Podcast
Questions and Answers
What is the first step in the four-wheel alignment process?
What is the first step in the four-wheel alignment process?
What can be used to correct rear camber?
What can be used to correct rear camber?
How can incorrect rear camber affect vehicle handling and tire life?
How can incorrect rear camber affect vehicle handling and tire life?
What adjusts the thrust angle and can be adjusted using an adjustable tie rod end or an eccentric cam?
What adjusts the thrust angle and can be adjusted using an adjustable tie rod end or an eccentric cam?
Signup and view all the answers
What is the toe-out setting used for in front-wheel-drive vehicles?
What is the toe-out setting used for in front-wheel-drive vehicles?
Signup and view all the answers
How can caster and camber be adjusted?
How can caster and camber be adjusted?
Signup and view all the answers
When is toe adjusted during the alignment process?
When is toe adjusted during the alignment process?
Signup and view all the answers
How should centerline steering be accomplished?
How should centerline steering be accomplished?
Signup and view all the answers
What type of alignment is required for autocrossing or road racing vehicles?
What type of alignment is required for autocrossing or road racing vehicles?
Signup and view all the answers
What is the purpose of tolerance adjustment in alignment?
What is the purpose of tolerance adjustment in alignment?
Signup and view all the answers
Study Notes
- Rear camber is the first step in the four-wheel alignment process.
- Rear camber can be corrected using aftermarket alignment kits or shims.
- Incorrect rear camber can affect vehicle handling and tire life.
- Rear toe adjusts the thrust angle and can be adjusted using an adjustable tie rod end or an eccentric cam.
- Toe-out setting is used in front-wheel-drive vehicles to compensate for the toe-in effect of engine torque.
- Caster and camber can be adjusted using shims or eccentric cams.
- Toe is always adjusted after caster and camber are set.
- Centerline steering should be accomplished by adjusting the tie rod length on both sides of the vehicle while the toe is set.
- Autocrossing or road racing vehicles require increased caster, negative camber, and slight toe-out position.
- Tolerance adjustment can be made by moving suspension attachment points within the build tolerance.
- Accurate alignments are possible on vehicles without factory methods of adjustment using alignment kits or parts.
- Aftermarket alignment kits are available for most vehicles.
- Sometimes the range of adjustment is not enough to compensate for faults caused by sagging frame members or accidents.
- Additional steps may be required when aligning a vehicle equipped with electronic suspension.
- The steering wheel angle and radar cruise control sensor may need to be recalibrated.
- The steering angle sensor (SAS) monitors the driver's steering input and is an input to various systems.
- Analog and digital steering angle sensors are used in vehicles.
- Many vehicles require the SAS to be reset or recalibrated after an alignment or steering system parts replacement.
- There are two basic types of reset procedures: self-calibration and scan tool calibration.
- The text includes a chart listing common alignment problems and their probable causes.
Studying That Suits You
Use AI to generate personalized quizzes and flashcards to suit your learning preferences.
Description
Think you know everything about four-wheel alignment? Put your knowledge to the test with this quiz! From rear camber to centerline steering, this quiz will cover all the basics and more. Learn about the importance of correct alignment and how it affects vehicle handling and tire life. Discover how to correct rear camber and rear toe using aftermarket alignment kits or shims, and how to adjust caster and camber using shims or eccentric cams. Find out about the different types of steering angle sensors and how
