Mavic Zxellium SLR Ti Road Pedals

The Zxellium SLR Ti with a carbon body and titanium axle is the lightest pedal system
Road pedals Zxellium SLR Ti, Zxellium pedal enables maximum power transfer with an exclusive float system that perfectly respects the rider's body. The iClic technology and its carbon spring allows the easiest step in and out. The carbon body and titanium axle make the Zxellium SLR TI the lightest possible option.
Highest power transfer and ease of use :

• 700mm² platform for optimal energy transfer 13.5mm pedal height for the most efficient pedal strokes (best combination with Mavic footwear) Iclic system and carbon spring blade for easy step in and out

Greatest respect of rider's bio-mechanics :

• 10° angular float 2,5mm lateral float 3 positions float sensation adjustment

The lightest pedal system :

• Superlight hollow titanium axle Carbon body Aluminium friction plate (user replaceable)

Effortless Engagement - iClic :

• The retention system remains open when the cleat is not engaged. When engaging, the pressure effort is reduced to minimum. When releasing the cleat, the retention system automatically locks back in the open position.

Extra Wide Contact Area - 700mm² :

• Extra wide cleat /pedal support area and cleat / shoe contact area, thanks to oversized pedal body plate. The body plate is user replaceable to maintain a perfect foot support over time.

Minimum Stack Height :

• Minimum distance between the feet and the axle allows rounder pedal strokes and negates the effect of tilting moment.

Lateral and Angular Float :

• Mavic Pedals offer an angular float of 10° (5° in each direction), but also go further by being the only pedal also offering a self lateral adjustment of the foot on the pedal (Q factor). Users can adjust the feel of float, from free to move to locked in.

Feel Adjustment :

• Adjustment of the lateral and angular float feeling. Easy movement or more friction, the pedal will fit every rider's preference.

Occasionally, without notice, manufacturers change product design and/or specifications.