Pros and Cons of Tubular Control Arms

tubular control arms explained

Tubular control arms provide advantages such as reduced weight, improved handling, and customization options, but they come with higher costs and potential compatibility issues. The lightweight construction of tubular arms enhances vehicle performance, while offering increased strength and durability. However, users may face challenges with installation complexity and specific vehicle fitments. Understanding the pros and cons of tubular control arms can help in making an informed decision when upgrading your suspension system.


  • Lightweight materials improve fuel efficiency and handling.
  • Increased strength and rigidity enhance cornering stability.
  • Design flexibility allows for customization and better performance.
  • Tubular arms offer superior support and reduced body roll.
  • Higher initial costs may limit availability and require specialized tools for installation.

Advantages of Tubular Control Arms

One of the primary advantages of utilizing tubular control arms in automotive suspension systems is their reduced weight compared to traditional stamped steel control arms. By using lightweight materials such as aluminum or chromoly steel, tubular control arms help decrease the overall weight of the suspension system. This reduction in weight offers several benefits, including improved fuel efficiency and better handling due to the lower unsprung weight.

Furthermore, tubular control arms are known for their increased strength and rigidity compared to stamped steel control arms. The tubular design allows for better load distribution and resistance to bending or flexing during cornering or over rough terrain. This enhanced durability translates to a more reliable and long-lasting suspension component that can withstand the rigors of daily driving or performance applications.

In addition to weight savings and improved strength, tubular control arms also offer greater design flexibility. Manufacturers can optimize the shape and geometry of tubular arms to achieve specific suspension characteristics, such as increased camber adjustability or reduced bump steer. This customization potential allows for fine-tuning of the suspension system to meet the desired performance goals.

Enhanced Handling Performance

When it comes to enhancing handling performance, tubular control arms offer significant benefits. Improved cornering stability and reduced body roll are key advantages that can greatly enhance the overall driving experience.

These factors contribute to a more responsive and controlled ride, making tubular control arms a valuable upgrade for performance-oriented drivers.

Improved Cornering Stability

Enhancing cornering stability through tubular control arms results in improved handling performance on various road conditions. Tubular control arms provide better support and rigidity compared to stock control arms, reducing flex during cornering. This reduction in flex allows the suspension to better maintain tire contact with the road surface, enhancing grip and traction.

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The improved cornering stability offered by tubular control arms translates into more precise and responsive steering. This means that drivers can navigate corners more effectively at higher speeds without sacrificing control.

Additionally, the reduced body roll associated with tubular control arms further enhances cornering stability by minimizing the swaying motion of the vehicle during sharp turns.

Reduced Body Roll

Improved handling performance is a key benefit of reduced body roll achieved through the use of tubular control arms. Body roll, the lateral leaning of a vehicle during cornering, can negatively impact handling by shifting weight and reducing tire contact with the road. Tubular control arms, with their stiffer construction compared to stock arms, help minimize body roll by providing better support and stability to the suspension system.

By reducing body roll, tubular control arms enhance handling performance in several ways. To start with, they help maintain a more consistent tire contact patch with the road surface, improving traction and grip during cornering. This results in better control and responsiveness, allowing the driver to navigate turns more confidently.

Additionally, reduced body roll contributes to a more predictable and stable driving experience, especially at higher speeds or when faced with sudden maneuvers.

Durability and Longevity Benefits

When it comes to durability and longevity benefits, tubular control arms stand out for their strength of design and corrosion resistance characteristics.

The sturdy construction of tubular control arms enhances the overall longevity of the vehicle's suspension system, providing a reliable component that can withstand various driving conditions.

Additionally, their corrosion-resistant properties make them a durable choice, ensuring the control arms can maintain their functionality over an extended period of time.

Strength of Design

The durability and longevity benefits of tubular control arms stem from their robust design and structural integrity. Tubular control arms are typically made from high-quality materials such as chromoly steel or aluminum, which are known for their strength and durability.

The tubular construction of these control arms allows for a more efficient distribution of stress and load-bearing capacity compared to traditional stamped steel control arms.

The design of tubular control arms also reduces weight without compromising strength, resulting in improved performance characteristics such as better handling and responsiveness. The tubular shape provides excellent resistance to bending and torsional forces, ensuring that the control arms can withstand the rigors of daily driving as well as more demanding conditions like off-road adventures or track racing.

