Event Specific Reports
Various plots are reported in different vehicle events. The plots are selected based on metrics that are important for a given event.
The Reports can be accessed from the browser context menu on each event or you can also use the menu item
.The following topics list the plots, page-wise, for each event:
Constant Radius Event
- Steering Input and Accelerations
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Longitudinal Acceleration vs. Time
- Vehicle Velocities
- Yaw Rate vs. Time
- Longitudinal Velocity vs. Time
- Lateral Velocity vs. Time
- Vehicle Slip Angles
- Front Sideslip Angle vs. Time
- Rear Sideslip Angle vs. Time
- CG Sideslip Angle vs. Time
- Roll Angle
- Roll Angle vs. Time
- Steer/Suspension Travel
- Front Steer Angle vs. Time
- Rear Steer Angle vs. Time
- Front Suspension Travel-left vs. Time
- Front Suspension Travel-right vs. Time
- Rear Suspension Travel-left vs. Time
- Rear Suspension Travel-right vs. Time
- Steering, roll and torque
- Steering Wheel Angle vs. Lateral Acceleration
- Steering Wheel Torque vs. Lateral Acceleration
- Roll Angle vs. Lateral Acceleration
- Vehicle Path
- Vehicle Slip vs. Acceleration
- Front Axle Sideslip vs. Lateral Acceleration
- Rear Axle Sideslip vs. Lateral Acceleration
- CG Sideslip Angle vs. Lateral Acceleration
- Steering Wheel Angle vs. Vehicle Sideslip Angle
- Tire Lateral Slip
- Left Front Tire Lateral Slip vs. Time
- Right Front Tire Lateral Slip vs. Time
- Left Rear Tire Lateral Slip vs. Time
- Right Rear Tire Lateral Slip vs. Time
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Lateral Tire Forces
- Left Front Tire Lateral Force vs. Time
- Right Front Tire Lateral Force vs. Time
- Left Rear Tire Lateral Force vs. Time
- Right Rear Tire Lateral Force vs. Time
- Longitudinal Tire Forces
- Left Front Tire Longitudinal Force vs. Time
- Right Front Tire Longitudinal Force vs. Time
- Left Rear Tire Longitudinal Force vs. Time
- Right Rear Tire Longitudinal Force vs. Time
- Wheel Aligning Torques
- Left Front Tire Aligning Torque vs. Time
- Right Front Tire Aligning Torque vs. Time
- Left Rear Tire Aligning Torque vs. Time
- Right Rear Tire Aligning Torque vs. Time
- Vertical Tire Forces vs. Lateral Acceleration
- Left Front Tire Vertical Force vs. Lateral Acceleration
- Right Front Tire Vertical Force vs. Lateral Acceleration
- Left Rear Tire Vertical Force vs. Lateral Acceleration
- Right Rear Tire Vertical Force vs. Lateral Acceleration
- Lateral Load Transfer
- Front Lateral Load Transfer vs. Lateral Acceleration
- Rear Lateral Load Transfer vs. Lateral Acceleration
Single Lane Change Event
- Steering Input and Accelerations
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Longitudinal Acceleration vs. Time
- Vehicle Velocities
- Yaw Rate vs. Time
- Longitudinal Velocity vs. Time
- Lateral Velocity vs. Time
- Vehicle Slip Angles
- Front Sideslip Angle vs. Time
- Rear Sideslip Angle vs. Time
- CG Sideslip Angle vs. Time
- Roll Angle
- Roll Angle vs. Time
- Steer/Suspension Travel
- Front Steer Angle vs. Time
- Rear Steer Angle vs. Time
- Front Suspension Travel-left vs. Time
- Front Suspension Travel-right vs. Time
- Rear Suspension Travel-left vs. Time
- Rear Suspension Travel-right vs. Time
- Steering, roll and torque
- Steering Wheel Angle vs. Lateral Acceleration
- Steering Wheel Torque vs. Lateral Acceleration
- Roll Angle vs. Lateral Acceleration
- Vehicle Slip vs. Acceleration
- Front Axle Sideslip vs. Lateral Acceleration
