Volume Calculator
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Volume Calculator
EsportesVolume (L) ≈ Length × Width × Thickness × Foil Coeff × 0.016387

Calculadora de Volume de Prancha de Surf

Descubra a litragem ideal para prancha de surf com base no peso corporal, nível de habilidade e tipo de onda.

Surfboard Volume & Guild Factor

Liters • Surfer weight • Guild ratio & recommendation

Presets:
Performance ShortboardVolume: 29.2 Liters (0.39 GF)Length6'0" (72 in)Width19.25 inThickness2.38 inRockerAggressive PerformanceFoil Factor: 0.54 • Squash Tail
1. Board Dimensions
ft
in
in
in
2. Calculated Board VolumeBuoyancy
3. Surfer Guild Factor (GF) Matching
Current Board Guild Ratio (GF)Ideal Range: 30.0 - 33.8 L
0.39 GFWell Balanced
Formulas & Calculation Guide

Frequently Asked Questions

Expert answers to common calculations, unit conversions, and dimensional requirements.

Why is surfboard volume measured in liters instead of cubic inches or feet?↓
Liters directly represent buoyant displacement in water (1 liter of volume displaces 1 kilogram of fresh water, or roughly 1.025 kg of saltwater). This provides an intuitive, metric-friendly correlation between the surfer's body weight in kilograms and the board's buoyancy.
What is the Guild Factor (GF) in surfing?↓
The Guild Factor (or Volume-to-Weight Ratio) expresses the ratio between surfboard volume in liters and the surfer's body weight in kilograms: GF = Volume (L) / Weight (kg). For example, a 75 kg surfer riding a 30 L board has a GF of 30 / 75 = 0.40.
What Guild Factor should I target for my surfing skill level?↓
Typical Guild Factor ranges: Advanced / Pro Shortboard: 0.32 – 0.36; Intermediate All-Around: 0.38 – 0.44; Beginner / Transitioning: 0.48 – 0.58; First-Time / Foamie: 0.65 – 0.85+.
How accurately can volume be calculated from Length × Width × Thickness?↓
Because surfboards taper toward the nose, tail, and rails, multiplying bounding box dimensions (L × W × T) yields a gross cuboid. Applying an accurate foil distribution coefficient (typically 0.52 for knife-edge performance shortboards to 0.58 for full-rail fishes and 0.64 for modern mid-lengths) approximates computer CNC CAD volumes within 3% to 5%.