Corrosion Resistance Characteristics

Enhanced resistance to corrosion is a key attribute contributing to the durability and longevity benefits of tubular control arms. Unlike traditional stamped steel control arms, tubular control arms are often made from materials like high-strength steel, aluminum, or even chromoly steel, which offer superior protection against corrosion. This corrosion resistance plays a crucial role in prolonging the lifespan of the control arms, especially in regions with harsh weather conditions or where road salt is used during winter months.

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Corrosion Resistance Benefits
1. Increased Durability
2. Extended Longevity
3. Improved Aesthetic Appeal

The table above highlights the key advantages of the corrosion resistance characteristics of tubular control arms. By maintaining their structural integrity over time and reducing the risk of rust or deterioration, these control arms provide a more reliable and long-lasting solution for vehicle suspension systems. Additionally, the improved aesthetic appeal resulting from the prevention of corrosion adds a visual benefit to the functionality of tubular control arms.

Weight Reduction and Improved Efficiency

One notable advantage of tubular control arms is the significant reduction in weight leading to enhanced operational efficiency. By utilizing lightweight materials such as aluminum or chromoly steel, tubular control arms are able to decrease the overall weight of the vehicle's suspension system.

This reduction in weight results in several benefits. To start, it helps improve the handling and responsiveness of the vehicle as there is less unsprung weight, allowing the suspension to react more quickly to bumps and road imperfections.

In addition, the lighter weight of tubular control arms can contribute to better fuel efficiency by reducing the overall load the engine needs to propel. Moreover, the decreased weight can also lead to less wear and tear on other suspension components, prolonging the lifespan of the entire system.

Disadvantages of Tubular Control Arms

Despite the weight reduction benefits, tubular control arms come with certain disadvantages that warrant consideration in the evaluation of their overall effectiveness in a vehicle's suspension system.

  • Cost: Tubular control arms are often more expensive to manufacture and purchase compared to stamped steel control arms, potentially increasing the overall cost of a vehicle's suspension system.
  • Durability: In some cases, tubular control arms may be less durable than their stamped steel counterparts, especially in off-road or high-stress driving conditions.
  • Complexity: The design of tubular control arms can be more intricate, which may lead to challenges during maintenance or repairs.
  • Compatibility: Due to variations in design and sizing, finding tubular control arms that are compatible with a specific vehicle model can be more difficult.
  • Installation: Tubular control arms may require specialized tools or expertise for proper installation, potentially adding to the overall installation cost and complexity.

Cost Considerations and Installation Challenges

When considering tubular control arms for a vehicle's suspension system, it is essential to evaluate both the cost implications and potential installation challenges associated with this component. Tubular control arms offer benefits such as weight reduction, improved strength, and better handling, but they can come with a higher price tag compared to their stamped steel counterparts. Additionally, the installation of tubular control arms may require more expertise and time due to their precise fitment requirements and potential need for adjustments during the setup process.

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Below is a table outlining the cost considerations and installation challenges of tubular control arms:

Aspect Cost Consideration Installation Challenge
Price Higher cost than stamped steel arms Requires precision in fitting
Material Lightweight and durable material Potential need for adjustments
Labor May require more labor for setup Expertise needed for installation

Frequently Asked Questions

Can Tubular Control Arms Be Used in All Vehicles?

Tubular control arms can be used in different vehicles, offering improved performance and handling traits. However, compatibility with specific models and the need for precise installation should be considered to ensure maximum functionality and safety.

Are Tubular Control Arms Compatible With Stock Suspension?

Tubular control arms can be compatible with stock suspension setups in many vehicles. However, it is crucial to verify proper fitment and compatibility before installation to maintain safe and peak performance of the vehicle's suspension system.

Do Tubular Control Arms Require Special Maintenance?

Tubular control arms do not typically require special maintenance beyond regular checks for wear and tear. However, it is recommended to follow the manufacturer's guidelines for proper care to ensure peak performance and longevity.

Can Tubular Control Arms Be Welded for Customization?

Tubular control arms can be welded for customization, allowing for modifications to suit specific needs or vehicle specifications. However, it is important to make sure that any welding is done by a skilled professional for structural integrity.

Are Tubular Control Arms Legal for Street Use?

Tubular control arms can be legal for street use if they meet specific regulations outlined by authorities. It is essential to verify that any modifications comply with local laws and safety standards to guarantee roadworthiness.


To sum up, tubular control arms offer numerous advantages such as enhanced handling performance, durability, longevity, weight reduction, and improved efficiency.

However, they also come with disadvantages including cost considerations and installation challenges.

Despite these drawbacks, the benefits of tubular control arms make them a popular choice for those looking to improve their vehicle's performance and overall driving experience.