- Rear Axle Sideslip vs. Lateral Acceleration
- CG Sideslip Angle vs. Lateral Acceleration
- Steering Wheel Angle vs. Vehicle Sideslip Angle
- Vehicle CG Displacement
- Vehicle CG Disp(Y) vs. Vehicle CG Disp(X)
Double Lane Change Event
- Steering Input and Accelerations
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Longitudinal Acceleration vs. Time
- Vehicle Velocities
- Yaw Rate vs. Time
- Longitudinal Velocity vs. Time
- Lateral Velocity vs. Time
- Vehicle Slip Angles
- Front Sideslip Angle vs. Time
- Rear Sideslip Angle vs. Time
- CG Sideslip Angle vs. Time
- Roll Angle
- Roll Angle vs. Time
- Steer/Suspension Travel
- Front Steer Angle vs. Time
- Rear Steer Angle vs. Time
- Front Suspension Travel-left vs. Time
- Front Suspension Travel-right vs. Time
- Rear Suspension Travel-left vs. Time
- Rear Suspension Travel-right vs. Time
- Steering, roll and torque
- Steering Wheel Angle vs. Lateral Acceleration
- Steering Wheel Torque vs. Lateral Acceleration
- Roll Angle vs. Lateral Acceleration
- Vehicle Slip vs. Acceleration
- Front Axle Sideslip vs. Lateral Acceleration
- Rear Axle Sideslip vs. Lateral Acceleration
- CG Sideslip Angle vs. Lateral Acceleration
- Steering Wheel Angle vs. Vehicle Sideslip Angle
- Vehicle CG Displacement
- Vehicle CG Disp(Y) vs. Vehicle CG Disp(X)
Swept Sine Event
- Swept Sine: SWA, Lateral Acceleration, Yaw Rate, Roll
- Steering Wheel Angle vs. Time
- Lateral Acceleration vs. Time
- Yaw Rate vs. Time
- Roll Angle vs. Time
- Frequency Plots, Magnitude and Phase
- Ay/Steering Wheel Angle Magnitude
- Ay/Steering Wheel Angle Phase
- Frequency Plots, Magnitude and Phase
- Yaw Rate/Steering Wheel Angle Magnitude
- Yaw Rate/Steering Wheel Angle Phase
- Frequency Plots, Magnitude and Phase
- Roll/Ay Magnitude
- Roll/Ay Phase
Straight Line Acceleration Event
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Longitudinal Tire Forces
- Left Front Tire Longitudinal Force vs. Time
- Right Front Tire Longitudinal Force vs. Time
- Left Rear Tire Longitudinal Force vs. Time
- Right Rear Tire Longitudinal Force vs. Time
- Tire Longitudinal Slip
- Left Front Tire Longitudinal Slip vs. Time
- Right Front Tire Longitudinal Slip vs. Time
- Left Rear Tire Longitudinal Slip vs. Time
- Right Rear Tire Longitudinal Slip vs. Time
- Vertical Longitudinal Acceleration and Velocity
- Longitudinal Acceleration vs. Time
- Longitudinal Velocity vs. Time
- Suspension Travel
- Front Suspension Travel-left vs. Time
- Front Suspension Travel-right vs. Time
- Rear Suspension Travel-left vs. Time
- Rear Suspension Travel-right vs. Time
- Steering Wheel Angle and Torque
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Drive Torque vs. Time
- Pitch, Front Lift and Rear Squat
- Pitch vs. Longitudinal Acceleration
- Front Lift vs. Longitudinal Acceleration
- Rear Squat vs. Longitudinal Acceleration
- Vehicle Tire Forces
- Left Front Tire Vertical Force vs. Longitudinal Acceleration
- Right Front Tire Vertical Force vs. Longitudinal Acceleration
- Left Rear Tire Vertical Force vs. Longitudinal Acceleration
- Right Rear Tire Vertical Force vs. Longitudinal Acceleration
- Axle Loads
- Front Axle Load vs. Longitudinal Acceleration
- Rear Axle Load vs. Longitudinal Acceleration
- Longitudinal Acceleration
- Left Load Transfer vs. Longitudinal Acceleration
- Right Load Transfer vs. Longitudinal Acceleration
Straight Line Braking Event
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Longitudinal Tire Forces
