Front Drag Racing Coil Springs

What Are Front Drag Racing Coil Springs?

Front drag racing coil springs are taller than OEM springs and use softer rates to give a car the correct ride height while providing more stored energy for instant weight transfer to the rear tires during launch. This helps to improve traction and contribute to more consistent 60-foot and quarter-mile performance.

Landrum Performance drag racing coil springs are produced with superior materials and manufacturing techniques to deliver the performance, reliability, and consistency you need to win.

For What Vehicles Are Landrum Front Drag Racing Coil Springs Available?

Landrum drag race springs are available for the front suspension of GM vehicles and are offered in configurations to fit OEM A-Arms and Aftermarket A-Arms with no modifications required. Springs with a 5” outer diameter and 18” length are available for 1964-1972 GM vehicles, and springs with a 5.5” outer diameter and 18” length are offered for 1973 and newer models.

All front springs are closed and ground on one end to provide proper contact with the frame. The opposite end is either open to properly fit into the lower control arm of OEM A-Arms or closed for Aftermarket A-Arms.

How Do Front Drag Racing Coil Springs Work?

A taller, lower-rate front spring compresses farther under the vehicle’s weight than a shorter, higher-rate spring while maintaining the desired ride height. This increased compression stores more energy in the spring and provides additional extension travel.

During launch, acceleration unloads the front suspension, allowing the spring to release its stored energy and extend. As the front suspension rises, the chassis rotates rearward, helping transfer load to the rear tires. This increases available rear-tire traction and helps the car put power to the track more effectively.

Spring rate, spring length, available suspension travel, and shock settings work together to control how quickly and how far the front suspension extends during launch.

What Are the Benefits of Drag Racing Coil Springs for the Front Suspension?

When used in the front suspension, drag racing coil springs can provide several performance advantages:

  • Improved weight transfer: Helps shift load toward the rear tires during acceleration.
  • Better rear-tire traction: Increased rear-tire loading can help improve traction during launch.
  • Greater suspension travel: Provides the extension travel needed for effective front suspension movement.
  • More controlled launches: Helps manage front-end movement during the initial portion of the run.
  • Improved consistency: Helps make suspension movement and weight transfer more repeatable from pass to pass.
  • Ride-height control: Maintains the desired static ride height while providing usable suspension travel.

What Metal is Best for Drag Racing Coil Springs?

Landrum uses high-tensile chrome-silicon alloy steel for drag race coil springs as it provides the strength, resilience, and fatigue resistance required for demanding drag racing applications while helping the spring maintain consistent rate and free height over repeated compression cycles.

How are Front Drag Racing Coil Springs Manufactured?

  • Springs are powder coated and not plated, which avoids hydrogen embrittlement, a condition that can be caused by electroplating and can weaken metal.
  • Every Landrum front drag racing coil spring is tested to verify that it is within 2% of its specified rate. A dyno sheet showing the test results is included with each spring.
  • The drag racing springs are designed with the correct pitch and height ratio to ensure a consistent rate throughout the entire compression cycle.

What Front Drag Racing Coil Spring Rates are Available?

Our Front Drag Racing Coil Springs are available in a range of rates:

  • 150 lbs./in.
  • 165 lbs./in.
  • 180 lbs./in.
  • 200 lbs./in.
  • 225 lbs./in.
  • 250 lbs./in.

The appropriate spring rate depends on factors such as vehicle weight, front-end weight, suspension configuration, and intended application.

Frequently Asked Questions About Front Drag Racing Coil Springs

What is the Difference Between Drag Racing Coil Springs and OEM Springs?

Front drag racing coil springs are typically taller and have softer spring rates than OEM springs. Their greater free height allows them to compress farther under vehicle weight while maintaining the required ride height, providing greater stored energy and more available suspension extension.

What Is Stored Energy in a Drag Racing Spring?

Stored energy in a drag racing spring is the potential energy created when the spring compresses under the vehicle’s weight. The amount of stored energy depends primarily on spring rate and how far the spring is compressed from its free height. A longer, softer spring stores more energy than a shorter, stiffer spring under the same load because it compresses farther while maintaining a similar installed ride height.

Do Front Drag Racing Coil Springs Change Ride Height?

Front drag racing coil springs can maintain the desired ride height despite being taller than OEM springs. Their softer spring rates allow greater compression under vehicle weight, resulting in the intended installed height.

How are Front Drag Racing Coil Springs Kept from Bowing?

Landrum drag race springs are cold wound, not hot wound. Each is properly heat treated and stress relieved to ensure the sides of the spring remain parallel during installation.

See our drag racing spring technical information for additional technical and application information.

Spring Compressor for 18-Inch Front Drag Racing Coil Springs

Landrum’s spring compressor is designed to make installation of its 18-inch Front Drag Racing Coil Springs easier.

This Spring Compressor makes it easy to install our 18” Front Drag Racing Coil Springs. Standard spring compressors just aren’t long enough to properly compress 18” springs, but our spring compressor is. The spring compressor is inserted through the top shock absorber opening and a long length threaded rod allows the compressor fingers to reach down to the bottom of the spring. A position adjustable bearing located toward the top of the rod seats on the top of the shock opening so the threaded rod turns freely when the spring compressor is tensioned or loosened.

Retail Price: $169.00

To purchase a spring compressor:

Download Spring Compressor Instructions:

[download id=”11860″]

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$109.99

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