ASSOS TACTICA Urban Liner Shorts T5

Liner shorts engineered for daily use in urban riding and commuting, updated with a more comfortable, faster drying insert, increased breathability, and a minimalist construction for unobtrusive utility on the bike or on foot.

The new Urban T5 insert is designed with a compact dual-layer 10mm foam construction, offering exceptional breathability and rapid drying for maximum comfort in the saddle and unrestricted movement on foot. Its inverted design ensures all-day wearability, featuring external seams and a soft textile layer for added comfort against the skin.

Layer beneath casual clothing or performance activewear for daily utility while commuting.

SPECIFICATION:

FEATURED FABRICS

The ultrasoft Fiamma warp-knit textile provides elastic comfort as the body textile while the seat and inner thighs features the added durability and fast-drying properties of the new TechNet warp-knit mesh.

CONSTRUCTION/FIT

Cut in a second-skin fit with a minimal leg length for unobtrusive layering. All primary stitches reversed to eliminate friction next to your skin.

ENGINEERING

- zeroPressure Waist: A soft, highly elastic waist construction that’s folded and bonded, maintaining more elasticity for utilitarian comfort.

- PILtec Plug-In: The waist and leg bands feature a lightweight, ultrabreathable textile band with a microdot silicone treatment for stability that maintains grip and eliminates pressure.

- Reverse Stitching: Eliminates friction between liner and rider, maintaining a smooth, ultrasoft feel against the skin.

Urban T5

- Shock-Absorb Damping System Twin 10: Dual-density foam construction, arranged for supportive stability in the saddle and comfortable mobility on foot. Thermoformed shaping eliminates ridges and irritation.

- Microshock Holed Foam: Both densities of shock-absorbing foam include ventilating perforations throughout, our fastest drying TACTICA insert construction.

- Techno Mesh X-Static: A frictionless face textile treated with Avantgarde odorControl, eliminating abrasion and providing antimicrobial properties.