IQ HD 3.3

• Luff 332
• boom 137
• Mast 340
• battens 4
• Top Adj
• weight 2.67kg

IQ HD 3.6

• Luff 352
• boom 143
• Mast 340
• battens 4
• Top Adj
• weight 2.76kg

IQ HD 4.0

• Luff 366
• boom 151
• Mast 370
• battens 4
• Top Adj
• weight 2.9kg

IQ HD 4.4

• Luff 377
• boom 159
• Mast 370
• battens 4
• Top Fixed
• weight 2.97kg

IQ HD 4.4

• Luff 377
• boom 159
• Mast 370
• battens 4
• Top Fixed
• weight 2.97kg

IQ HD 4.8

• Luff 397
• boom 167
• Mast 370
• battens 4
• Top Fixed
• weight 3.09kg

IQ HD 5.2

• Luff 414
• boom 175
• Mast 400
• battens 4
• Top Fixed
• weight 3.27kg

IQ HD 5.6

• Luff 432
• boom 177
• Mast 400
• battens 4
• Top Fixed
• weight 3.36kg

4-BATTEN SETUP

• Across all sizes, the IQ-HD sail features a 4-batten skeleton, providing consistent performance and handling characteristics as well as providing the perfect mix of stability and lightness.

LIGHTWEIGHT CONSTRUCTION

• The IQ-HD’s construction is optimized for lightness without compromising on strength. The top half of the sails is constructed using exclusive 2-Ply material, with 1.75 mil in the center and 2.5 mil at the leech. This ensures both durability and reduced weight.

CONTINUOUS LUFF PANELS

• The IQ-HD features a panel layout with 2 continuous luff panels, ensuring a stronger and more efficient load distribution. This design not only enhances the sail’s durability but also optimizes its performance.

INTEGRATED BATTEN TECHNOLOGY

• All the battens above the boom feature our Integrated Batten Technology for maximum symmetry and stability. This design choice optimizes the sail’s performance across a wide range of conditions.

ONE-PIECE MAST SLEEVE

• The one-piece mast sleeve makes the IQ-HD lighter and improves stretch characteristics.

COMPACT WINDOW DESIGN

• A more compact sail window provides great visibility, while eliminating unnecessary seams and interferences with other materials.

CARBON RADIAL TAPES

• The sail’s profile is stabilized by carbon radial tapes spreading from the clew, ensuring that the sail maintains its shape and responsiveness even in demanding conditions.