Mascot Advanced 17179 Ultimate Stretch Kneepad Work Trousers

Meet Mascot Advanced 17179 Ultimate Stretch Kneepad Work Trousers, designed for trades professionals who need freedom of movement without sacrificing durability. In black and available in multiple leg lengths, these trousers keep you comfortable and protected from the job site to the finish line.

• Material & Weight: 92% polyamide / 8% elastane, 235 g/m², with a water-repellent multifunctional stretch finish for lightweight durability.
• Adaptive Stretch: Ultimate stretch fabric delivers generous range of motion for kneeling, bending, and climbing without restricting everyday work tasks.
• Knee Protection System: Durable CORDURA knee pockets are adjustable to position kneepads precisely where you need them for optimal protection.
• Kneepad Accessibility: Kneepads insertable from the sides via a zipper, even while you’re wearing the trousers, minimizing downtime on site.
• Ventilation: Side-leg zippers provide excellent ventilation around the knee area to enhance comfort during long shifts.
• Size & Fit: 33" waist with a 30" leg inseam, available in three leg lengths to ensure the best possible fit and alignment of details for you.
• Kneepad Compatibility: Co-certified for use with MASCOT Waterloo kneepads (LONG) for reliable, compatible performance.
• Care & Certification: OEKO-TEX Standard 100 certified for textile safety and skin-friendly materials.

Benefits: These kneepad work trousers are built to reduce fatigue and improve efficiency on demanding jobs. The combination of stretch fabric and Cordura knee pockets keeps you comfortable as you move through kneeling, squatting, and kneepad adjustments. The side zipper access and knee-area ventilation help manage heat and moisture, so you can stay focused longer. With three leg lengths and a secure 33" waist, you get a personalized fit that aligns key details and kneepad position for optimal protection. Ideal for construction, maintenance, facility management, carpentry, and other trades where knee protection, mobility, and durability matter most.