Oxford Arizona Air 1.0 Men’s Air Mesh Pants Arctic

Oxford Arizona Air 1.0 Pants

The Oxford Arizona Air 1.0 Men’s Pants are designed to combat the challenges of hot weather riding. Featuring an innovative air mesh construction, these pants maximize airflow to your body, ensuring superior breathability and cooling for even the hottest rides. The strategically placed mesh allows air to circulate freely, keeping your core cool and comfortable without compromising on protection.

Built with HD POLY for a strong, durable outer shell, these pants exceed CE Level A standards, offering robust protection while maintaining a lightweight feel. The Level 1 CE knee protectors and hip protector pockets provide additional safety in high-impact areas. Adjustable waist and cuffs, along with detachable braces, ensure a personalized, secure fit.

The Arizona Air 1.0 pants are perfect for hot weather riding without sacrificing performance or safety.

Protection

• CE Level A Certified (EN 17092-3:2020)

• CE Level 1 knee protectors (EN 1621-1:2012)

• Hip protector pockets for added protection (protectors sold separately)

• HD POLY outer shell for excellent durability and abrasion resistance

• Reflective details for enhanced visibility

Fabric Composition:

• Outer Shell: HD POLY (High-Density Polyester)

• Mesh: Polyester for breathable airflow

• Lining: Polyester for comfort

• Padding: Additional optional protectors for hips

Comfort & Fit:

• Adjustable waist with hook-and-loop fasteners for a custom fit

• Cuff expansion for added comfort and ease of movement

• Detachable braces for customizable fit and security

• Short trouser connector zip for pant attachment to jacket

Cautions:

• Do not machine wash

• Wipe clean with a damp cloth

• Store in a cool, dry place

• Avoid exposure to direct sunlight to preserve color

• Do not iron or dry clean

Care Instructions:

• Wipe with a damp cloth for light cleaning

• Use mild soap for cleaning stubborn marks

• Store in a cool, dry place

• Avoid prolonged exposure to abrasive surfaces