The AMG steering wheel is designed with performance-focused features that significantly enhance handling, providing a more precise, responsive, and engaging driving experience. Here are the key ways it improves handling:

1. Sporty Design and Grip:

• Thicker rim: The AMG steering wheel often has a thicker grip than standard wheels. This gives the driver a more solid feel, improving control and allowing for better feedback from the road, especially in dynamic driving situations.
• Textured grip: Many AMG steering wheels are made from Alcantara or perforated leather, providing a non-slip, grippy surface. This helps the driver maintain better control during high-speed cornering or aggressive maneuvers, particularly when hands may get sweaty or when quick reactions are required.

2. D-Shape or Flat-Bottom Design:

• The AMG steering wheel often features a flat-bottom or D-shaped design. This shape not only gives the steering wheel a sportier look but also enhances ergonomics and ease of movement, allowing the driver to more easily position their hands during performance driving. The flat-bottom design also facilitates quicker and more precise steering inputs, especially during aggressive cornering.

3. Paddle Shifters:

• Paddle shifters integrated into the AMG steering wheel enable quick and precise gear changes without needing to remove your hands from the wheel. This is particularly beneficial during high-performance driving or track use, where fast gear shifting can contribute to smoother acceleration and cornering performance.

4. Improved Steering Feedback:

• The steering wheel’s design is optimized to provide better road feedback and steering precision, especially at higher speeds. This allows the driver to feel more connected to the road and enhances cornering accuracy. The thicker grip and sportier construction provide a greater sense of control, particularly during spirited driving or aggressive maneuvers.

5. Performance Mode Controls:

• Some AMG steering wheels are equipped with performance buttons that allow the driver to quickly adjust key performance settings, such as driving modes (e.g., Comfort, Sport, Race) and suspension settings. By adjusting these settings on the fly, the driver can fine-tune the car's handling characteristics to match the driving conditions, providing an even more responsive and dynamic driving experience.

6. Lightweight Construction:

• In some cases, the AMG steering wheel may feature materials such as carbon fiber, which is both lightweight and strong. Reducing the overall weight of the steering wheel can contribute to better handling by making the wheel easier to turn, improving responsiveness during quick directional changes.

7. Enhanced Ergonomics:

• The AMG steering wheel is designed to fit the driver’s hands more comfortably, providing better ergonomics for longer and more intense driving sessions. A comfortable grip allows for more precise and confident steering, which is essential for handling the car effectively, particularly in demanding driving situations like high-speed cornering or maneuvering through tight spaces.

8. Reduced Steering Effort:

• The AMG steering wheel’s design can help reduce the effort required to turn the wheel, especially in more aggressive driving modes. By making the steering feel more responsive and less cumbersome, it allows the driver to make quicker, more accurate inputs, which improves overall handling dynamics.

9. Instant Feedback for Performance Driving:

• The dynamic feel of the AMG steering wheel allows for more instant feedback when performing sharp turns or quick lane changes. This level of responsiveness gives the driver more control over the vehicle’s trajectory, which is crucial for high-performance driving and track use.

Conclusion:

The AMG steering wheel improves handling by offering a sportier design, enhanced grip, and better feedback from the road, giving the driver greater control over the vehicle, especially in high-performance or challenging driving conditions. The integration of paddle shifters, performance mode buttons, and ergonomic design helps make the driving experience more precise, responsive, and engaging, contributing to improved overall handling.