Direct Factory Latest Design Ianoni Padel Racket Pro Supplier
This racket originates from a dedicated production line that incorporates the most recent design revisions for the Ianoni Padel Racket Pro series. Development targets include precise frame stiffness,
Ianoni Padel Racket Pro – Direct Factory Latest Design
This racket originates from a dedicated production line that incorporates the most recent design revisions for the Ianoni Padel Racket Pro series. Development targets include precise frame stiffness, optimized weight distribution, and a surface texture engineered for consistent ball response.
Technical Specifications
The following table lists typical values for the current pro model; actual figures can be adjusted to meet specific project requirements.
| Parameter | Typical Value | Adjustability |
|---|---|---|
| Head Size | 475 cm² | ±10 cm² |
| Weight (unstrung) | 340 g | 320–360 g |
| Balance Point | 260 mm from butt cap | 240–280 mm |
| Length | 455 mm | Fixed |
| String Pattern | 16 × 19 | 16 × 18 or 18 × 20 on request |
| Stiffness (RA) | 68 | 62–74 |
| Swingweight | 260 kg·cm² | 240–280 kg·cm² |
Frame and Core Materials
The racket frame employs a multi‑modulus carbon fiber layup combined with a high‑resilience epoxy resin system. The core consists of an injected EVA foam whose density is tuned to achieve the targeted power‑control balance.
- Carbon fiber modulus options: 30K, 40K, 60K (typical tensile strength 3.5–5.5 GPa)
- Resin systems: standard epoxy, low‑viscosity epoxy, or thermoplastic polyurethane for impact toughness
- Core density range: 30–45 kg/m³, selectable based on desired stiffness and feel
Design Features Influencing Performance
Geometric refinements focus on reducing aerodynamic drag while increasing torsional stability. The throat area receives additional reinforcement to handle high‑impact loads during volleys and smashes.
- Oval‑beam cross‑section with a 6.5 mm width and 9.0 mm depth for optimal bending stiffness
- Strategic placement of 12 mm wide carbon tape at 3 and 9 o’clock positions to raise torsional rigidity by ~15%
- Micro‑textured surface coating (Ra ≈ 4 µm) to enhance spin potential without compromising durability
- Integrated vibration dampening inserts in the handle reducing frame resonance frequency to ~120 Hz
Typical Applications
Competitive padel clubs select this model because its weight distribution enables rapid maneuverability for defensive play while delivering sufficient mass for powerful offensive shots. Coaching academies value the consistent stiffness across production batches, which facilitates reliable technique development for athletes.
Quality Inspection Process
Each racket undergoes a sequence of checks designed to detect deviations that could affect on‑court performance. Inspections are documented and traceable to individual serial numbers.
- Dimensional verification: head size, length, and throat width within ±0.5 mm
- Mass measurement: weight tolerance ±2 g
- Balance point assessment: tolerance ±3 mm
- Stiffness test (RA) using a three‑point bend fixture, acceptance range ±3 units
- Impact resistance: 50 ball‑strike cycle at 30 m/s with no visible delamination
- Surface finish inspection: coating uniformity and adhesion per ASTM D3359
Customization According to Project Requirements
Original equipment manufacturers can adjust multiple parameters to align the racket with specific brand positioning or player preferences. Adjustments are performed without compromising structural integrity.
- Weight tuning via internal tungsten inserts or carbon fiber layering (Δ ± 20 g)
- Balance shift through repositioning of reinforcement plies (Δ ± 15 mm)
- Grip size options: 4 in, 4¼ in, 4½ in (circumference)
- Paint finish: matte, gloss, or custom‑color UV‑cured coating
- Logo application: laser engraving, sublimation printing, or embossed metal badge
Frequently Asked Questions
Q: Can the racket dimensions be customized beyond the standard ranges?
A: Yes, head size, length, and beam geometry can be adjusted subject to tooling feasibility; a formal feasibility review is required before quotation.
Q: What information is needed to obtain a quote for a customized order?
A: Required details include target weight, balance point, preferred carbon modulus, resin type, core density, grip size, finish, and any branding specifications.
Q: Which materials are available for the frame and core?
A: Frame options span 30K–60K carbon fiber with epoxy or thermoplastic resins; core selections cover EVA foams from 30 to 45 kg/m³ density.
Q: How is quality consistency maintained across production batches?
A: Each batch undergoes in‑process monitoring of fiber tension, resin cure, and core injection pressure, followed by final inspection per the outlined QC protocol.
