Snickers 6914 FlexiWork Work Shorts

Meet the Snickers 6914 FlexiWork Work Shorts—built for hot workdays and demanding trades. Designed for professionals who need maximum freedom of movement without sacrificing durability, these shorts blend advanced fabric tech with practical features.

• Fabric & Reinforcements: Light, hardwearing Cordura stretch and rip-stop fabric (88% Cordura®, 12% Elastan) at 270 g/m², reinforced with Cordura-Polyamide at high-wear zones for lasting durability.
• Ventilation & Flexibility: High-tech body-mapped design with targeted ventilating panels to keep you cooler while still allowing unrestricted movement.
• Weight Distribution: Strategic side panel design to balance load and improve overall comfort during extended wear.
• Durable Pockets: Cordura®-reinforced pockets engineered to resist abrasion and everyday tool use on busy job sites.
• Leg Pockets & Utility: Easy-to-access leg pockets featuring a knife fastener and a dedicated mobile phone compartment for quick, secure access.
• Waist Fit & Belt: Integrated yet detachable belt with a durable polyamide buckle for a secure, customizable waist fit and easy removal when needed.
• Fabric Details: Mix of fabrics—primary Cordura stretch (88% Cordura®, 12% Elastan, 270 g/m²) plus 65% polyester / 35% cotton (200 g/m²) with 100% Cordura®-Polyamide reinforcements for enhanced structure and comfort.
• Color Options: Available in multiple colours to suit your workwear palette.

These shorts help you stay cool and move freely on demanding jobs while offering practical storage and a secure, adjustable fit. The ventilating stretch fabric minimizes heat buildup, the Cordura reinforcements protect high-wear areas, and the leg pockets with knife and phone compartments keep essential tools within easy reach. The integrated, detachable belt ensures a reliable waist fit that adapts to your workday needs. Ideal for construction, maintenance, landscaping, and field service—Snickers 6914 FlexiWork Shorts deliver comfort, durability, and purpose-built practicality for hot environments.