- Left Front Tire Longitudinal Force vs. Time
- Right Front Tire Longitudinal Force vs. Time
- Left Rear Tire Longitudinal Force vs. Time
- Right Rear Tire Longitudinal Force vs. Time
- Tire Longitudinal Slip
- Left Front Tire Longitudinal Slip vs. Time
- Right Front Tire Longitudinal Slip vs. Time
- Left Rear Tire Longitudinal Slip vs. Time
- Right Rear Tire Longitudinal Slip vs. Time
- Vertical Longitudinal Deceleration and Velocity
- Longitudinal Deceleration vs. Time
- Longitudinal Velocity vs. Time
- Suspension Travel
- Front Suspension Travel-left vs. Time
- Front Suspension Travel-right vs. Time
- Rear Suspension Travel-left vs. Time
- Rear Suspension Travel-right vs. Time
- Steering Wheel Angle and Torque
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Brake Torque
- Left Front Brake Torque vs. Time
- Right Front Brake Torque vs. Time
- Left Rear Brake Torque vs. Time
- Right Rear Brake Torque vs. Time
- Pitch, Front Drive and Rear Lift
- Pitch vs. Longitudinal Deceleration
- Front Drive vs. Vehicle Deceleration
- Rear Lift vs. Vehicle Deceleration
- Vehicle Tire Forces
- Left Front Tire Vertical Force vs. Vehicle Deceleration
- Right Front Tire Vertical Force vs. Vehicle Deceleration
- Left Rear Tire Vertical Force vs. Vehicle Deceleration
- Right Rear Tire Vertical Force vs. Vehicle Deceleration
- Axle Loads
- Front Axle Load vs. Vehicle Deceleration
- Rear Axle Load vs. Vehicle Deceleration
- Longitudinal Load Transfer
- Left Load Transfer vs. Longitudinal Deceleration
- Right Load Transfer vs. Longitudinal Deceleration
Sinusoidal Steering Event
- Steering Input and Acceleration
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Roll Angle vs. Time
- Longitudinal Tire Forces
- Yaw Rate vs. Time
- Vehicle CG Displacement vs. Time
Brake In Turn Event
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Axle Loads
- Front Axle Load vs. Lateral Acceleration
- Rear Axle Load vs. Lateral Acceleration
- Steering Input and Acceleration
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Roll Angle vs. Time
- Lateral Load Transfer
- Front Load Transfer vs. Lateral Acceleration
- Rear Load Transfer vs. Lateral Acceleration
- Longitudinal Acceleration vs. Time
- Vehicle CG Displacement vs. Time
J Turn Event
- Tire Lateral Slip
- Left Front Tire Lateral Slip vs. Time
- Right Front Tire Lateral Slip vs. Time
- Left Rear Tire Lateral Slip vs. Time
- Right Rear Tire Lateral Slip vs. Time
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Vertical Tire Forces vs. Lateral Acceleration
- Left Front Tire Vertical Force vs. Lateral Acceleration
- Right Front Tire Vertical Force vs. Lateral Acceleration
- Left Rear Tire Vertical Force vs. Lateral Acceleration
- Right Rear Tire Vertical Force vs. Lateral Acceleration
- Axle Loads
- Front Axle Load vs. Lateral Acceleration
- Rear Axle Load vs. Lateral Acceleration
- Steering, Roll and Torque
- Steering Wheel Angle vs. Lateral Acceleration
- Steering Wheel Torque vs. Lateral Acceleration
- Roll Angle vs. Lateral Acceleration
- Yaw Rate vs. Lateral Acceleration
- Sideslip
- Front Axle Sideslip vs. Lateral Acceleration
- Rear Axle Sideslip vs. Lateral Acceleration
- CG Sideslip Angle
- CG Sideslip Angle vs. Lateral Acceleration
- Understeer vs. Lateral Acceleration
- Lateral Load Transfer
- Front Load Transfer vs. Lateral Acceleration
- Rear Load Transfer vs. Lateral Acceleration
- Steering Wheel Angle vs. Time
- Vehicle CG Displacement vs. Time
Throttle-off Cornering Event
