Beach tennis exposes equipment to abrasive sand, salt spray, and rapid temperature swings, which influence both surface wear and structural fatigue. Designers therefore prioritize corrosion‑resistant composites and geometries that minimize sand accumulation while preserving swing speed.

The frame typically uses a carbon‑fiber reinforced polymer with a fiber volume fraction of 55‑60 %, providing a tensile modulus around 70 GPa while keeping density below 1.5 g/cm³. This combination yields a high stiffness‑to‑weight ratio essential for quick recoil after impact.

Beach tennis rackets benefit from a head‑heavy balance (≈ 340 mm from butt) to generate power on overhead smashes, while a tapered shaft reduces torsional twist during lateral slices. Adjustable throat width allows fine‑tuning of sweet‑spot location.

String material influences both feel and durability under sandy conditions. Co‑polyester strings with a diameter of 1.25 mm retain tension better than nylon when exposed to abrasive particles, while a textured coating improves spin generation.

Frames are produced via filament winding followed by compression molding at 180 °C under 150 bar pressure, ensuring consistent fiber alignment and low void content (< 0.5 %). Post‑cure machining achieves tolerance of ±0.2 mm on critical dimensions.

Each racket undergoes three‑point bend testing to verify flexural stiffness (≥ 12 Nm/deg) and impact resonance analysis to detect delamination. Surface finish is inspected with a profilometer to ensure roughness Ra < 0.8 µm, which limits sand adhesion.

Beyond recreational play, these rackets serve coastal resorts that require equipment resistant to salt‑air corrosion, reducing replacement frequency and maintenance costs. Clubs offering beach tennis programs benefit from consistent performance across varying humidity levels, which supports player development and tournament readiness.

Can dimensions be customized? Yes, head width, shaft length, weight, and balance point can be adjusted within the ranges shown in the geometry table.

What information is required before quotation? Provide desired weight range, preferred string tension, grip size, and any cosmetic preferences such as color or logo placement.

What materials are available? Standard carbon‑fiber/EVA core with polyurethane coating; alternative basalt‑fiber or titanium‑reinforced options are available upon request.

How is quality inspected? See the Quality Inspection section for detailed test procedures and acceptance criteria.

What packaging methods are available? Rackets are packed in individual polyethylene sleeves, placed in corrugated cartons with corner protectors, and sealed with moisture‑barrier film for export.

What is the typical production lead time? Lead time ranges from 3‑5 weeks depending on order complexity and current capacity; exact timing is confirmed after quotation.