Purpose/Function
An intrusion-minimizing brake pedal has been adopted to the brake pedal to provide for a measure of safety in the event of an accident.
The intrusion-minimizing brake pedal mechanism reduces impact to the lower extremities of the driver by minimizing the amount of rearward brake pedal thrust in a frontal collision.
Construction
The intrusion minimizing brake pedal mechanism is structured on the brake pedal and consists of the following parts.
Pedal arm
Lever
Pin A
Pin B
Pin C
Bracket

Operation
During normal braking
When the brake pedal is depressed, the pedal arm rotates at the pin A fulcrum point, and the pedal depression force is transmitted to the fork of the power brake unit.
This pedal depression force pushes in the fork to operate the brakes.

Intrusion-minimizing operation
In a frontal collision, the brake pedal is forced rearward by the movement of the dashboard.
In response to this, force in the direction of X is applied to the brake pedal lever because the dashboard member and brake pedal lever interfere.
With the addition of force in the direction of X, pin C releases from the lever, and the lever rotates around the pin B fulcrum point.
When the lever rotates, it obstructs pin A at the fulcrum point of the pedal arm.
If the pedal rotates further, pin A separates from the bracket (notch), and the pedal is freed.
By freeing the pedal arm, the force applied to the lower extremities is reduced.

Brake Hose (Rear) Removal/Installation
Brake Pedal InspectionShift Control Module Removal/Installation [C66 M R]
Removal
1. Shift the shift lever to the neutral position.
2. Remove the plug hole plate..
3. Disconnect the negative battery cable..
4. Remove the air cleaner and air hose as a single unit..
5. Remove the battery and battery tray..
6. Disconnect the control cable from the transaxle.
a. ...
Propeller Shaft Inspection
1. Measure the propeller shaft center runout using the dial gauge.
If it exceeds the maximum specification, replace the propeller shaft as a
single component.
Propeller shaft maximum runout
0.8 mm {0.031 in}
2. Inspect the play and rotation of the joint by turning ...
Passenger Sensing System [Two Step Deployment Control System]
Purpose
The passenger sensing system detects whether or not there is an occupant
on the passenger seat to control the operation (deployment) of the passenger-side
air bag system corresponding to the detected condition.
Function
Measures the total seated weight on the passen ...