Full Kit: $435 Shipped
Includes: 4 Shock Simulators and 4 Ride Height Sensor simulators
Half Kit: $260 Shipped
Includes: 2 Shock Simulators and 2 Ride Height Sensor simulators (Truck/SUVs: Bypass front OR rear only)
Simulator Kit Description
Provides a plug-n-play solution for replacing stock magnetic (FE4 - F55 - Z95) suspension on the latest generation of GM vehicles.
The shock and ride height simulators work together at each corner of the vehicle so the SCM (Suspension Control Module) believes the ride height is stable/stock and the shocks are connected.
Our shock simulators utilize OEM connectors and a rugged thermoconductive epoxy approved for automotive applications.
They have been tested in the most extreme vehicle environments.
Most of our Truck/SUV customers prefer the ease of installation of a fully assembled quick strut.
Example: Monroe 139104, Rancho RS Series, Fox 2.0/2.5, etc.
We can help you with suggesting replacement struts and shocks. Technical Notes:
- OEM approved TE Connectivity MCON hardware
- Encapsulated in thermo-conductive epoxy
- Solvent and acid Resistant, for harsh environment
- Every unit end-of-line tested
- Made in the USA
- 1 Year Warranty
- Shock Simulator Dimension: 2.5" x 1.0" x 0.8"
- Ride Height Simulator Dimension: 1.8" x 1.0" x 0.7"
- 0.5 oz (each)
RPO Code - Model (Years):
Z95 - GMC Sierra Yukon YukonXL Denali Tahoe Suburban Escalade(2015-2018) Magneride
F55 - Cadillac ATS (2013-2018) Magnetic Ride Control
F55 - Cadillac CTS (2014-2018) Magnetic Ride Control
FE4 - Corvette Z51/Z06 (2014-2018) Magnetic Selective Ride Control
F55 - Camaro (SS, ZL1, Z/28) (2012-2018)* Magnetic Ride Control
Suspension Control Module (SCM) Description
The suspension control module (SCM) commands variable levels of current to each shock absorber actuator in response to rough road, braking or abrupt steering maneuver driving conditions. The current variation is performed by pulse width modulation (PWM) of the system voltage. The SCM continuously measures the actual current of each actuator. When a deviation between commanded and actual current is detected, a DTC is set.
The SCM provides current to the shocks via 2 term connector the terminals for each shock are labeled:
- Strut Motor Decrease Damping Control
- Strut Motor Increase Damping Control
The electronic suspension control system, individually controls the damping force of each of the four shock absorbers in order to keep the vehicle's body as calm as possible. Changes of the damping forces can be accomplished within milliseconds. Suspension characteristics can be changed at any time by
activating the driver control mode. The electronic suspension control system consists of the following major components:
- Suspension control module (connected to 3 CAN busses)
- Four corner position sensors
- Four magnetorheological shock absorber actuators or struts
- Driver mode control switch
The SCM controls the damping forces according to the following factors:
- Vehicle speed
- Steering wheel position
- Engine torque
- Brake pressure
The SCM evaluates these inputs in order to separately control the shock absorbers, providing an enhanced ride and comfort level over the widest possible range of operating conditions.
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