SAFE!
Whose design is it anyway?
Hold the wheel!
Pump the Brakes!
I'm on a roll
100

When contaminated, I should be discarded and replaced

Friction material

100

This simple design can be used to support a vehicles weight and also provide power transfer to the wheels

Solid axle

100

This component connects the wheel knuckle to the steering gear

Tie Rod

100

This component allows the transfer of fluid from component to component in the brake system

Lines

100

This component connects the wheel to the suspension components and incorporates a wheel bearing

Knuckle

200

This system is used to prevent a vehicle from rolling when parked on an incline or decline

Parking Brake

200

This design incorporates 3 major components to support a wheel individually

MacPherson Strut

200

These steering systems use fluid pressure to provide power assisted steering

Hydraulic

200

This component in a drum brake system is used to push the brake shoes against the brake drum

Wheel cylinder

200

I connect the sway bar to the vehicles suspension

Sway Bar Link

300

This measurement for brake rotors and friction material determines the wear limit

Minimum Thickness

300

This design uses equal length upper and lower control arms to independently support a wheel

Double Wishbone

300

This component is used to dissipate heat from the power steering system, usually placed in the return line

Cooler

300

This component is used to create friction by squeezing the brake pads against the disc/rotor

Caliper

300

This component is used to prevent the transfer of noise from the sway bar to the chassis

Sway Bar Bushing

400

When required, this system cycles valves preventing the wheels from locking when traction is lost

Anti Lock Brake System

400

This more complex design uses multiple control arms to independently support a wheel.

Multi Link

400

These power steering systems incorporate an electric motor to provide power assisted steering

Electric

400

This component is used to provide power brake assist requiring less input pressure from the driver

Brake Booster

400
When twisted, this component transfers wheel load from one wheel to the vehicle's opposing wheel

Sway Bar

500

When contaminated, my boiling point decreases

Brake Fluid

500

This simple design uses a twist action in its spring to support vehicle weight

Torsion Bar

500

This design allows front and rear wheels to be turned, providing greater road stability and better cornering in tight spaces

Four wheel steering

500

A property of brake fluid that allows the fluid to absorb a small amount of moisture

Hygroscopic

500

This component replaces a traditional spring and can vary its rate to maintain ride height and improve comfort

Air Spring

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