M BIKE BIBSHORTS HOTBOND®

Tight
Fit

Produced in Austria/Europe

Transtex Inside

Breathable

Elastic

Bestseller among bibshorts with hotBOND® technology.

Product description

Our best-selling bib shorts with hotBOND® technology. Ultrasonically welded flat joints instead of seams prevent pressure points and chafing. They are as elastic as the breathable, quick-drying functional material itself.
The compact cycling shorts fabric offers a slight compression effect. The waistband and leg cuffs are also elasticated so that the shorts always fit snugly and offer little air resistance.
Laser-cut bib straps and protective transtex® lining in the back area are further well thought-out features. Includes Comfort Gel Air bike seat pad for long rides.
hotBOND® products are manufactured responsibly and 100% at LÖFFLER Ried im Innkreis, Austria.

Features

Elastic
Fast drying
Breathable
hotBOND® technology
Open-cut Elastic suspenders
Protecting transtex® lining in kidney area
Elastic leg ends with silicone gripper
Reflectors
Seat pad: Comfort Gel Air

Material

80 % Nylon, 20 % Elastane | 75 % Cotton, 25 % Polypropylene

Care instructions

Wash at or below 40 degrees

Do not bleach

Do not dry clean

Do not tumble dry

Wet cleaning process

Cool iron

Material description

ELASTIC-INTERLOCK

Multi-elastic with fine mesh for highly athletic, anaerobic activities. Compact with light compression effect due to interlock construction. Durable and hard-wearing as well as fast drying. Exclusively knitted in Ried im Innkreis.

COMFORT GEL AIR

COMPACT, LIGHTWEIGHT SEAT PAD FOR CYCLISTS WITH SPORTY AMBITIONS.

Vibrations absorbing gel pads in the sit bones area.
High density foam.
Dimensionally stable and good torsion.
Continuously perforated for perfect thermal regulation.
Anatomically pre-shaped for sitting comfort and perfect stability.
Breathable, soft microfiber fabric.

Density: 90 kg/m³
Strength: 16 mm

Seat Pad Overview

Sportswear without stitching

With the unique hotBOND® technology, highly elastic materials are spot-welded to ultra-flat joints using ultrasound. These joints are not only comfortable to wear, but also more tear-resistant and durable than conventional seams.