Introducing Intrigue Advanced
Intrigue is back as a corner carving, descent dominating, composite frame that leads the charge with Liv’s 3F design and uses our Advanced Composite material. So you can focus on soaking up experiences rather than bumps, Intrigue offers 140 mm of rear suspension and a 150 suspension fork on an ultra-light, torsionally stiff Advanced Forge Composite linkage, along with 27.5-inch tubeless Boost wheels that can accommodate higher volume tires up to 2.6 inches. Guided by Liv’s 3F Design Philosophy, Intrigue is fully women’s-specific, meaning it has a frame geometry, composite layup and shock tuning created for women by women. With improved pedaling efficiency and an aggressive trail riding position, including lengthened top tube and shortened stem, the Intrigue is eager to encounter edge and beyond. Intrigue is complete with sleek internal cable routing and side pull front derailleur compatibility.
Maestro Suspension, Advanced Composite tuned for women, no-compromise finish.
With a versatile 140/150 mm platform and 27.5-inch wheels compatible up to 2.6-inch tires, Intrigue is a dream for both climbing agility and downhill control.
Using Liv’s 3F Design Philosophy combined with suspension testing conducted by women for women, and tuned to perfection through iterations of prototype testing with athletes.
Striking the perfect balance of the all-around-capable mountain bike, Intrigue nimbly charges through rock gardens, makes quick work of uphills, and takes a skillful stance on steep or winding descents. Intrigue is designed to expand horizons and boost every rider to her peak. This bike is a must-have for determined dirt-driven women looking to push their riding further.
Liv’s High-Performance Grade raw carbon material is used to produce this frameset in our own composite factory. Using state-of-the-art materials and manufacturing techniques, Liv’s Advanced-Grade Composite frames are designed to offer light weight and stiffness with optimal compliance.
A state-of-the-art, high-pressure molding process used to produce complex-shaped carbon fiber components that are lighter, stiffer and stronger than similar aluminum components.
Four strategically positioned pivot points and two linkages all work together to create a single floating pivot for the most active, efficient and independent suspension system on the trail.
Designed to provide precise front-end steering performance, this fork steerer tube technology uses oversized headset bearings (1 1/4” lower and 1 1/8” upper for road, 1 1/2” lower and 1 1/8” upper for mountain) and tapered steerer tube work in conjunction to provide optimal steering stiffness.
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