KILLINGTON

219,90€

Public price

The ultimate adventure pant from Furygan. The Killington is compatible with all the jackets in our touring and adventure range. Together, they form a technical and stylistic continuum for a perfect combination. Featuring: D3O® hip and knee protection, heavy-duty polyester outer fabric, AFS ventilation, waterproof membrane and removable thermal lining.

Color

Clear

Sizes available

S – 4XL

Sizes available

S – 4XL

Good to know

– Also available for women.
– Detachable shoulder straps ensure trousers stay in place in all circumstances.

Good to know

– Also available for women.
– Detachable shoulder straps ensure trousers stay in place in all circumstances.

D3O® knee and hip protectors.

D3O® is a very soft material where molecules lock in the event of an impact to absorb kinetic energy. This technology makes it possible to create soft, ergonomic and top performing protectors for more security and comfort.

Waist adjuster tabs.

For a precise adjustment to your body shape.

3 pockets.

Removable shoulder straps.

Numerous stretch zones.

Stretchable material between the legs, above the knees and the seat for better fit and comfort.

Easy fit opening.

An adjustable opening at the bottom of the legs allows for an easy and precise fit with your boots.

Straight cut.

The straight cut is designed to be comfortable in all circumstances, and to fit most body types. The cut is straight on the entire leg without tightening at the bottom, which facilitates the insertion of boots.

Jacket connecting zip.

Furygan jacket to trouser zip connector on all leather and textile compatible products.

Waterproof and breathable Humax® membrane.

Inserted in the heart of the garment, our Humax® membrane keeps you dry, while contributing to the clearance of moisture generated by your body. Performances : 10k/15k.

AFS ventilation system.

Products that include the label “Air Flow System” have been designed to create and channel the ﬂow of air into a garment or glove in order to provide effective ventilation when temperatures rise.