the pegs at 55 mph.
What I want to know is this: If the bike is sticking to the road, and is not bottoming out or pogo-sticking, can one expect a speed increase going through this segment by going to a fancy aftermarket shocks without getting rid of the gigantic tires? My sense is that the bike is wheelbase and tire size limited ... but what do I know?
If you think the shock change would help, what's the reasoning? Just curious.