Technologies et Caractéristiques Liv
Giant est premier constructeur mondial de vélos performances. Retrouvez ci-dessous toutes les technologies utilisées pour nos vélos et équipements.
Technologies Vélos Musculaires


























An oversized fork steerer tube increases front-end stiffness for precise steering at speed, giving you greater control through corners and over rough road surfaces.








Technologies et Caractéristiques Vélos Electriques



The Aegis Tire Checker lets you track your desired front and rear tire pressures, clearly displaying live updates and instantly alerting you if they reach your set limits or drop rapidly.














Cleanly integrated into your top tube, RideControl Go 2 puts effortless control right at your fingertips. With one intuitive button, you can easily power your bike and lights on or off— accompanied by clear audio cues for total confidence.

Beautifully integrated into your top tube, RideControl Go Lux offers a vibrant color screen clearly showing key ride data and range—so you're always informed, inspired, and primed to shred.



Completely reimagined for an intuitive riding experience, RideDash EVO 2.0 blends beautifully into your handlebar or stem. Its full-color screen clearly displays speed, distance, and battery range, keeping your ride informed and inspiring.



Smart Gateway 2.0 connects SyncDrive, EnergyPak, RideControl, RideDash and Aegis safety technologies into one unified intelligence platform, integrating hardware, software and services into a seamless system so the E-bike experience feels intuitive, consistent and purpose-built from the ground up.





The SyncDrive Pro 2 motor delivers 85Nm of torque and up to 400% support. Powered by a 36V system, it runs cooler and more efficient, blending seamlessly with rider input for lasting, responsive performance on any terrain.







Technologies Gear








Featuring multi-directional curvature and a smooth surface, it provides a great fit, enhanced stability and as well as gradual transition areas. The central channel is engineered according to specific anthropometrical parameters that support male anatomy while in saddle, relieving pressure and favoring blood flow.






When engagement force was applied to determine how many cycles a hub can withstand before showing signs of significant wear, the TRX HE hub was five times more durable compared to benchmark competitors.











With 3D multi-density memory foam for perineal and ischial protection, lateral shaped wings that adapt to body movement, and elastic micro-fiber performance fabric for maximum moisture transfer, The ELITECOMFOR™ chamois gives elite riders maximum performance.
TOP INTERFACE LAYER Elastic micro-fiber with high memory padding is strategically positioned at key contact points.
MID INSERT LAYER Calibrated to give maximum protection to the perineal and ischial areas, it reaches a maximum density of 120 kg/m³.
BASE LAYER Soft and flexible lateral-shaped wings follow body movements and help give a smooth pedal stroke.




The Berenis Mustang chamois adapts high density PRO EVO foam to offer extra protection on long, intense rides.
TOP INTERFACE LAYER Featuring BRS Berenis Premio ECO fabric, a superfine polyamide technofiber with hydrophilic features; super soft to the touch with enhanced moisture management and quick drying properties.
MID INSERT LAYERReticulated PRO EVO foams feature hydrophobic treatment and high-lift capacity with high foam density for extra protection on long rides.
BASE LAYER The perforated foam base layer provides maximum breathability and moisture wicking.

Berenis Core Evo chamois features a wide shape, 3D wing design and a gradual transition between foam levels for increased comfort for more riders everywhere.
TOP INTERFACE LAYER Touch Evo fabric with micro longitudinal channels is soft, elastic, and has high abrasion resistance. A unique micro structure also makes it moisture wicking and quick drying.
MID INSERT LAYER Medium density and high lift capacity foam insert to ensure maximum comfort.
BASE LAYER Perforated foam base layer provides maximum breathability and moisture wicking.








In collaboration with the Insurance Institute for Highway Safety, the Virginia Tech Helmet lab tests helmets using the STAR evaluation system. The impact tests evaluate a helmet's ability to reduce linear acceleration and rotational velocity of the head resulting from a range of impacts a cyclist might experience. Helmets with more stars provide a reduction in concussion risk for these impacts, with 4 and 5 star ratings being the most highly recommended. Read more.
