I tried it today and it way diffrent car is sensitive,i was scared it was raining i will try it when is gona by dry
This is a non electronic suspension. There is no possible way turning off the DSC will change the handling characteristics. Simple spring suspension. You need electromagnetic shocks to have any sort of change, which for 23K our cars are sadly missing that option.
what kind of testing are you looking for?
This is a non electronic suspension. There is no possible way turning off the DSC will change the handling characteristics. Simple spring suspension. You need electromagnetic shocks to have any sort of change, which for 23K our cars are sadly missing that option.
DSC/ESC Defined said:Electronic stability control (ESC) is a technology that improves the safety of a vehicle's handling, by detecting and preventing skids and slides, helping the driver maintain control of the vehicle. This technology is applied through a computerized system.
ESC simplifies steering for the driver. ESC uses the vehicle's braking system as a tool for "steering" the vehicle back on track. Braking is automatically applied to individual wheels, such as the inner rear wheel to counter understeer, or the outer front wheel to counter oversteer. Some ESC systems also intervene by reducing engine power or accelerating the driven wheels
TCS Defined said:A traction control system (TCS), on current production vehicles, are typically (but not necessarily) electro-hydraulic systems designed to prevent loss of traction (and therefore the control of the vehicle) when excessive throttle or steering is applied by the driver. Although similar to electronic stability control systems, traction control systems do not have the same goal.
The intervention can consist of any, or all, of the following:
Retard or suppress the spark to one or more cylinders
Reduce fuel supply to one or more cylinders
Brake one or more wheels
Close the throttle, if the vehicle is fitted with drive by wire throttle.
In turbo-charged vehicles, the boost control solenoid can be actuated to reduce boost and therefore engine power.
Typically, the traction control system shares the brake actuator and the wheel speed sensors with the anti-lock braking system.
Traction control is not just used for moving a vehicle from stationary without slippage. During hard maneuvers in a front wheel drive car there is a point where the wheels cannot both steer and drive the car at the same time without losing traction. With traction control, it's less likely for this loss of control to occur. There is a limit though, when the tires lose grip. If the car does not corner as sharply as indicated by the front wheels, understeering occurs. In some front wheel drive cars, traction control can induce lift-off oversteering due to its throttle retarding capabilities. This can keep some cars stable in long maneuvers. In rear wheel drive cars, traction control can prevent oversteering.
All car manufacturers strongly point out in vehicle manuals that the traction control system is not to be taken for granted and that its presence should not encourage dangerous driving or situations beyond the driver's control.
The two long tire marks in front of my house disagree with this statement.If you hit the button after you start the car, it turns off DSC but TCS stays on.
The two long tire marks in front of my house disagree with this statement.
I wasn't looking down...I will have to next time.Was the TCS light flashing while you did this?
Good Lord, what it so difficult to understand about all this?! If you hit the button after you start the car, it turns off DSC but TCS stays on. If you hold the button while starting the car it turns off both TCS and DSC. It's that simple.
no diffrence in boost in any of the settings (all on, partial off, and all off) when the wheels are straight. confirmed with dashhawk i dont have the graphs anymore. psi diffrence between settings was negligable.