Podcast
Questions and Answers
What is a primary advantage of the Double Wishbone suspension?
What is a primary advantage of the Double Wishbone suspension?
- It has the highest durability among all suspension types.
- It is the easiest suspension to replace parts.
- It allows for a constant geometry angle during turning. (correct)
- It requires very little space in the vehicle.
Why is the Multi-Link suspension considered more complicated than the Double Wishbone?
Why is the Multi-Link suspension considered more complicated than the Double Wishbone?
- It has fewer moving parts.
- It is easier to assemble and disassemble.
- It utilizes a simpler design geometry.
- It has separate parts held together by joints. (correct)
What is a key characteristic of Rigid Axle suspension?
What is a key characteristic of Rigid Axle suspension?
- It uses independent suspension for each wheel.
- It has a complicated construction design with multiple joints.
- The left and right wheels are connected to one axle. (correct)
- It has a very light weight suitable for small cars.
What factor makes the replacement of Multi-Link suspension parts more difficult?
What factor makes the replacement of Multi-Link suspension parts more difficult?
How does a good quality suspension benefit car handling?
How does a good quality suspension benefit car handling?
What is one of the drawbacks of the Double Wishbone suspension mentioned?
What is one of the drawbacks of the Double Wishbone suspension mentioned?
Which suspension type allows the wheels to pivot at the ends of the arm?
Which suspension type allows the wheels to pivot at the ends of the arm?
What is a benefit of Rigid Axle suspension regarding load-bearing?
What is a benefit of Rigid Axle suspension regarding load-bearing?
Which type of suspension is characterized by an upright shape supported by shock absorbers?
Which type of suspension is characterized by an upright shape supported by shock absorbers?
What is a major disadvantage of Macpherson suspension?
What is a major disadvantage of Macpherson suspension?
Independent suspension allows for which of the following advantages?
Independent suspension allows for which of the following advantages?
Which type of suspension is commonly found in older commercial vehicles in Indonesia?
Which type of suspension is commonly found in older commercial vehicles in Indonesia?
What is a distinctive feature of Air Suspension compared to other suspensions?
What is a distinctive feature of Air Suspension compared to other suspensions?
Which suspension type consists of two arms supporting the suspension system?
Which suspension type consists of two arms supporting the suspension system?
What is a characteristic feature of trailing arm suspension?
What is a characteristic feature of trailing arm suspension?
Why is Independent Suspension typically used in luxury cars?
Why is Independent Suspension typically used in luxury cars?
Which component is essential for the functioning of the Rigid - Leafspring suspension?
Which component is essential for the functioning of the Rigid - Leafspring suspension?
What is one disadvantage of Air Suspension compared to simpler suspensions?
What is one disadvantage of Air Suspension compared to simpler suspensions?
Flashcards
Double Wishbone Suspension
Double Wishbone Suspension
A suspension design where each wheel is connected to a pair of a-shaped arms called wishbones, providing independent suspension and good handling.
Drawback of Double Wishbone
Drawback of Double Wishbone
A drawback of the Double Wishbone suspension is that it takes up a considerable amount of space and replacing its components can be a time-consuming task.
Multi-Link Suspension
Multi-Link Suspension
A complex suspension system with multiple links and pivoting points, providing refined handling and control.
Rigid Axle Suspension
Rigid Axle Suspension
A solid axle connecting the wheels on the rear of the car, providing sturdy support and load-carrying capacity.
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Axle Rigid with Leaf Springs
Axle Rigid with Leaf Springs
A suspension with an axle connected to leaf springs, providing durable and simple support.
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Axle Rigid with Coil Springs
Axle Rigid with Coil Springs
A suspension with an axle connected to coil springs, providing a more comfortable ride than leaf springs.
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Suspension: Vibration Dampening
Suspension: Vibration Dampening
A suspension that dampens vibrations and shocks from uneven road surfaces, providing a smoother ride.
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Suspension: Handling and Stability
Suspension: Handling and Stability
A suspension not only provides a comfortable ride but also improves handling and stability, making driving safer and more controlled.
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Macpherson Suspension
Macpherson Suspension
A suspension system with one upright arm supported by shock absorbers, offering affordability but compromised handling in extreme conditions.
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Independent Suspension
Independent Suspension
A suspension system where each wheel is independently connected to the chassis, allowing for smooth and comfortable ride even on uneven roads.
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Rigid-Leafspring Suspension
Rigid-Leafspring Suspension
A simple and robust suspension often found in commercial vehicles and older cars, known for its durability and cost-effectiveness but less comfortable ride.
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Trailing Arm Suspension
Trailing Arm Suspension
A suspension system with a single trailing arm connecting the wheel to the chassis, offering a good balance between comfort and cost.
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Air Suspension
Air Suspension
A sophisticated suspension system that uses air pressure to adjust ride height and damping, offering superior comfort and control.
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Propeller Shaft
Propeller Shaft
A mechanical component that transmits power from the transmission to the rear axle, facilitating the rotation of the rear wheels.
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Parking Sensor
Parking Sensor
A technology designed to assist with parking by detecting objects near the vehicle, providing warnings and aiding in safe maneuvers.
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Powertrain
Powertrain
The system that drives a car, including the engine, transmission, and axles.
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Electric Car
Electric Car
A vehicle that uses electric motors instead of combustion engines for propulsion, offering cleaner and more efficient performance.
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Car Suspension Types
- Double Wishbone:
- Independent suspension design, maintaining constant geometry angles unaffected by turning or suspension movement.
- Requires significant space.
- Disassembly for shock absorber/breaker replacement is time-consuming.
- Prone to damage (broken ball joints, tie rods).
- Regular spooring recommended to prevent damage.
- Multi-Link:
- Complex design, several parts connected by joints.
- Component ends pivot on two sides of the arm.
- Designed to manipulate force direction on the wheel.
- Offers good grip and smooth car control
- Varied designs.
- Component replacement is time-consuming and parts can be rare/expensive.
- Rigid Axle:
- Typically placed at the rear.
- Two wheels connected by a single axle.
- Two models: leaf spring and coil spring (spring).
- Provides good quality and stability for various cars, especially large vehicles.
- Simple design, just one solid piece, and two springs.
- Suitable for heavy loads.
- Independent Suspension:
- Rear wheels are not directly connected, but via joints.
- Prevents car rocking when one rear wheel hits a bump.
- Complex design with independent axle movements.
- Includes flexible joints.
- Primarily used in luxury cars because it's fairly expensive.
- Provides a comfortable ride, proven with the Wuling Cortez CT Type S.
- MacPherson:
- Named after its inventor.
- Widely used in many cars.
- Affordable and simple components.
- Upright structure, shock absorbers as the center for car caster.
- Easily available.
- Less load-bearing capacity.
- Tyre grip decreases during turning due to changing tilt angle.
- Rigid-Leafspring:
- Common in Indonesian and older vehicles.
- Typically placed in the rear due to being stiff.
- Simple design, including Axle Housing and U-Bolts attached to the frame.
- Offers good resistance.
- Trailing Arm:
- Designed similarly to 3 Links - Rigid, yet has a different working mechanism.
- Connects the right and left sides.
- Commonly located at the rear of the vehicle.
- Air Suspension:
- Advanced technology, used in luxury cars.
- Suspension adjustment with computer control for refined adjustments.
- Complex design and high cost.
General Suspension Notes
- Suspensions dampen vibrations and shocks from bumpy roads, ensuring a comfortable driving experience.
- Improves car handling and stability on the road.
- A crucial part of a car, demanding regular attention.
- Different car brands employ different suspension types for optimal vehicle configuration.
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