Outdoor Prefabricated Running Track Manufacturer

LEADING THE INDUSTRY

EXPERT RUNNING TRACK MANUFACTURER

Specializing in Prefabricated Rubber Tracks for Sports, Serving the Global Sports Industry

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PROVIDING WORLD-CLASS SPORTS TRACKS FOR ELITE GLOBAL EVENTS

Globally Certified, Innovative Technology, Supporting Top-Tier Sporting Events

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Running Track For Competitive Sports Solution

INTERNATIONAL STANDARDS
EXCEPTIONAL PERFORMANCE

Globally Certified, Delivering High-Performance, Long-Lasting Track Solutions

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HOT PRODUCTS

HIGH STANDARD SPORT FLOORING AND TRACKS

Whether it’s an athletics track, a multi-sport gymnasium, or specialized indoor and outdoor sports surfaces, HUADONG TRACK provides premium prefabricated rubber track and multifunctional rubber flooring solutions tailored to meet your budget and performance requirements.

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ABOUT HUADONGTRACK

TOP PREFABRICATED RUBBER RUNNING TRACK

DESIGNER AND MANUFACTURER

Huadong Track — operated by Huadong Holding Group Sports Equipment Co., Ltd. — is a World Athletics dual-certified Chinese manufacturer specializing in prefabricated rubber running tracks. Founded in 1988 in Wenzhou, Zhejiang, Huadong Track holds both the Product Certificate and IAAF Class 1 facility certification, with a complete in-house R&D, production, and installation system. Its 16,000 m² track at the Incheon Asiad Main Stadium served the 2014 Asian Games. Huadong Track exports to South Korea, Malaysia, Russia and 20+ countries with a green, recyclable one-stop sports surface.

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YEARS OF EXPERIENCE

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INSTALLATIONS

SQM OF SPORT SURFACE

SPORT RUNNING TRACKS FOR ALL APPLICATIONS

Our prefabricated rubber tracks, suitable for sports venues, schools and educational institutions,

offer exceptional durability and high performance, meeting the demands of diverse athletic events.

SCHOOLS AND EDUCATIONAL INSTITUTIONS

GYMS AND MULTI-FUNCTIONAL SPORTS GROUNDS

PROFESSIONAL SPORTS VENUES

COMMERCIAL SPORTS FACILITIES AND PUBLIC SPACES

LATEST BLOG

November 11, 2026

Defining the Required Standard for a Professional Athletics Stadium

Stadium design should begin by establishing the intended use, competition objectives and facility category. These decisions determine the running track, field-event facilities, drainage and acceptance documentation. The classification framework discussed here divides competitions into 11 categories, each associated with one of five construction categories, I to V. Separately, the Chinese Athletics Association Regulations for the Acceptance of Athletics Facilities define five outdoor acceptance grades: Category I Grade A, Category I Grade B, Category II Grade A, Category II Grade B and Category III. Without a clear target, different disciplines may work to different design assumptions, producing a facility whose individual elements comply but whose overall functions do not fit together.

November 11, 2026

Fitting a Standard 400 m Running Track Within a Constrained Site

Positioning a 400 m track requires the measurement-line geometry, straight-track events, safety areas, field-event provision and drainage to work together. The cited reference identifies bend radii between 35.00 m and 38.00 m as suitable for a 400 m oval, with 36.50 m preferred and recommended for new standard-track construction. Checking the outside outline alone does not establish that the facility can perform its intended functions. Start and run-out areas, inner and outer safety spaces and the actual footprints of field-event facilities must be checked against the same geometric model.

November 11, 2026

Site Conditions Surveyors Must Establish Before Track Construction

The central task of a preconstruction survey is to verify the coordinate and elevation references, existing boundaries, underground infrastructure and drainage conditions, and turn them into constraints that designers can use. Ground investigation is especially important. The precise foundation layers and their thicknesses depend on the site. The cited manual calls for a comprehensive geotechnical investigation of the ground beneath the foundation, including strata at approximately 2.50 m depth, bearing capacity, shear resistance on vertical planes and permeability, with samples tested in a laboratory. Subsoil investigation should take place during design, before tendering and construction.

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