hardingfv32 wrote:gato azul wrote:in as much as the mercury system is part of the suspension
The mercury system is not part of the suspension. That is the one of the main flaws in your position. The suspension's function or responses are NOT ALTERED in any way if there is no mercury system. That is a unrefutable fact.
Actually this is where your aguement is flawed. Change anything in a suspension system and you alter the response. Change a rubber seal and the damper needs to be set up from scratch. Thats an altered response.
A system is either designed with a mercury system as PART of TEH SYSTEM or it is not. Either way there is a tuned and altered response.
Now, don't get to excited before you respond and go into a long diatribe. Keep the response focused and on point. No rambling.
So drag from a wing acting on the suspension is illegal, but downforce from the same wing, compressing the suspension is perfectly legal - that´s an interesting point of view.
More rambling. I have no idea how you draw this conclusion from my statement. You need to think things out better before posting.
Brian
I think you need to go back and read your posts Brian.
I now understand why so many have left this forum as a direct result of you and a couple of others.There is no debating with you because your outcome is the arguement itself.
10.1.2 exist to prevent any system that utilises a pump or an external source to drive suspension pressure.
The arguement for a mercury system is that it is not eternal pump but merely a fluid transfer medium to balance loads at the wheels, and not add to what is already there
Your conjecture is that it is an external pump and that it adds laod that is not there.
We have showed you the science behind the reasoning for it not adding load that is not there. You refuse to see or understand it because your Majinon Line shall not be crossed.
I will leave you with a distiction between a pump and an "inertia valve"
A pump has mass and is part of the system. But at rest there is no system pressure. Load at the wheels is derived from the suspension holding the load by its bump stops. Elastomers in the damper units carry the load, not the hydraulic fluid and springs.
In this case load can be added and the suspension system pressure (Spring rate) will increase as long as the pump can cope. YThis system has an infinately adapting Spring rate. The Spring rate can be altered infinately while the car is in motion.
An Inertia valve is an integrated part of the system that sees suspension hydraulic pressure as a result of the load at the wheels. Load is carried by both hydraulic pressure (small) and the springs (large). However the system is set up for a load. Any additional load will result in a changed sag of the suspension till the springs can no longer cope. There is no external pump increasing or decreasing the spring rate. All that is changing is the damping rate not only in pitch but also in roll (where platform dampers fail)
This system has a spring rate defined by the springs fitted (these could be variable rate springs/torsion bars. This can only be changed while the car is stationary.
I am pretty sure you will now find another argument without actually ever concluding your own.