- Steering Input and Acceleration
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Roll Angle vs. Time
- Longitudinal Tire Forces
- Yaw Rate vs. Time
- Drive Torque vs. Time
- Vehicle CG Displacement
- Vehicle CG Displacement vs. Time
Swept Steer Event
- Steering Input and Acceleration
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Longitudinal Acceleration vs. Time
- Vehicle Velocities
- Yaw Rate vs. Time
- Longitudinal Velocity vs. Time
- Lateral Velocity vs. Time
- Vehicle Slip Angles
- Front Sideslip Angle vs. Time
- Rear Sideslip Angle vs. Time
- CG Sideslip Angle vs. Time
- Roll Angle
- Roll Angle vs. Time
- Steer/Suspension Travel
- Front Steer Angle vs. Time
- Rear Steer Angle vs. Time
- Front Suspension Travel-left vs. Time
- Front Suspension Travel-right vs. Time
- Rear Suspension Travel-left vs. Time
- Rear Suspension Travel-right vs. Time
- Steering, roll and torque
- Steering Wheel Angle vs. Lateral Acceleration
- Steering Wheel Torque vs. Lateral Acceleration
- Roll Angle vs. Lateral Acceleration
- Vehicle Path
- Vehicle Slip vs. Acceleration
- Front Axle Sideslip vs. Lateral Acceleration
- Rear Axle Sideslip vs. Lateral Acceleration
- CG Sideslip Angle vs. Lateral Acceleration
- Steering Wheel Angle vs. Vehicle Sideslip Angle
- Tire Lateral Slip
- Left Front Tire Lateral Slip vs. Time
- Right Front Tire Lateral Slip vs. Time
- Left Rear Tire Lateral Slip vs. Time
- Right Rear Tire Lateral Slip vs. Time
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Lateral Tire Forces
- Left Front Tire Lateral Force vs. Time
- Right Front Tire Lateral Force vs. Time
- Left Rear Tire Lateral Force vs. Time
- Right Rear Tire Lateral Force vs. Time
- Longitudinal Tire Forces
- Left Front Tire Longitudinal Force vs. Time
- Right Front Tire Longitudinal Force vs. Time
- Left Rear Tire Longitudinal Force vs. Time
- Right Rear Tire Longitudinal Force vs. Time
- Wheel Aligning Torques
- Left Front Tire Aligning Torque vs. Time
- Right Front Tire Aligning Torque vs. Time
- Left Rear Tire Aligning Torque vs. Time
- Right Rear Tire Aligning Torque vs. Time
- Vertical Tire Forces vs. Lateral Acceleration
- Left Front Tire Vertical Force vs. Lateral Acceleration
- Right Front Tire Vertical Force vs. Lateral Acceleration
- Left Rear Tire Vertical Force vs. Lateral Acceleration
- Right Rear Tire Vertical Force vs. Lateral Acceleration
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- Yaw Rate vs. Lateral Acceleration
- Understeer vs. Lateral Acceleration
- Lateral Load Transfer
- Front Lateral Load Transfer vs. Lateral Acceleration
- Rear Lateral Load Transfer vs. Lateral Acceleration
Pulse Steer Event
- Yaw Rate and Vehicle CG Displacement
- Yaw Rate vs. Time
- Vehicle CG Displacement vs. Time
- Steering Input
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
Throttle-off Turn-in Event
- Tire Lateral Slip
- Left Front Tire Lateral Slip vs. Time
- Right Front Tire Lateral Slip vs. Time
- Left Rear Tire Lateral Slip vs. Time
- Right Rear Tire Lateral Slip vs. Time
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Axle Loads
- Front Axle Load vs. Lateral Acceleration
- Rear Axle Load vs. Lateral Acceleration
- Steering Input and Acceleration
- Steering Wheel Angle vs. Time
- Steering Wheel Torque vs. Time
- Lateral Acceleration vs. Time
- Roll Angle vs. Time
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- CG Sideslip Angle vs. Lateral Acceleration
- Understeer vs. Lateral Acceleration
