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Tennis Courts · Mid-South · New Construction & Resurfacing
Post-tension concrete. USTA-regulation layouts. BBB-verified craftsmanship since 1972. Barton Sports Construction builds the Mid-South's most durable tennis courts — for universities, clubs, parks, and private estates.
The Craft
Founded in 1972, Barton Sports Construction has spent more than five decades engineering and building tennis courts across the Mid-South. From single residential courts to multi-court university complexes, every project starts with one principle: build it right the first time.
Our post-tension concrete system is the gold standard for the Mid-South climate. Cable tensioning dramatically reduces cracking and surface failure — common failure modes on conventional concrete and asphalt courts. When a Barton court is built, it's built to outlast the competition.
Court Specifications
What We Build
Complete ground-up tennis court construction on post-tension concrete — site grading, sub-base preparation, drainage engineering, concrete placement, cable tensioning, acrylic surfacing, and USTA-regulation striping.
Full crack assessment, patching, and acrylic resurfacer system application. We color-coat and re-stripe to USTA standards. Recommended every 3–5 years for hard courts — we'll tell you honestly what your court needs.
University athletics facilities, private clubs, HOA amenity centers, public parks. We have built multi-court facilities across the Mid-South including MTSU, Vanderbilt, Rhodes College, and Ole Miss. Phased construction available.
Classic red and green clay courts built over an engineered rock sub-base for proper drainage and long service life. Annual top-dressing service available. Traditional feel with a surface built for the Mid-South climate.
Court perimeter fencing in chain link and black vinyl-coated options, with post setting in concrete footings. Windscreen installation, gate hardware, and net post anchoring included as part of a full-build package.
LED sports lighting systems engineered to USTA and ITF illumination standards — 30 to 75 foot candles at court level depending on use. Pole placement, conduit, and controls handled as a single-source installation.
Why It Matters
Conventional concrete and asphalt courts crack. In the Mid-South's heat-freeze-heat climate, they crack faster. Post-tension concrete uses high-strength steel cables — tensioned after the concrete cures — to compress the slab and dramatically reduce cracking forces. The result is a surface that stays true for decades, not seasons.
CRACK RESISTANCE
Post-tension cable systems dramatically reduce surface cracking — the #1 failure mode for tennis courts in the Mid-South's thermal cycling climate. Fewer cracks means fewer repairs, lower lifecycle cost, and a truer playing surface year after year.
SURFACE LONGEVITY
A post-tension slab built by Barton Sports Construction is engineered for a 25–40 year service life with proper resurfacing maintenance. That's two to three times the lifespan of conventional asphalt courts — and it shows up on your total cost of ownership.
TRUE BOUNCE
A flat, crack-free surface is not cosmetic — it's functional. Post-tension concrete delivers the consistent, predictable ball bounce that USTA-standard courts require. For competitive programs, there is no acceptable substitute.
How We Work
Recent Work
Questions Answered
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