عوامل اهتزاز عجلة القيادة أثناء القيادة

مكونات سيارة مسئولة عن تماسك وتثبيت السيارة.

المكونات التي تربط محاور العجلات بالهيكل، قد تسبب الاهتزاز عند سرعات معينة.

عملية تحقيق التوازن بين وزن الإطارات لتجنب الاهتزاز.

فحص و إصلاح أي تلف أو إجهاد في مكونات التعليق.

A vibration felt in the steering wheel, often at specific speeds or during braking.

Distortion of the brake rotor, usually due to overheating or uneven wear, resulting in vibrations during braking.

Uneven weight distribution on a wheel that causes vibration, especially at higher speeds.

Issues with the car's suspension system, such as worn-out shock absorbers or loose components, can cause vibrations through the steering wheel.

Uneven wear or damage to tires can create vibrations felt through the steering wheel, particularly at higher speeds.

Suspension components that are damaged or have lost their effectiveness due to wear and tear.

A decrease in the car's ability to maintain its balance and control, especially when turning or driving on uneven surfaces.

Worn suspension components can lead to a combination of issues, including steering wheel shaking and reduced vehicle stability.

Regular inspection and replacement of worn suspension parts are crucial for maintaining safe and comfortable driving.

Bearings that connect the wheel hub to the suspension and ensure smooth wheel rotation. They are critical for vehicle safety.

The precise positioning of the wheels to ensure they are parallel and properly aligned with the vehicle frame.

A common symptom of wheel bearing or alignment issues, often felt when braking or at specific speeds.

Misaligned wheels can cause uneven tire wear, poor handling, and vibrations felt in the steering wheel.

When your car's wheels are not aligned properly, it can cause uneven wear on the tires, especially on the inside tread.

The inner part of the tire's tread that experiences more wear when the wheels are not aligned correctly.

The outer part of the tire's tread that experiences less wear when the wheels are not aligned correctly.

Proper wheel alignment ensures even tire wear, extends tire life, and improves handling and stability.

When your car's wheels are not properly aligned, they are not pointing straight ahead.

An uneven distribution of weight on a tyre, causing vibration, especially at higher speeds.

The expected time period a tyre can be used safely, determined by factors like wear, age, and driving conditions.

Essential procedures after a tyre repair or installation to ensure safe, vibration-free driving.

Indicators that suggest a tyre may be imbalanced, such as steering wheel vibration, unusual noise, or tire wear.

To prevent vibration, improve ride comfort, and extend tyre lifespan.

Problems with the braking system, such as warped brake rotors, uneven brake pad wear or air in the brake lines, can cause the steering wheel to shake. This is because the brakes are directly linked to the wheels, affecting their rotation.

This happens when the metal brake rotors, which the brake pads press against, become uneven due to heat distortion or wear. They can cause vibrations, especially when braking.

Loose or worn steering linkage components, such as the steering column or tie rods, can cause shaking. These components are responsible for transmitting steering input to the wheels.

These are critical components that connect your steering linkage to the wheels, allowing them to swivel. If they wear down, it can lead to steering wheel shaking, especially when turning.

These components allow the wheels to spin freely. If they're damaged, they can cause a shaking sensation in the steering wheel, especially at higher speeds.

Systems that convert energy into motion or force, using components like engines and transmissions.

The process of transforming fuel energy into kinetic energy, like in a car engine.

Efficiently transferring power from the source to the intended application, like a transmission sending power to the wheels.

Systems that adjust the performance of a mechanical system based on needs, like cruise control in a car.

Systems that absorb shocks, maintain tire contact, and provide a smooth ride.

A type of suspension where each wheel moves independently, allowing for better handling and comfort.

Systems that decelerate or stop a vehicle using friction between brake pads and rotors.

Systems that allow drivers to control the vehicle's direction.