Sixs Light BT PNXL V2, functional leggings unisex

The BT PNXL V2 is a pair of long technical pants designed primarily for motorcycle riding, offering maximum performance when worn under leather suits and protective gear in intense heat and during heavy sweating.

They are engineered to wick away body heat and keep the skin dry even during extended use.

They are part of the LIGHT BT V2 line: the lightest and most breathable baselayer SIXS has ever developed—40% lighter than the 4-Season line.

Features

• Improves heat and sweat dissipation in extreme heat
• 40% lighter than the 4-Season line
• New reinforced yarn in critical friction areas
• Multi-zone construction for targeted ventilation and durability
• 100% Made in Italy

Active heat management

The LIGHT BT V2 fabric is designed for intense heat and heavy sweating. The breathable structure supports the dissipation of body heat and the transport of moisture to the outside.

Stronger yarn

The V2 version uses a stronger yarn in high-stress areas, improving durability and stability under motorcycle gear.

Ergonomic waistband

It is recommended that a stronger yarn be used in the waistband, which is cut higher in the front and lower in the back to follow the body’s posture while riding and improve stability and comfort.

LIGHT BT V2 Construction

The LIGHT BT V2 fabric is designed for intense heat, high humidity, and heavy perspiration. It helps dissipate body heat and accelerates moisture wicking to keep the skin dry during activity.

The multi-zone construction combines more compact, durable areas with high-ventilation zones, positioning breathability and stability exactly where they’re needed.

40% lighter than the 4-Season line and the lightest and most breathable platform SIXS has ever developed.

Recommended Use

Ideal for:

• High temperatures
• As a first technical layer directly against the skin
• Intense sessions
• Long summer rides

Designed to effectively wick away body heat and keep the skin dry during activity

The close-fitting structure provides stability under additional technical layers and prevents unnecessary capacity or wrinkling.