5
Boats
33
Sails
3
Configs

Design Your Perfect Sail with AI

Get personalized sail recommendations based on 33 real configurations from 5 boats and your specific rig dimensions.

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Mainsails

15 sails from 5 boats across 1 configurations. Most popular: Standard Main (15 owners).

Main
15

Standard Main

Area33.8
Luff12.68 m
Foot4.46 m

Headsails

18 sails from 5 boats across 2 configurations. Most popular: Genoa #1 (130-155%) (12 owners).

Headsail
12

Genoa #1 (130-155%)

Area31.1
Luff12.85 m
Headsail
6

Jib #3 (<110%)

Area24.9
Luff13.00 m

X-332 Sail Configuration Guide

Overview

The X-332, designed by Niels Jeppesen, is a quintessential cruiser-racer that balances high-performance sailing with functional offshore capabilities. It targets competitive club racers and fast cruisers seeking a stiff, weatherly platform with refined handling.

Rig Specifications & Performance Analysis

  • Mainsail Configuration: A P/E ratio of 2.90 indicates a high-aspect, tall rig designed for maximum lift and aerodynamic efficiency.
  • Foretriangle Design: The I/J ratio of 3.71 suits high-efficiency headsails, facilitating powerful upwind performance.
  • Sail Area: 52m² total upwind area provides an excellent power-to-weight ratio for a 10-meter yacht.
  • Performance: The rig is optimized for precision handling and exceptional pointing ability in various sea states.

Popular Sail Configurations

  • Mainsail: Owners typically utilize full-battened or 2+2 configurations to support the high-aspect 12.89m luff.
  • Headsail: Configurations vary from 135% overlapping genoas for light-air performance to 105% non-overlapping working jibs.

Key Characteristics

  • High-aspect rig (P/E 2.90) maximizes aerodynamic efficiency and close-hauled speed.
  • Tall foretriangle (I/J 3.71) allows for versatile headsail sizing to suit local wind averages.
  • Balanced 10.01m hull with a 1.84m draft ensures a stable, weatherly platform.
  • Responsive helm and agility typical of performance-oriented X-Yachts designs.

Sailing Considerations

  • The X-332 performs best when sailed flat; use the high-aspect main to depower early.
  • A standard crew of 5–7 is ideal for competitive racing and effective weight distribution.
  • Expect high responsiveness in technical coastal courses and quick acceleration out of tacks.

Sailmaking Recommendations

For the X-332, we recommend SurgeX membrane sails as the optimal choice for most sailors. SurgeX uses continuous fiber construction where fibers are laid along load paths and embedded in a thin membrane, providing superior shape retention compared to traditional Dacron while being more affordable than premium laminates. The continuous fiber structure means significantly less stretch over time, maintaining the designed sail shape for years.

For racing applications, specify a lightweight SurgeX configuration with carbon or Technora fibers and minimal base weight to maximize performance in light to moderate air. For cruising or bluewater sailing, add a taffeta protective layer on both sides to enhance UV resistance and abrasion protection against the rig. Based on the 2.90 P/E ratio, a tri-radial fiber layout within the membrane works best to handle the high vertical loads. A typical inventory includes a high-aspect mainsail, a versatile No. 2 jib, and an all-purpose asymmetric spinnaker. With 52m² of sail area, plan to reef at approximately 18–20 knots of true wind to maintain optimal heel angles.

Conclusion

The X-332 remains a benchmark in the 10-meter category, offering a perfect blend of rig efficiency and hull stability. Explore SurgeX membrane sail options to unlock the full performance potential of your X-332.

Rig Diagram

WL000P: 12.9E: 4.45IG: 13.2J: 3.55BAS: 1.725LOA: 10.01000

Rig Dimensions

PMainsail Hoist
12.89m
EMainsail Foot
4.45m
IForetriangle Height
13.18m
JForetriangle Base
3.55m
ISPSpinnaker Hoist
13.19m
SPLSpinnaker Pole
-m
BASBoom Above Sheer
1.73m
TPSTack Point
-m

Hull & Dimensions

Length Overall (LOA)10.01 m
Max Beam3.28 m
Hull ConstructionCored

Mast & Rigging

Mast MaterialAluminum
Spreaders2

Ballast & Stability

Propulsion

InstallationStrut