OXFORD MONTREAL 3.0 LADIES PANT - TECH BLACK (SHORT LEG)

OXFORD MONTREAL 3.0 LADIES PANT - TECH BLACK (SHORT LEG)

Oxford | OXTW186201S10

  • $$232.33
  • Save $99.57

Only 1 left!

Oxford’s huge range of products encompasses everything that makes life on bikes better: from jackets, pants and boots to accessories, hard parts, locks, luggage and much more! Their market-leading products are designed in-house by a team of active enthusiasts and skilled technicians, based at the company’s 100,000 square-foot purpose-built headquarters in Oxfordshire, UK. With the support of the latest CAD technology, a 3D printing suite and a fully equipped test laboratory, Oxford innovate, analyse, test and develop unique products in pursuit of the best experience for two-wheel enthusiasts.

Complementing perfectly the new Montreal women's jacket, are these waterproof, breathable, tailored pants. They feature double-layered waterproofing in the seat, crotch and knee with grip material to the exterior seat area for extra security.

The waist is secured by a press stud and hook-and-bar system and there is a storm flap system on waist and leg closures, water-resistant pockets on the lower leg and also water-resistant zips on all air vents. Cooling is delivered by a system of lock-open air vents. Extra comfort is assured by stretch panels (knee and waist) and exterior hip padding. Large adjustment panels on the lower leg facilitate different boot styles and there is heat resistant material on the inner leg panels, avoiding damage from the engine or exhaust heat.

There is a raised rear hem, designed to avoid damage from the boot heel. The pants come with a removable and adjustable belt and braces and lots of printed reflective detailing for improved visibility at night. Reinforced crotch seam with panel overlay to improve strength and durability. Accordion stretch panels feature above the knees and there are plenty of pockets featured, with hand warmer and box style.

Four-way stretch material is supplied for extra comfort at the seat and back of the knee. Multiple densities of materials are used to make the best, most comfortable and flexible pants on the market.


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