During Lo Position:
When the vehicle speed becomes
higher than approximately
5 km/h (3 mph), the vehicle
height transfers to normal.
The normal vehicle height is
maintained even if the vehicle
speed becomes lower than 5
km/h (3 mph).
"During Hi Position":
When the vehicle speed becomes
higher than approximately
30 km/h (19 mph), the vehicle
height transfers to normal. The
normal vehicle height is maintained
even if the vehicle speed
becomes lower than 30 km/h (19
mph).
"During Hi Position with Transfer shifted in Low":
When the vehicle speed becomes
higher than approximately
50 km/h (31 mph), the vehicle
height transfers to a height that is
approximately 25 mm (1 in.)
higher than the normal vehicle
height. When the vehicle speed
becomes lower than approximately
20 km/h (12.5 mph), it
returns to the high vehicle
height.
Also on the topic of what the system does other than height control and explicit setting of the damping switch:
2) Thumping Sensitive Control
When the road surface condition does not require a damping force, this function controls the actuator
so that their damping force will not increase.
As a result, both flatness and a soft ride have been achieved.
3) Unsprung Vibration Control
If unsprung resonance is detected, this function controls so that the damping force will not decrease
below a certain level, in order to reduce the unsprung resonance.
As a result, excellent road-holding performance has been ensured without affecting riding comfort.
4) Speed Sensitive Control
To optimally balance the vehicle’s riding comfort and road-holding performance, the damping force is
increased along with the increase in vehicle speed, in order to ensure stability during high-speed driving.
5) Anti-Roll Control
During cornering, this function makes the damping force firmer, thus restrating the body roll speed in
order to provide excellent stability and controllability.
6) Anti-Dive Control
During braking, this function makes the damping force firmer to restrain the body dive, thus ensuring
excellent stability and controllability.
7) Anti-Squat Control
During acceleration, this function makes the damping force firmer to minimize the changes in the vehicle
body posture to provide excellent stability and controllability.
8) Damping Force Control
The actuator uses a 16-step step motor to generate a continually variable damping force. This provides
a wide selection of damping force and enables a smooth transition of the damping force.
As a result, a minutely controlled damping force that accommodates various types of driving conditions
has been made possible.
"Right-Left Wheel Communicating Function"
Normally, an oil passage remains open between the shock absorbers for the right and left wheels. This
enables the suspension to contract and elongate smoothly when the right and left wheels move gradually
at opposite phases and provides excellent road-holding performance while driving on a winding road.
When the driver operates the steering wheel, the oil passage between the right and left shock absorbers
closes according to that condition. This restrains the increase of the vehicle body roll during cornering,
thus ensuring the vehicle’s stability and controllability.