Bering Siberia, textile pants waterproof women

The Lady Siberia is more than just a pair of trousers. They are made from Fibre Tech 600D, a robust and hard-wearing outer material that guarantees exceptional durability. So the Lady Siberia is ready to take on any challenges you encounter along the way. It is also equipped with braces to ensure a secure and comfortable fit throughout your journey.

These regular fit motorcycle trousers for women are designed for both everyday use and long rides. They offer high breathability thanks to their BWTECH Classic membrane. The connecting zipper between the jacket and trousers allows perfect integration with the rest of your Bering equipment, while the zippers at the ankles and the adjustment at the leg ends guarantee a perfect fit and increased safety.

Safety is a priority at Bering. That's why the Lady Siberia is equipped with removable knee and hip protectors OMEGA EN1621-1 level 1, giving you optimum protection while allowing great freedom of movement. Their removable features mean that you can adjust your level of protection to suit your needs.

In terms of design, the Lady Siberia combines functionality and technology. The clean lines of the trousers adapt perfectly to your style.

In summary, the Lady Siberia by Bering is a motorcycle pant for brave and adventurous women looking for escape. It's the perfect gear for those who like to get off the beaten track without compromising on style, comfort or safety. Put on your Lady Siberia, take your bike and discover where the road takes you.

Comfort

• Straps
• Jacket/trousers connecting zipper
• Zippers at the ankle
• Adjustable leg cuffs

Lining

• Fixed mesh lining, 100% mesh made from recycled REPREVE® polyester fibers
• REPREVE® Unifi, Inc.

Thermoregulation

• Removable SHELLTECH lining Classic

Waterproofness

• BWTECH Classic membrane

Protection

• Removable knee protectors OMEGA EN1621-1 Level 1
• Adjustable hip protectors OMEGA EN1621-1 Level 1
• Certified according to EN 1621-1: 2013, EN 17092, Class A

REPREVE® - supplier of 100% recycled textile fibers

A brand recognized worldwide for its process aimed at transforming recycled plastic bottles into high-performance textile material: recycled polyester. Collaborating with REPREVE® constitutes an assurance of the origin of the material, thanks to an efficient system of traceability and transparency in the production chain.

SHELLTECH thermal lining

SHELLTECH is the result of Bering's new classification for linings.

As soon as you hold the lining in your hand, you can visually distinguish the different thermal insulation.

SHELLTECH Classic

• Padded lining with light thermal performance
• Quilted vertical piqué stripes 3.5 cm

SHELLTECH Super

• Padded lining with medium thermal performance
• Aluminum inserts
• Quilted stripes, continuous welded vertical lines 3.5 cm

SHELLTECH Mega

• Padded lining with high thermal performance
• Microfleece and aluminum inserts
• Double welded strips with quilting 8 cm

SHELLTECH Extreme

• Primaloft lining with high thermal performance
• Stylized welded quilting

BWTECH membranes

BWTECH is a range of waterproof and breathable inserts developed from Bering's new classification of membranes.

The BWTECH concept is based on an advanced system of microporous fabrics that ensure perfect wind and waterproofness while being breathable.

BWTECH has been designed in 4 versions with different breathability levels to suit your needs and your riding experience on two wheels.

BWTECH Classic

• Waterproof/water permeability 8000 mm water column
• Lightweight breathability, water vapor transmission resistance 3000 gr./m²/24h

BWTECH Super

• Waterproof/water permeability 8000 mm water column
• Medium breathability, water vapor transmission resistance 3500 gr./m²/24h

BWTECH Mega

• Waterproofness/water permeability 8000 mm water column
• High breathability, water vapor transmission resistance 4000 gr./m²/24h

BWTECH Extreme

• Waterproofness/water permeability 10000 mm water column
• Best breathability, water vapor transmission resistance 4380 gr./m²/24h