- Front Axle Sideslip vs. Lateral Acceleration
- Rear Axle Sideslip vs. Lateral Acceleration
- Lateral Load Transfer
- Front Load Transfer vs. Lateral Acceleration
- Rear Load Transfer vs. Lateral Acceleration
- Engine Torque vs. Time
- Longitudinal Velocity vs. Time
- Vehicle CG Displacement
- Vehicle CG Displacement vs. Time
Step Steer Event
- Steering Input and Acceleration
- Steering Wheel Angle vs. Time
- Yaw Rate vs. Time
- Lateral Acceleration vs. Time
- Roll Angle vs. Time
- Vehicle Slip Angles
- Front Sideslip Angle vs. Time
- Rear Sideslip Angle vs. Time
- CG Sideslip Angle vs. Time
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Time
- Right Front Tire Vertical Force vs. Time
- Left Rear Tire Vertical Force vs. Time
- Right Rear Tire Vertical Force vs. Time
- Lateral Tire Forces
- Left Front Tire Lateral Force vs. Time
- Right Front Tire Lateral Force vs. Time
- Left Rear Tire Lateral Force vs. Time
- Right Rear Tire Lateral Force vs. Time
- Longitudinal Tire Forces
- Longitudinal Velocity vs. Time
- Vertical Tire Forces vs. Lateral Acceleration
- Left Front Tire Vertical Force vs. Lateral Acceleration
- Right Front Tire Vertical Force vs. Lateral Acceleration
- Left Rear Tire Vertical Force vs. Lateral Acceleration
- Right Rear Tire Vertical Force vs. Lateral Acceleration
- Steering Wheel, Torque and Roll
- Steering Wheel Angle vs. Lateral Acceleration
- Steering Wheel Torque vs. Lateral Acceleration
- Roll Angle vs. Lateral Acceleration
- Yaw Rate vs. Lateral Acceleration
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- Yaw Rate vs. Lateral Acceleration
- Understeer vs. Lateral Acceleration
- Vehicle Slip vs. Acceleration
- Front Axle Sideslip vs. Lateral Acceleration
- Rear Axle Sideslip vs. Lateral Acceleration
- CG Sideslip Angle vs. Lateral Acceleration
- Lateral Load Transfer
- Front Load Transfer vs. Lateral Acceleration
- Rear Load Transfer vs. Lateral Acceleration
Power Off in a Straight Line Event
- Vertical Tire Forces
- Left Front Tire Vertical Force vs. Longitudinal Acceleration
- Right Front Tire Vertical Force vs. Longitudinal Acceleration
- Left Rear Tire Vertical Force vs. Longitudinal Acceleration
- Right Rear Tire Vertical Force vs. Longitudinal Acceleration
- Axle Loads
- Front Axle Load vs. Longitudinal Acceleration
- Rear Axle Load vs. Longitudinal Acceleration
-
- Pitch vs. Longitudinal Acceleration
- Front Drive vs. Longitudinal Acceleration
- Rear Lift vs. Longitudinal Acceleration
- Steering Wheel Angle vs. Time
- Vehicle CG Displacement vs. Time
n-Post Shaker Event
- Signal Type = Acceleration/Displacement
- Animation of the Event
- Vehicle Body Accelerations
- Steering Wheel Accelerations
- Wheel Restraint Forces (as many pages as the number of wheels)
- Actuator Displacements (as many pages as the number of actuators)
- Actuator Forces X/Y/Z (as many pages as the number of actuators)
- Signal Type = Force/Moments
- Animation of the Event
- Vehicle Body Accelerations
- Steering Wheel Accelerations
- Actuator Force/Moments
Stability Analysis
- Analysis Mode = Linear
- Animation of the Event
- Eigenvalues reported by MotionSolve for the model (.eig file)
- Analysis Mode = Apply Pulse/Apply Disturbance
- Animation of the Event
- Applied Pulse or Disturbance
- Force Magnitude
- Torque Magnitude
- Steering Wheel Angle
- Steer Angle vs Time
- FFT Magnitude of Steer Angle
- Vehicle Displacements
- Roll Angle vs Time
- FFT Magnitude of Roll Angle
- Yaw Angle vs Time
- FFT Magnitude of Yaw Angle