How to install synthetic running track?

As the demand for high-performance athletic surfaces continues to rise, the installation of synthetic running tracks has become a popular choice for schools, sports complexes, and community facilities. The process requires careful planning, precise execution, and adherence to industry standards. In this guide, we will walk you through the essential steps to successfully install a synthetic running track.

Preparation before synthetic running track construction

1. Technical Readiness

Familiarize teams with design drawings, coordinating a joint review for clarity. Develop construction plans and provide technical guidance to personnel.

2. Site Setup

Conduct a thorough site survey considering weather conditions. Establish on-site offices and material storage areas for clear construction demarcation.

3. Production Readiness

Secure construction permits, ensuring quality with raw material certificates and third-party testing. Arrange machinery, allocate resources, and conduct safety briefings for efficient execution.

Step-by-step guide for synthetic running track installation

Step1: Site Assessment and Preparation

In the meticulous process of synthetic rubber running track installation, the initial site assessment plays a pivotal role. Evaluate ground conditions, drainage, and topography with a keen focus on creating an ideal environment for the subsequent installation of a high-performance synthetic rubber surface.

Step2: Base Construction

Forge a resilient foundation for the synthetic rubber running track through precise base construction. Excavate existing soil, introducing aggregate materials to ensure a uniform subbase. Emphasize proper compaction, laying the groundwork for the exceptional qualities of a synthetic rubber running track.

Step3: Surface Material Selection

Choose the right material for your running track. Whether you choose polyurethane, latex, a combinationof the two, or rubber, make sure it suits your purpose. If you don’t know how to choose the material, you can click here to see our other article here.

Step4: Sub-base and Base Layer Installation

Elevate the installation process with the incorporation of a binder layer atop the prepared sub-base. This layer not only enhances surface stability but also fosters a robust bond with the chosen synthetic rubber material. The subsequent installation of the base layer solidifies the track’s resilience and enduring quality.

Step5: Synthetic Rubber Surface Installation

Execute a precision-driven installation of the synthetic rubber surface. Seamlessly integrate the synthetic rubber material, ensuring a flawless surface that embodies the high standards associated with this exceptional running track option. Attend to details such as lane markings, curves, and transitions for a visually and functionally impeccable result.

Step6: Line Markings and Graphics

As the synthetic rubber running track takes shape, adhere to specified regulations when applying line markings, lane numbers, and graphics. This step is especially critical, ensuring that the track meets the rigorous standards set for various sporting events.

Step7: Quality Control and Testing

Conduct rigorous quality control measures throughout the installation process, with a specific focus on the synthetic rubber surface’s performance. Measure surface evenness, ensuring slip resistance, and verify shock absorption capabilities. This meticulous testing guarantees that the track not only meets but exceeds safety and performance expectations.

Essential Considerations for Prolonging Running Track Lifespan

In the realm of running track installation, three often-overlooked yet critical components play a pivotal role in determining the track’s longevity and performance. These components, not typically on the radar of the average person or included in routine planning discussions, are essential for a successful running track project:

1. Laser-Controlled Asphalt

The proper installation of asphalt, guided by laser control, is paramount. Achieving the right density, smoothness, and planarity is crucial for laying a foundation that supports the subsequent layers of the track.

2. Stone Base

Creating a dense and stable foundation is a prerequisite for the asphalt layers. The stone base is instrumental in providing the necessary stability, contributing significantly to the overall quality and durability of the track.

3. Drainage

Effective drainage is the most important part, combating moisture—the pavement’s arch-nemesis. Removing unwanted moisture from the ground site is vital for preventing surface failures and ensuring the track’s integrity over time.

These components are interdependent, and the success of one relies on the others. The synthetic surface’s quality is directly linked to the substructure beneath it. For instance, if the asphalt pavement lacks proper smoothness and density, the synthetic surface becomes compromised. A mere 1/4″ deviation in smoothness can lead to hard spots and premature wear on the 3/8″ or 1/2″ thick synthetic surface.

Proper compaction of the asphalt, ensuring its designed density, is critical for the pavement’s longevity—crucial for meeting the expected 20-25 year lifespan of a synthetic surface. The success of the asphalt pavement hinges on the meticulous execution of the other two components: laser-controlled stone base construction and drainage.

Suggested installation seasons

The installation of a synthetic running track is influenced by various factors, and choosing the right season plays a crucial role in ensuring optimal construction conditions and the longevity of the track. While synthetic tracks can be installed throughout the year, certain seasons offer more favorable conditions for different reasons.

Spring and fall emerge as preferred seasons, characterized by moderate temperatures that facilitate proper curing and bonding of materials. The avoidance of extreme temperatures and careful planning around local climate patterns are essential factors to guarantee the success and longevity of the synthetic running track surface. Moreover, selecting a season with lower precipitation rates and aligning the installation timeline with the downtime of sports seasons further enhances the efficiency and effectiveness of the construction process.





Huadong Holding Group, a famous rubber products manufacturer in China, was founded on 1988.


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