SUSPENSION/STEERING AND CHASSIS
Exam Questions And Answers
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, Welcome to the Basic Vehicle Technologies 2: Suspension/Steering and Chassis eLearning and
certification test. This course is based on a series of topics from the Virtual Academy Systems
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Encyclopedia. - ANS Suspension Systems: Suspension Design, Handling Characteristics
Suspension Components: Shock Absorbers, Stabilizer Bars, Soft-Mount Suspension Subframes
Suspension Designs: Independent Multi-link Suspension, Independent Strut Front Suspension
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Steering Systems: Power Steering, Rack-and-Pinion Steering, Electrically Driven Hydraulic
Power Steering, Electric Power-assisted Steering
Advanced Handling Technologies: Active Understeer Control, Active Trace Control, Active Ride
Control
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Chassis Design: Chassis Philosophy, Structural Rigidity; Noise, Vibration, and Harshness; Front
Midship (FM) Platform
Body Construction: Unibody Construction, Body-on-Frame Construction, Utili-track System
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What's the purpose of benchmarking in the vehicle manufacturing process? - ANS 1.
Identify competitive strengths and weaknesses of competitive vehicles.
2. Manufacturers set standards by which they will judge their own new vehicle.
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What three functions should tire tread design provide on a wet surface? - ANS 1. Provide
the actual grip.
2. Channel away most of the water via large grooves in the tread.
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3. Mop up remaining water through channels and small slits in the tread.
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What does Active Understeer Control do? - ANS 1. Makes it easier for the vehicle to follow
the course the driver intends.
2. Uses Vehicle Dynamic Control to gently apply the brakes to the inside wheels.
How do run-flat tires work? - ANS Use reinforced sidewalls to support vehicle weight if
there's loss of air pressure
What does the structural rigidity of a chassis affect? - ANS 1. Reduces squeaks and rattles
caused by chassis flex.