Cyclist
10th July 2021, 11:26 PM
Three months into D4 ownership I'm still smiling, but also endeavouring to learn this sophisticated machine. I have gleaned what I could from the manual, but I have questions.
I read that if mine is a 'later model' the suspension will drop 20mm if the speed exceeds 100 mph. I don't care whether mine does or does not, and I'm not close to finding out, but how does the system establish 20mm at speed? This relates to a general question: how is the signal from the height sensors processed? Are they in fact used when the car is in motion, when of course the height will not be constant?
I read that opening the crosslink valve(s) "increases wheel articulation and improves ride comfort at low vehicle speeds”. I can see how it might, but what if the vehicle is travelling around the side of a hill? There will be more weight on the downhill side, so if the crosslink valve was open it would tilt further, unless the control program knew that it was on an angle and compensated. Maybe it does that..
I read that if you put a load on the back the level will be maintained. Does this only happen when stationary? Comes back to the general question about how the height sensor data is processed.
Mr Google has not managed to satisfy my curiosity. Any pointers, anyone?
I read that if mine is a 'later model' the suspension will drop 20mm if the speed exceeds 100 mph. I don't care whether mine does or does not, and I'm not close to finding out, but how does the system establish 20mm at speed? This relates to a general question: how is the signal from the height sensors processed? Are they in fact used when the car is in motion, when of course the height will not be constant?
I read that opening the crosslink valve(s) "increases wheel articulation and improves ride comfort at low vehicle speeds”. I can see how it might, but what if the vehicle is travelling around the side of a hill? There will be more weight on the downhill side, so if the crosslink valve was open it would tilt further, unless the control program knew that it was on an angle and compensated. Maybe it does that..
I read that if you put a load on the back the level will be maintained. Does this only happen when stationary? Comes back to the general question about how the height sensor data is processed.
Mr Google has not managed to satisfy my curiosity. Any pointers, anyone?