Continuous Damping Control (Cdc) - Cadillac 2014 ELR Owner's Manual

Cadillac ELR Owner Manual (GMNA-Localizing-U.S./Canada-6081525) -
2014 - crc - 10/2/13
9-36 Driving and Operating
For additional information on these
Modes, see Driver Selected
Operating Modes on page 9-23.
Tour Mode
Use for normal city and highway
driving to provide a smooth, soft
ride. Each time the vehicle is
started, it will return to Tour Mode.
Sport Mode
Use where road conditions or
personal preference demand a more
controlled response.
When selected, the Sport Mode
indicator will display in the DIC.
When in Sport Mode, the vehicle will
still shift automatically. The electric
drive unit may remain in gear longer
than it would in the normal driving
mode based on braking, throttle
input, and vehicle lateral
acceleration. The steering will
change to provide more precise
control. The suspension will change
to provide better body control and
handling performance.
Mountain Mode
Use when driving in very hilly or
mountainous terrain.
When selected, the Mountain Mode
indicator will display in the DIC.
This feature is intended to maintain
a reserve electrical charge of the
high voltage battery to provide
better grade climbing performance.
While driving in Mountain Mode, the
vehicle will have less responsive
acceleration.
Hold Mode
The Hold Mode is only available
when the vehicle is in the Electric
Mode. Use when wanting to change
to Extended Range Mode to
maintain the battery charge reserve.
See Extended Range Mode on
page 9-22.
When selected, the Hold Mode
indicator will display in the DIC.
This feature is intended to place the
remaining battery charge into a
reserve for the driver to use as
Black plate (36,1)
desired. Hold Mode will not change
normal vehicle acceleration or
braking performance.
Continuous Damping
Control (CDC)
The CDC feature provides superior
vehicle ride and handling under a
variety of passenger and loading
conditions.
The system is fully automatic and
uses a computer controller to
continuously monitor vehicle speed,
wheel to body position, lift/dive, and
steering position of the vehicle. The
controller then sends signals to
each shock absorber to
independently adjust the damping
level to provide the optimum
vehicle ride.